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1. kbit s kbit s 20 kHz music MPEG AAC LC 16 to 256 30 to 277 Up to Low bit rate suitable for speech and kbit s kbit s 20 kHz music MPEG HE AAC 16 to 128 23 to 139 Up to Very low bit rate suitable for speech and and HE AAC v2 kbit s kbit s 20 kHz music 4SB ADPCM 128 or 173 or 15 kHz Low latency suitable for speech and 256 kbit s 301 kbit s music Table 2 Overview of algorithms available in IP mode 1 Informative value higher than the net encoded audio bit rate because of the protocol overhead SCOOP 5 User Manual 7 BA MAETA AUDIO SYSTEMS IP multicast mode he multicast mode allows an encoder device to transmit an audio programme to several decoders by sending a single encoded stream to a multicast group address The link is unidirectional by nature his mode can be used on a local area network and on larger private networks that can manage the multicast mode On the other hand Internet cannot support this routing mode n this mode the SCOOP 5 uses the RTP protocol to manage the audio stream like in the unicast mode but the SIP protocol is not applicable here instead a proprietary signalling system is used As the link is unidirectional the unit has to be set either as a sender in order to encode and transmit the audio stream to the selected group address or as a receiver to receive and decode such stream coming from a sender device he audio coding alg
2. Port s TCP UDP DCE DTE DHCP Dimensions 56 75 77 92 oa 121 Distortion Power supply Double codec 9 14 68 87 Profile p Protocol Proxy EMC EMI 113 R Environment 113 Redial auto F Rel lays 20 33 105 116 8 24 32 36 104 115 8 52 transmission Remote control Replication packet Factory settings Firewall G Restricted access 45 65 81 G71 S G722 16 20 21 117 Genloc 18 34 60 101 SDP 8 GPIO 20 108 Server 122 GPL LGPL 125 SIM card 11 32 56 75 77 115 Group address SIP 4 protocol 7 8 117 registration 17 H R server 126 SCOOP 5 User Manual URI SNR Signal to Noise Ratio SPID Service Profile Identifier Sub address Supervision Synchronisation Tech 3326 N ACIP TeleScoop Temperature Test loop Cysera AUDIO SYSTEMS THD THD N U Unicast USB v VoIP VPN NOTES SCOOP 5 User Manual 127 AETA AUDIO SYSTEMS superior sound since 1978 AETA AUDIO SYSTEMS S A S IMMEUBLE KEPLER 4 PARC TECHNOLOGIQUE 18 22 AVENUE EDOUARD HERRIOT 92350 Le PLESSIS ROBINSON FRANCE TEL 33 1 41 36 12 00 FAx 33 1 41 36 12 69 Specifications subject to change All rights reserved by AETA AUDIO SYSTEMS 55 000 077 B July 2013
3. Warning the export files can be imported into a device with the same firmware version but there is no guarantee of portability of the configuration files from one firmware version to another In other terms the outcome is not guaranteed when importing into a unit files which were exported from a unit with a different firmware version We recommend to carefully check the settings in such case after importing the file SCOOP 5 User Manual 99 AUDIO SYSTEMS 5 11 Alarm tab The Alarm tab switches to red as soon as at least one anomaly is detected In addition the number of abnormal conditions is shown like in the example below with two alarm conditions detected STATUS CONNECTIONS PROFILES NETWORK AUDIO CODING MISC MAINTENANCE ALA TRansunsszow NETWORK gt auoio PLL 4 unlocked i Audio overload PLL 2 unlocked i AES sync loss EJ Clock 1 taun E i AES mvaa Chock 2 taut Bj es error ED Clock sip ma Cock2 sip p Hanoware aa i High temperature z TRANSMISSION CONFIGURATION 12V taut Decoder 1 error Sens Decoder 2 error Encoder 1 falback Encoder 2 raivack Decoger 1 ralback Decoder ranac Clicking the tab you reach this Alarm page showing all the alarm conditions All possible issues are listed but only those actually detected are highlighted with the B icon The issues are grouped in three areas e Alarms
4. 122 SCOOP 5 User Manual AUDIO SYSTEMS 7 3 3 Summary and reminder of essential rules The table below sums up the situations where a link can be set up not using a SIP proxy server and reminds the needed specific settings Codec A Possible Codec B Notes access calls access 1 LAN gt LAN same 2 Private WAN gt Private WAN E 3 Internet direct gt Internet direct lt NAT Internet direct STUN needed for A 5 IAT DMZ Internet direct STUN needed for A 6 NAT port Internet direct STUN needed for A orwarding UDP ports 5004 5005 5060 NAT NAT DMZ STUN needed for A and B 8 AT DMZ gt NAT DMZ STUN needed for A and B 9 NAT port gt NAT DMZ STUN needed for A and B orwarding UDP ports 5004 5005 5060 10 NAT NAT forwarding STUN needed for A and B 11 NAT DMZ NAT forwarding STUN needed for A and B 12 NAT port gt NAT forwarding STUN needed for A and B forwarding UDP ports 5004 5005 5060 Basic rule Codec behind a NAT router gt use a STUN server This allows the codec to set up outgoing calls This is not sufficient to be accessible to connection requests from the outside Mobile network access without SIP server or VPN gt use a STUN server NAT DMZ or NAT forwarding gt incoming calls are possible Incoming calls are not possible behind a NAT router without either such c
5. Each codec can set up a session Need to configure the router A is nearly equivalent to a codec with a Only one codec can be set up in this way on a LAN direct public access Ais exposed to external attacks The DMZ may be already reserved for other network equipment Method not possible for a mobile network access NAT router with port forwarding Situation codec A behind a NAT router and configuration of the router to forward to A the necessary ports We also assume that the other codec B is accessible with a public address Port forwarding to be set on the router2 e UDP 5060 SIP port UDP 5004 RTP port and 5005 RTCP pori 1 Except with symmetric NAT which is often met for mobile network access 2 If needed you can change these numbers on the SCOOP 5 SCOOP 5 User Manual 121 BA MAETA AUDIO SYSTEMS Once codec A is configured for using a STUN server e codec A can initiate a connection to call codec B e codec B can call codec A using the public address of the NAT router Advantages Drawbacks Each codec can set up a session Need to configure the router A is nearly equivalent to a codec with a direct Only one codec can be set up in this public access way on a LAN Method not possible for a mobile network access Use of a SIP server In addition to the numerous features it brings along using a SIP proxy server is a very powerful method to solv
6. Socket It includes two isolated current loop inputs and two dry contact outputs The following table shows the pinout of the socket for this function Function Output loop n 2 b Output loop n 2 a Output loop n 1 b Output loop n 1 a Input loop n 1 b Input loop n 1 a Input loop n 2 b Input loop n 2 a 5V of internally supplied power supply OV of power supply All loops are isolated and bi directional free polarity The characteristics of the input loops are Input loop control current mA max 100 mA Resistance of input loop 5602 current limiting series resistor Input loop isolation gt 1500 Veus A 5V to 12V source may be connected directly on an input loop because the internal series resistor is dimensioned for this purpose For a higher voltage source it may be necessary to limit the input current The characteristics of the output loops are Maximum switching voltage 350 V peak Maximum switching current 120 mA Resistance of output loop lt 350 Output loop isolation gt 1500 Vims The 5V power supply is available from the unit to power a low consumption device maximum 300 mA current consumption e g to power the input loops or LED indicators connected to the output loops SCOOP 5 User Manual 105 AUDIO SYSTEMS 6 1 14 Loop control interface AUX socket The 25 pin female sub D Aux socket includes isolated current
7. The standby LED next to the key is off in operation but lights on when the unit is in standby with power applied Status LED indicators The LEDs have the following meaning Marking Color Function Alarm Red Shows an alarm Sync 1 Green Red Off when unit is idle Green when the decoder is synchronised on Line 1 Red if interface n 1 is active connected but not synchronised or in error Sync 2 Green Red Off when unit is idle Green when the decoder is synchronised on Line 2 Red if interface n 2 is active connected but not synchronised or in error Line 1 Green On when interface n 1 is active connected Line 2 Green On when interface n 2 is active connected SCOOP 5 User Manual 25 AETA AUDIO SYSTEMS s104 021pu oju Z eui jo uoipejeg Buyjo1g TEs uopaj S1OJD2IPUI sNyo1g Figure 3 SCOOP 5 front panel SCOOP 5 User Manual 26 paera AUDIO SYSTEMS LCD and navigation keys Besides the backlit graphic LCD one can find the keys for navigating through the menus Key Function oK Confirm a selection or enter data From the base screen switch to the root menu Esc Escape to upper menu level From the base screen switch to the root menu Navigation keys Keys used to move the cursor or browse through menu options a The P can be used to enter a sub menu like the OK key 4 gt When entering data numbers the 4 erases the
8. Headroom setting is adjustable using the Audio tab Note the goal of these bargraphs is to provide an indication on the presence and level of the audio modulation The measurement has a good precision for stationary signals 1 dB accuracy and resolution but the update rate is rather slow As a consequence these bargraphs are not appropriate for precisely monitoring a dynamic program and they should not be considered an alternative to real program meters 86 SCOOP 5 User Manual ae Maca AUDIO SYSTEMS 5 4 Connections tab This tab leads to the Connections tab allowing to remote control the links monitoring outgoing call set up and call releasing STATUS CONNECTIONS PROFILES NETWORK AUDIO CODING Misc MAINTENANCE ALARM 0 p REMOTE PROFILES CONNECTION STATE a senna tenere eno Link monionng Ee e i e woo a ra Use a profile relat Ethemet Dial burton to set up a cannecion or mote Number 2 Dial directly ameter EOC e wows anette Stereo MESSAGES Blown he cg omnes E012 a wate ee Launch the cal can read the last text ER ssage that was displayed the unt You can also use sreneeeneetneeenneeeneeen serneeesnetterereeed Relays a notet Messases 2 Status of the To Local Unit I zal Relays To Remote Unit Display received SMS or Remaining Characters 189 Send messages to the unit s LCD The Connection State block allows to monito
9. The drift in time of the gain from the input to the output of the codec is less than 0 3 dB 6 2 2 Amplitude frequency response All measurements are done with a 6 dBu input signal and a reference frequency of 1020 Hz The measurements are done with a loopback before coding decoding so the possible effect of compression has no influence For a 48 kHz sampling rate Frequency range Tolerance 0 Hz 20 Hz 0 0 dB 20 Hz 40 Hz 0 2 dB 0 1 dB 40 Hz 20 000 Hz 0 1 dB 0 1 dB For a 32 kHz sampling rate Frequency range Tolerance 0 Hz 20 Hz 0 0 dB 20 Hz 40 Hz 0 2 dB 0 1 dB 40 Hz 15 000 Hz 0 1 dB 0 1 dB 6 2 3 Group delay distortion Taking the minimum group delay as reference the group delay distortion on the AD DA path is always less than 1 ms 6 2 4 Idle channel noise Background noise is measured with no audio modulation idle channel with maximum input and output level set at 16 dBu through the whole encoder decoder chain wide band coding with 48 or 32 kHz coding frequency Maximum noise level 55 dBm quasi peak detection CCIR weighting or 61 dBqOps This result in a signal to noise ratio SNR of more than 71 dB When the maximum input and output level is set at another level both the signal and noise levels are shifted but the SNR remains in the same range 1 Worst case for all types of algorithms MPEG algorithms performs better than the oth
10. as the function is bi directional the codec activates its two relays dry isolated contacts depending on the status of the two current loops on the remote unit For transmission over IP this feature is always available whatever the coding algorithm For the other networks availability depends on the algorithm see above tables With G722 or 4SB ADPCM relay transmission cannot be used at the same time as another auxiliary function see tables A typical application is the transmission of on air signals a contact closure can be used for instance to light up an indicator or switch on other equipment 2 4 2 Transmission of GPIO For IP transmission SCOOP 5 also allows in the same way as the two isolated relays to transmit 6 additional binary signals routed to GPIO interfaces which are not isolated This feature is available whatever the coding algorithm 2 4 3 Data channel This function is not available in IP transmission mode In leased line mode or ISDN mode a bi directional data channel can be transmitted along with the compressed audio signals by reserving a fraction of the transmitted bit rate The equipment includes a serial asynchronous port for this purpose The data are transparently transmitted end to end hardware signalling is not available Availability depends on the coding algorithm as well as the max possible baud rate see above tables With G722 or 4SB ADPCM this data channel cannot be used at the
11. at O dBFS For an output this is the maximum output level produced when receiving a signal at maximum level i e O dBFS SCOOP 5 User Manual 59 BA MAETA AUDIO SYSTEMS AES Synchro the default choice is Genlock digital interfaces input and output locked onto the digital audio input This choice is suitable for most cases when the codec should slave to the system clock However it is possible if required to rather synchronize these input output from the internal clock of the codec so called Master mode see also in 3 3 3 about the installation AES Sampling Rate sampling rate to be used in the Master mode In the Genlock mode this setting has no direct influence because the codec follows whatever sampling frequency is set by the AES input Input Source select the audio source to be used by the encoder either the analog inputs or the AES input Even if you use the analog inputs the AES input can still be connected in order to synchronize the AES output Headroom this setting defines the reference level for the program level display This display is relative to a O dBr reference which can be set here The Headroom parameter is the available headroom for a signal displayed as O dBr i e the difference between the reference and the O dBFS maximum level For instance a headroom of 10 dB means that the reference is set at 10 dBFS On the display the OVL clipping i
12. bandwidth It features a very low latency which makes it very interesting for live duplex transmission It also has the advantage to be very little sensitive to tandem coding 4SB ADPCM is available for LL ISDN wired or mobile IP However it is not recommended for mobile networks because it requires a high bit rate and it is highly sensitive to packet losses which can be frequent on such networks 16 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 2 2 8 MPEG Audio Layer 2 coding Application mono or stereo music high quality As shown on Table 3 this coding algorithm features a maximum flexibility with many variations for bit rate mono or stereo channel mode sampling rates The two channel modes exist in three variations e Stereo coding of each channel stays independent e Dual mono coding is similar to the previous case but this choice applies to channel with no acoustic relationship e g two languages for commentaries Joint stereo applies to stereo programme but here the encoder exploits the interchannel correlation for improved coding To be used only for a stereo programme The 16 and 24 kHz sampling rates feature a moderate bandwidth respectively 7 kHz and 10 kHz and are rather useful for commentaries The latency is rather high with these sampling rates MPEG L2 is available for LL ISDN wired or mobile IP networks ISDN mode specific aspects J52 For ISDN transmission MPEG L2 is proposed with two varia
13. 14 Besides whatever the connection mode normal or loop control a dry loop is closed when a connection is active 24 SCOOP 5 User Manual RA Maca AUDIO SYSTEMS 3 2 Physical description of the equipment The SCOOP 5 codec is housed in a 19 inches chassis of 1U height 44 mm or 1 75 It includes a universal mains power supply There is an option for powering from a 12V DC source which can be used in parallel with the mains input with priority to the latter 3 2 1 Front panel All the elements needed for local control are located on the front panel see picture on page 26 below This panel can be roughly divided in two areas On the left hand side one can find several LED indicators an LCD and the main navigation keys On the right hand side are located the dialling keys and the call management keys Lastly at the extreme right side one can find audio monitoring elements On Off switch and standby First completely on the left is located the on off key and just besides the standby indicator blue LED When the unit is powered but in standby blue LED on keep the key pressed for at least 3 seconds to switch on the unit When it is operating keep the key pressed for at least 3 seconds to switch it off In addition to this manual on standby switching the unit automatically switches on when power is applied on its mains socket or its DC input for those units equipped with the DC option
14. But be aware that although we always try to keep a maximum upward compatibility AETA cannot guarantee the re usability and consistency of these memories after a firmware update 96 SCOOP 5 User Manual Cpm AUDIO SYSTEMS 5 10 4 Reset page This page provides two functions clearing the settings and or memories profiles recorded in the unit and rebooting the unit You can reset the unit completely or only clear a category of data the available options are e Factory reset all parameters are brought back to their default setting and all memories profiles snapshots are deleted e Reset settings all parameters are brought back to their default setting but all memories are kept profiles and snapshots e Reset snapshots all snapshots are cleared form the memory e Reset profiles all profiles remote and local are cleared form the memory The page also allows you to reboot the unit by remote clicking the Reboot button The device is actually reboot when you confirm by clicking OK in the dialog box which then shows up This is equivalent for SCOOP 5 to an off on power cycle Of course you must wait for the return to the normal operative state before regaining control via the html pages lif you mistakenly clicked the Reboot button it is still possible to cancel this close the page without clicking OK do not hit the computer s Esc key neither SCOOP 5 User Manual 9
15. CATS wiring Normally the adapter s LED should blink depending on the network activity The additional interface is designated Ethernet 1 in the unit s menus e Apply the same steps as described above 3 4 1 to 3 4 4 the settings are in this case accessed via the sub menu Config Network Ethernet 1 Parameter e To check the IP address and status of the interface go to the menu Config Network Ethernet 1 Parameter Network Config SCOOP 5 User Manual 37 BA MAETA AUDIO SYSTEMS 3 5 Managing links 3 5 1 Setting up and releasing links Generally speaking once the codec is set up and the transmission interface s to be used is are configured it is possible to manage audio links with remote devices In the case of a leased line the link sets up as soon as the physical connection is made and all parameters are suitably configured this is a permanent link In other cases transmission links sessions have to be set which can be done in two ways e Outgoing call launched towards a remote device the procedure is to select a transmission interface a coding configuration dial the destination to call and then set the call to the remote unit The detailed operating mode is described further for the various transmission media in Setting up a link e Incoming call received from a remote device on receiving a call on one of the connected and active interfaces the codec switche
16. Ethernet interface and the audio transmission can take place over an IP network through this interface In addition it is always possible to use the Ethernet interface to access the embedded html server or for remote control the unit via a TCP IP connection TCP port 6000 An initial set up is needed for using one of these features of the Ethernet interface For setting into operation first connect the Ethernet interface to the network using CATS wiring e Connection to 10BaseT or 100BaseT interfaces are both suitable as the SCOOP 5 automatically switches to the adequate 10 Mbit s or 100 Mbit s mode e Straightforward patch cables should be used for a connection to a hub or a switch Conversely a crossed cable might be needed for special configurations e g a test connection to a PC As a very first step the Ethernet interface must be assigned an IP address and related parameters This phase is very simple when a DHCP server is available in the network The menu to use is reached by Setup Network Ethernet Parameter 3 4 1 DHCP server available This is the simplest case because the server will allocate a suitable IP address and give the unit the right settings Select DHCP in the menu Setup Network Ethernet Parameter Mode The unit will then automatically find the DHCP server and automatically set the parameters You can read the IP address allocated to the unit by the DHCP server in the About menu
17. NTP s For querying an NTP server 514 SYSLOG For sending messages to a SYSLOG server 3478 STUN S For querying a STUN server upp 5004 RTP S For audio streaming 5005 RTCP 5 For audio streaming 5060 SIP S SIP signalling 6000 Multicast description S Multicast stream description channel 6001 Multicast audio S Multicast stream transmission channel Ports shown in bold can be changed from the default values shown in the table m2 SCOOP 5 User Manual AUDIO SYSTEMS 6 4 Power supply e codec operates from mains 85 263Vac 47 63 Hz As an option the product can also be powered from 12V DC source e maximum power consumption is 20 W depending on version and installed options 6 5 Dimensions and weight e unit is a 19 inches frame of 1U height 44 mm or 1 75 and 265 mm overall depth 12 5 ts maximum weight is about 3 8 kg depends on version and installed options 6 6 Environmental characteristics e equipment operates over a 0 C to 45 C ambient temperature range 32 F to 113 F and a 5 to 90 humidity ratio range e SCOOP 5 complies with CE directives regarding safety and EMC e Safety compliance with EN60950 e EMI radiated emissions complying with EN55103 1 Susceptibility compliance with EN55103 2 SCOOP 5 User Manual 113 AUDIO SYSTEMS 6 7 Options The basic version of SCOOP 5 includes digital leased line interfaces X24 V11 V35 and an Ethernet interfac
18. SCOOP 5 memory each with its index and name On the top of the list the New choice allows you to create a new profile e Enter a name for this new profile then For a local profile or a snapshot the current settings respectively network settings or audio settings are recorded into the new profile with the name you just entered e For a remote profile first you can elect to include or not the coding parameters select Current include the current codec settings or None do not include an algorithm with this profile e Then you can enter the dial number or IP address or SIP URI then You can also leave this field empty in this case the profile is used for memorizing only coding parameters rather than a remote number e Lastly for ISDN and a setting exceeding 64 kbit s you must enter an additional number or more To use the profiles just scroll the list select one of the recorded profiles and press OK a choice is presented e Load this profile recalling the memorized parameters e Call the remote destination in the profile choice available only for a remote profile in this case the codec recalls the memorized parameters and then sets the call to the memorized number s e Delete the profile not available in restricted access mode e Update the profile for a remote profile you can edit an existing profile going through the same steps as for creating a new remo
19. SDP in IP mode the coding setup is not critical on this receiver side However for increased safety in ISDN mode one may prefer to force the configuration by de activating the SAS Notes regarding the automatic switchover Note that when switching from LL to backup mode a separate set of parameters is recalled As a consequence the coding configuration can be made if desired totally different in the back up mode Of course both units should be configured in an adequate configuration for each transmission mode and then each codec can be set in the LL mode to start the normal operation For the backup configuration do not set the units in double codec mode Otherwise the automatic switchover will not work properly SCOOP 5 User Manual 4 Cysera AUDIO SYSTEMS 3 6 First level maintenance 3 6 1 Internal configuration All the configuration is done in the factory and or it can be changed by means of the keyboard display interface without having to open the unit However a few settings can be done internally by setting jumpers e It is possible to prevent one alarm type to light on the red alarm LED on the back of the equipment e t is possible to disable the standby mode in which case the device is always in operation as long as the mains power is present A Please consult us for such operation We remind that unduly opening the unit can void the warranty In any case opening the unit may expose live parts
20. Transmitted data 103a TDA p 4 Tb 9 gt Transmitted data 103b TDB S 22 1 Frame ground FG A 124 SCOOP 5 User Manual AUDIO SYSTEMS 7 5 Notice regarding open source code The software of this product includes programs and libraries that are covered by the GNU General Public License or _ GPL available for example at following address hitp www gnu org licenses gpl txt Under this license the source code for concerned elements is available on our Internet site Download page otherwise it can be obtained on request by e mailing AETA AUDIO SYSTEMS epen source aeta audio com The software also includes the sipX stack covered by the LGPL license SCOOP 5 User Manual 125 BA MAETA AUDIO SYSTEMS 8 Index 4 H221 10 16 116 H242 10 16 4SB ADPCM HTML server 5 I AES 18 29 34 101 Alarm 22 25 31 42 43 102 Local address Antenna 11 32 103 Loop Auto redia Loop control Auxiliary function Test loop B M Backup Master AES interface mode BRI Monitoring C MPEG Audio Layer 2 Multicast 8 72 90 Consumption power 109 113 Coordination channel 21 33 64 94 107 114 115 NI 2 protocol a 31 119 aed Crosstalk NTT protocol 9 D P Data channel Packet replication DC power Password 34 45 81 83 PIN code Port forwarding
21. access SCOOP 5 User Manual 45 aN MAETA AUDIO SYSTEMS 4 2 Principles for the navigation From the base screen if pressing the IE key the display switches to the highest level menu called root menu Network interface ISDN Current 4SB ADPCM 32K 128K M coding bo Pressing E again brings back the base screen The LED indicators and the main keys surrounding the LCD are described above in 3 2 1 Front panel The unit proposes a tree structure of menus and the arrows around the key are used to navigate through the menus The key is used to confirm choices or enter values for parameter while the E key allows to come back up to the upper menu level Repeatedly pressing this key brings you up to the root menu and the base screen From the root menu you can enter one of the three main menus by using the arrows and pressing to enter the highlighted menu From these main menus the screen is organized in the following way AAC LC Eth Network Setur Netuork Menu reminder Algorithm The sub menus have the following aspect Ineut Impedance High Line Out Level 16 dBu cuter valve Input Level 16 dBu parameter At the end of a branch lists of choices appear in this way Reminder of Line Out Level parameter to set 1S dBu t 16 dBu In all cases the principles are as follows e Use the arrows to browse sub menus or choices e Enter the highlighted sub
22. button SCOOP 5 User Manual ALAR 0 parameters of incoming calls ALARM 0 91 BA MAETA AUDIO SYSTEMS 5 6 7 Mobile Parameter page This page is only visible for units equipped with the wireless option See more details on the parameters in 4 4 1 Mobile Parameter You cannot access all settings unless the PIN code has been entered otherwise the view is partial only Ifyou have plugged a USB mobile access device it is also assigned a specific parameter page MOBILE INT 2 ir 1 1p Mone i Manufacturer Sierra Wireless i Packet data service over Model MCB795V ee Revision K2_0_7_51BAP i mobie operator must alow IMEI 355310030069557 i SPO DA IMSI 208015303150845 i CELLPHONE Subscriber Number 33687823933 i Normal voice service over 26 36 networks Includes HO Voice mth AMR WB coding for networks which support PIN Save Moda IF Mode Network Mode Auo cae APN accesspoininame PREFERRED TECHNOLOGY Username Select priority or force the network type UMTS 3G 1s Password Tane o Voice depends on the network and operator Remember to save the changes clicking the Save button 92 SCOOP 5 User Manual 5 7 Audio tab See all details for these parameters in 4 4 3 Audio sub menu shows the audio level transmitted received to from the network STATUS CONNECTIONS PROFILES NETWORK Aupo CopiNG Misc MAINTENANCE g
23. character on the left v of the cursor More details on the navigation and sub menus can be found in chapter 4 dealing with detailed operating modes Function keys The assignment of these F1 and F2 keys is programmable Call management and dialling keys Key Function Release an established link Hang up except LL links permanent by nature 0 Start a link or accept an incoming call Unhook except LL links permanent by nature Keys for entering numbers or URI for the destination to call These keys are also used to enter texts such as profile names etc Dialling keys Repeatedly press a key to get the characters other than the main 0 9 figure 6 Keys 1 and also allow entering special additional characters A not all marked on the keypad f The lt key is used for switching between numbers lower case letters or capital letters An indicator on the screen recalls the current type of characters In double ISDN codec mode this key is used to select line 1 for L1 calling or hanging up Useless in normal single codec mode In double ISDN codec mode this key is used to select line 2 for L2 y A calling or hanging up SCOOP 5 User Manual 27 BA MAETA AUDIO SYSTEMS INFO indicators These LEDs show the state of the received information when the auxiliary function Relay transmission is active Marking Color Function INFO
24. codec is used only as a decoder If this requirement is ignored the unit will actually fall back to master mode In such situation clicks in the audio programme might be heard especially when the resulting sampling rate is very different from that of the external device 1 In such case a SIM card should be set as well in order to enable the mobile services 34 SCOOP 5 User Manual Cysera AUDIO SYSTEMS If on the contrary it is decided to synchronise the external equipment at 32 48 or 96 kHz onto the transmission clock of the network interface the codec must be configured in master mode In this case the output is locked onto this clock and it can be used as a reference to synchronise the equipment connected to the codec output The digital audio signal at the codec input must then come from a device synchronised by this way When you do not use the digital audio interfaces the master or slave mode has no effect on the actual operation However it is recommended in such case to select the master mode to avoid undesired alarms Otherwise with the genlock setting which is the default factory setting an alarm is raised because of the lack of a suitable signal on the AES input In the master mode the device ignores this error condition SCOOP 5 User Manual 35 aN MAETA AUDIO SYSTEMS 3 4 Initial setup of the Ethernet interface The SCOOP 5 includes a 100BaseT 10BaseT
25. codec then restores the settings included in the profile Delete a local profile or snapshot 80 SCOOP 5 User Manual Cysern AUDIO SYSTEMS 4 7 Restricted operation mode 4 7 1 Principles SCOOP 5 can be locked in a restricted user access mode which limits user access to the essential controls and features For routine operation this mode allows to avoid risks such as random settings with unpredictable effects handling or adjustment mistakes accidental erasure of useful memories etc When SCOOP 5 is in restricted access it is still quite operative especially if suitable memories profiles snapshots have been prepared beforehand because the following functions are still accessible e Receiving calls e Releasing links e Redialing recalling previous numbers outgoing calls e Loading and calling remote profiles e Loading local profiles or snapshots On the other hand it is not possible to change settings via the menus as only the Profiles menu is accessible It is also impossible to delete or edit the recorded profiles A password is needed for switching to the restricted mode locking or back to full access unlocking This password can be programmed of course not when in restricted access Warning this access protection is completely independent from the one that can be set for the web interface embedded html pages The passwords have no relationship and are set separately One of the interfaces
26. contact AETA SCOOP 5 User Manual 103 AUDIO SYSTEMS 6 1 11 Serial remote control interface This interface uses a 9 pin female Sub D connector on the rear panel This is a V24 RS 232 type interface with only Tx and Rx signals no flow control The following table indicates its pinout DCE type pinout Function V24 data to the PC V24 control data from the PC Ground Not connected The interface is configured as follows 4800 bauds 8 bits no parity one stop bit 6 1 12 Serial data interface Data This V24 interface uses a 9 pin female Sub D connector on the rear panel Like for the remote control interface only Tx and Rx are used there is no flow control and the pinout is of DCE type Fonction Received V24 data Transmitted V24 data Ground Not connected The data interface is configured as follows 8 bits no parity one stop bit no flow control It is possible see menu Tools Misc Aux Functions to activate the interface and to configure its baud rate 300 to 9600 bauds However the maximum allowed baud rate depends on the audio coding used see 2 4 Auxiliary functions 104 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 6 1 13 Relay transmission interface AUX socket The relay transmission interface refer to 2 4 1 Transmission of isolated relays is available on the 25 pin female sub D AUX
27. for establishing or interrupting such link once the physical connections and the coding configuration are done set the unit in LL mode Setup Network Change Network LL The link is immediately started the encoder transmits the encoded stream and the decoder looks for synchronisation on the received stream In case the link is broken the decoder restarts looking for synchronisation and restarts as soon as the stream comes back without any action needed from an operator This is also true when restarting after a power cycle By default no incoming call from another network interface Ethernet ISDN POTS is accepted when the unit is set in this LL mode However it is possible to allow such incoming calls by changing the Backup Receive setting in the sub menu Tools Misc LL Backup Backup Receive or the Misc tab in the html pages 74 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 4 5 6 Setting up a mobile telephone link Prerequisites You must have a subscription and a SIM card granting access to mobile transmission In the case described here the subscription must include access to the basic telephone service Preliminary settings First insert the SIM card in the SCOOP 5 the unit must be powered off for this and connect at least one antenna to the unit See how to proceed on page 32 Drawer for SIM card 6 f Power up the codec enter the sub menu Setup Network Mobile Int Mobile Parameter PIN
28. front panel or html can be locked while the other is not 4 7 2 Locking the front panel Managing the restricted mode is done with the sub menu Tools Maintenance See in 4 4 8 Maintenance sub menu this sub menu items First you must program the desired password because the password is blank when the unit comes from the factory or after a complete factory reset The password is an arbitrary sequence of numbers For switching to the restricted mode select User Access and confirm Yes You must then enter the password to actually lock the unit this makes sure you really know the password before locking The screen warns you about the switching to restricted access Press IE and come back to the base screen From then on on every attempt to navigate in the non authorized menus the following message is displayed 4 7 3 Unlocking the front panel From the base screen or the root menu type the password sequence SCOOP 5 unlocks Er The full access is restored Press IE to come back to the base screen SCOOP 5 User Manual 81 BA MAETA AUDIO SYSTEMS 4 7 4 Lost the password You have forgotten or lost the password The only way to restore full access is to clear all the settings which will also clear the passwords The unit will be accessible again Chapter 4 8 below shows the procedure for such erasure In order not to lose all the memorized settings you can perform a complete reset of
29. in case of a failure of the link establishment or on a remote release To come back to the base screen press E or 3 Receiving calls Receiving a call works in the same way as in te single codec mode except for the following e If the codecs are differentiated with exclusive subscriber numbers a remote call can be sent specifically to one of the two codecs e You can have the same capability using the sub addresses but this cannot be used by a remote analog phone e Only G711 and G722 algorithms are supported by the codecs ion this mode e Ifthe call is not specifically addressing one of the two codecs the first available one priority to codec 1 will pick up the call Example if codec 1 is busy then codec 2 will pick up the call 68 SCOOP 5 User Manual Cpm AUDIO SYSTEMS Releasing Hanging up To stop a link press the key You must then select which line codec you want to release using key L1 or L2 Press a second time to confirm Quick redialing Once a number has been called with a codec it is easy to recall it without having to type it again press the key then you can scroll through the history of calls using the arrows Press key L1 or L2 depending on the desired codec SCOOP 5 User Manual 69 AUDIO SYSTEMS 4 5 3 Setting up a link in IP mode via Ethernet A link is set up in a similar way as an ISDN link The difference is mainly that instead of the telephone number we use either a
30. in double ISDN codec mode For the units equipped with the PSTN POTS option this socket is also used to connect the POTS line For this you can use the adapter cable provided with the POTS option this adapter splits on two sockets the ISDN 1 line and the POTS line e RJ45 socket to get the ISDN 1 access e RJ11 socket to connect the POTS line you must plug here a cable from the POTS wall socket and terminated with a RJ11 plug Refer to 6 1 8 for more details on the pinout for the ISDN 1 socket and the adapter cable 1 Whose type depends on the country and the building wiring SCOOP 5 User Manual 29 AETA AUDIO SYSTEMS feu 42208 ee Peya tu uoydo 3 404 031pu WUD isul 7 jeuupyp uoyDUIp100 gt foul zu ouo dooy tru ZL Hod joues eonpeyut ni AMSA SOW skojay Oldo louuos aouiay T uow sindjno opno 6 synduy opno Bojpuy Bojpuy e s soy L andino pup pos 4920s gsn andu say SLOd pue al TE z _ siexpos puuejuy p409 WIS pod pyop swojo i 40 48M01Q ADK pup ssppayul T Aippuczes Rear panel Figure 4 SCOOP 5 User Manual 30 AA JAETA AUDIO SYSTEMS ISDN 2 socket marked ISDN 2 7 is RJ45 socket allows the connection to the ISDN for the product versions TRIO 4B which include his capability The wiring is for connecting an SO BRI ISDN line using a standard RJ45 cable is socket is not used when o
31. interfaces This is how you select the default interface which is used for an outgoing call This menu must be used before setting a call except if the default interface is already the desired one The current interface is recalled on the right side of the screen Change Network Ethernet Ethernet Parameter AoIP Parameter The other sub menus provide access to the settings for each existing interface This is why some interfaces with a dashed frame outline on the picture above may not be visible in the sub menu depending on the unit version if it does not include such interfaces If you have plugged a 3G or LTE mobile key on the USB interface you can also see this module in the list and you can select it just like another network interface designated as Mobile 1 Ext If more than one mobile device is available example presence of an integrated module and also an external device connected on the USB socket then each is identified in a unique way In a similar way if an Ethernet adapter is plugged on the USB Interface you will see in the list a new interface named Ethernet 1 The corresponding sub menu has the same structure and settings as the sub menu Ethernet Parameter SCOOP 5 User Manual 49 aN MAETA AUDIO SYSTEMS Notes Ethernet Parameters Network Quality Network Config Local IP Ethernet Parameter JA asoro Link Mode Nero Mode
32. inverse multiplexing protocol etc Then the unit can decode the compressed audio from the remote unit In addition the unit will use these same settings for encoding and sending audio to the remote unit so that the remote unit can also decode the outgoing audio programme The whole process just takes a few seconds Of course all compatible coding configurations can be detected automatically by the 5A System Note that the 5A system is only active for ISDN connections SCOOP 5 User Manual g BA MAETA AUDIO SYSTEMS J52 The ITU T J52 recommendation was defined in order to allow the interoperability of multimedia terminals over the ISDN using common coding standards It includes the following features e Support of ITU T recommended coding algorithms G711 G722 MPEG Layer II e Framing as per ITU T H221 recommendation ensuring byte synchronisation and interchannel synchronisation when more than one 64 kbit s B channel is required for the desired bit rate e Interoperation procedures according to ITU T H242 recommendation e In the case of MPEG encoding optional protection against transmission errors Reed Solomon error correction codes Details about MPEG and J52 can be found in the annexes refer to 7 1 Additional information on the algorithms and protocols used lt must be noted that thanks to the interoperation protocol J52 codecs when setting up a link can negotiate automatically and agree
33. is present at the output e Loop 2 2 sends back to the remote codec the compressed data received from the network see the description of test loops in 2 5 8 Test functions In this way it is possible to test the integrity of the transmitted data and or check that the remote codec works properly e The decoder out to encoder in loop Audio feedback loop can be used for overall functional check and also for aligning the overall chain Note not all test loops are available for all the network interfaces 3 6 4 External alarms In leased line mode a clock fault is one typical cause of an external alarm This can be due to e complete loss of the X24 V11 interface due to a failure of the transmission line e a failure of the transmission device connected to the codec e an incorrect clock frequency i e incompatible with the codec configuration On the other hand in case of a decoder alarm with no clock error possible causes are e lack of signal received from the X24 V11 interface due to a failure of the transmission device connected to the codec or a transmission failure in the network e a fault in the remote codec or else the remote codec has an incompatible configuration transmission errors causing erratic alarms Errors such as AES error and AES sync loss can frequently be seen even when the unit is configured to use the analog inputs This is because the AES output is always act
34. line The codec synchronises itself onto the ISDN network clock when a link is active Network protocols Available protocols e Euro ISDN or ETSI default protocol valid for a large number of countries especially all over Europe e NTT valid for the Japanese network of NTT e NI 2 valid for numerous operators in North America This choice is also suitable for the connection to network equipment with NI 1 protocol In North America USA and Canada the available interface is often a UO interface instead of S0 In such case an NTI network adapter must be inserted between the line and the SCOOP 5 Such adapter can be found on the local market 5A System Setting an ISDN connection is often difficult at least because of the numerous coding parameters to be set Moreover with most proprietary algorithms it is mandatory for the two devices to have exactly the same settings otherwise the connection will fail and sometimes it is not easy to find out the reason 5A stands for Aeta Audio Advanced Automatic Adjustment This system makes it easier to set an ISDN connection because the codec on receiving a call automatically adjusts itself following the calling party algorithm and parameters When the 5A System is enabled on the unit and a call is received the unit first detects the coding algorithm used by the calling codec and also senses its parameters audio mode mono stereo sampling rate bit rate
35. link first set if not already done the unit in ISDN mode menu Setup Network Change Network ISDN Then select the desired encoding format Setup Algorithm You can get a fast setting by simply selecting one of the recently used configurations displayed otherwise select Other for a new coding configuration Come back if needed to the base screen using E Then enter the ISDN number of the destination and press the key If a sub address is needed right after the number enter the character and the sub address 4 digits max The number then has the form nnnn ssss e g 0912345678 32 then press When the selected encoder needs two or more B channels the unit asks for additional numbers If the same number is suitable just press the green phone button without re entering a number An error message is displayed in case of a failure of the link establishment or on a remote release To come back to the base screen press E or Receiving calls When the 5A System is active receiving calls is simple When a call is received the codec automatically unhooks and recognises the coding algorithm and protocol used and finally sets the link automatically On the receiving side the unit will follow the calling unit When the 5A System is not active you should first configure the codec for the desired coding algorithm and configuration When a call is received the unit will synchr
36. local address On the other hand agents implementing the SIP protocol have to communicate to each other the addresses and ports to be used for the media exchanges Because of the NAT routing agents do not get the real public addresses which leads to failure of the session setup attempts We are now looking at various methods used to overcome these obstacles NAT and use of a STUN server The STUN protocol is a method which is often successful in helping the agents to di iscover their public address even when they are hidden behind a NAT router Here is the operation principle e A STUN server is used which is accessible over the Internet e The address of this server is programmed into the agent i e the audio codec in our topic e The agent queries the server and discovers its public IP address and port number as seen from outside of the NAT router and LAN e This addressing information is then used by the agent for negotiating and setting session up a media The STUN server address is programmable in the menu or the html pages of a SCOOP 5 or Scoopy Besides there is also in the menu keypad and display on the front of tl enable disable on off selection without having to clear the server address There are many public STUN servers available on the Internet here are a few examples time of writing e unit an valid at the Domain name Numeric address stun aeta audio com 85 214 134 163 st
37. mains cord and a CATS Ethernet cable The POTS option includes a cable adapter which splits the ISDN socket 1 into an RJ45 socket ISDN and an RJ11 socket POTS The wireless option is delivered with a multiband antenna with a 3 m cable and an SMA plug An adapter is available if needed for using a uSIM card instead of a standard SIM card Along with the coordination channel option a specific cable is delivered which provides XLR plugs for the coordination channel input and output input on a female plug output on a male plug For remote controlling SCOOP 5 units from a PC the TeleScoop configuration and supervision software is available for a Windows computer The TeleScoop software also allows to control the other rackmount codecs of the Hifiscoop Scoop 3 Hifiscoop 3 and Scoop 4 ranges SCOOP 5 can also be controlled by several third party software tools such as Codec Live MDC Net For an additional Ethernet interface usable for remote control from a separate sub network it is possible to plug on the USB socket a USB Ethernet adapter such as the LogiLink UAO144 Other compatible devices may be available later in which case you can find them on our web pages consult our site www aeta com SCOOP 5 User Manual 115 BA MAETA AUDIO SYSTEMS 7 Annexes 7 1 Additional information on the algorithms and protocols used 7 1 1 Auxiliary data in the MPEG frames The auxiliary data are used for the fol
38. menu by pressing or the P key e Move to upper level with the IE key e Validate a choice or entered value using e Give up a selection or action by pressing E repeatedly as needed After some time without pressing any key about 30 seconds the display comes back to the base screen 1 You can also press the 8 key 46 SCOOP 5 User Manual ETA AUDIO SYSTEMS 4 3 Dialing and text input keypad The keypad is used for entering numbers and or texts It is used in a similar way to a mobile phone e The keypad works in numeric only mode or in alphanumeric mode where both numbers and letters can be entered e In numeric mode only the numbers are used and the key as a separation between ISDN address and sub address or as a dot in a numeric IP address e The alphanumeric mode allows text entry A letter can be entered by pressing repeatedly a key for example a B is entered by hitting the 2 key two times sequence A B e Use the f key to switch between numeric alphanumeric lower case and alphanumeric capital modes e The 0 and 1 keys provide access to various special characters which are not all printed on the keypad 2 SCOOP 5 User Manual 47 Cysera AUDIO SYSTEMS 4 4 Description of the menus The root menu shows the following three main menus e Setup configuration of the codec EJ profiles access to configur
39. nothing to do When a call is received the units negotiate automatically a commonly acceptable coding algorithm and set the link automatically On the receiving side SCOOP 5 will follow the calling unit Important notice the unit can receive and accept incoming IP calls even when its current network interface is not Ethernet IP provided it not already busy with an established link On the other hand it will ignore such calls if it is running in LL mode except if the Backup receive mode is active for details see above 3 5 4 Setting up a backup link Network quality setting Depending on the quality of service provided on the network especially its jitter performance it is possible to change the stability latency compromise used by the SCOOP 5 For this purpose a setting is available in the menu Setup Network Ethernet Parameter Network Quality Three choices are proposed e HIGH suitable for a good quality and low jitter network latency is minimal but the codec will have little tolerance to possible jitter e MIDDLE intermediate and default setting suitable for a moderate transmission jitter e LOW to be preferred when the network has low QoS especially for residential ADSL lines This setting ensures a safer operation at the cost of a high latency On a LAN and or private network with a controlled quality the HIGH quality setting is recommended as it yields min
40. on a configuration that is compatible with the capability of both units regarding bit rate channel mode etc In this way when the units differ in their capability or make the resulting configuration may be different from expected beforehand but in most cases the link will work and audio will be transmitted As another useful consequence this also gives users more tolerance to mistakes when configuring the units on the two sides of the transmission links as the codecs will adapt automatically even with ifferences in the initial settings of the two units Symmetric or asymmetric coding In most operating cases the codec sets up symmetrical links wherein the encoder and decoder use the same encoding decoding algorithm with same settings channel mode etc In other words the link is full duplex and the same encoding decoding type is used on both directions For a link over the ISDN in fact there are cases when the link is asymmetric with a different coding mode in each direction This may happen in some cases with the J52 protocol To give some examples it is possible to send MPEG Layer Il in one direction and receive G722 in the reverse direction or send MPEG stereo and receive MPEG mono etc 2 1 4 POTS interface The interface is a two wire analog telephone access with characteristics adjustable depending on the country Dialling normally uses DTMF but for older switching equipment it is possible to use pulse dia
41. other access point settings user name and password This is n ot needed usually otherwise the needed data are provided along with the subscription and the SIM card e You can define a Network Quality in doubt select Middle You can test a setting on a connection with a significant duration and change the setting if the stability does not look sufficient If a SIP server is used the SCOOP 5 must be registered on this server Use the AoIP Parameter menu see above on page 57 for entering the SIP account data and activate the SIP registration These settings are common to IP modes both via Ethernet and mobile networks Besides for links over the Internet most offen the link passes through a NAT router which hides to the codec the characteristics of the public access public IP address and RTP ports actually used This can make the SIP transactions fail or get a non optimal route through the network To avoid this a STUN server is often used the corresponding settings are also found in the AoIP Parameter sub menu These settings are common to IP modes both via Ethernet and mobile networks You can find in annex 7 3 Some methods to deal with NAT routers and firewalls some additional information on the use of STUN 1 Or Mobile 1 for an external USB device SCOOP 5 User Manual 77 ETA AuDio SYSTEMS Calling via a mobile IP network To set the link first set if not already done the unit in mo
42. paera AUDIO SYSTEMS superior sound since 1978 SCOOT 5 Stereo audio codec for real time audio transmission User Manual Chm AUDIO SYSTEMS Table of contents 1 Presentation Getting started 1 1 Install and connect SCOOP 5 1 2 Audio settings 1 3 Select and set up network to be used wired network 1 4 Select and set up network to be used mobile networks 0 ccccecceeeeeereeteneneeeeeees 5 ww os 2 Functions 2 1 Transmission interfaces 2 2 Audio encoding and decoding 2 3 Audio interfaces 2 4 Auxiliary functions 2 5 Supervision and control interface cece eeeeeeee cscs eee ceceeeteeeescetesseeeseeeteeseaseeenees 22 B Operationiiss secre cc E OELE AE A EIEI AEA EAE EA ET 3 1 General principles Control means 3 2 Physical description of the equipment 3 3 Installation and set up 3 4 Initial setup of the Ethernet interface 3 5 Managing links 3 6 First level ma inteMan ers scescesiececrsge esisaescssateasucacseusersieass REAREA AAA 4 Detailed operating mode User interface 4 1 Equipment start up 4 20 Principles for the AGVIGGHON piranas nin S AAA S N E 4 3 Dialing and text input keypad 4 4 Description of the menus 4 5 Setting up a link 4 6 Management of the configuration profiles 4 7 Restricied operation ModE msianiseanka anena ANARE ASE 4 8 Clearing all settings 4 9 Backing up and restoring the configuration a 4 10 Displ
43. profiles can be used locally and also through the web pages and they can be imported exported from to a computer 2 5 8 Test functions For maintenance purposes some test loops can be activated The following drawing schematically shows these test loops Audio inputs Audio outputs Figure 2 Test loops Audio loop uncompressed audio data are looped from the input of the encoder to the input of the output conversion functional block This loop redirects the audio input to the audio outputs Loop 3 or Codec loop compressed audio data are looped just before the network interface Loop 2 or Network loop this loop sends the received data back to the network for the remote codec the effect is the same as a loop 3 when the transmission works correctly Audio feedback loop audio output to audio input this allows the codec to send back to the remote codec the signal it receives after decoding and re encoding SCOOP 5 User Manual 23 BA MAETA AUDIO SYSTEMS 3 Operation 3 1 General principles Control means The equipment control and supervision configuration status monitoring is possible either in Local mode front panel keypad and display status indicators or Remote control mode thanks to an asynchronous serial port or an Ethernet interface As a general rule the configuration parameters are saved in non volatile memory and restored when the un
44. protected by a firewall which will as a principle block a priori the lesired connection In such case exceptions to the firewall security rules must be created that will allow this connection this has to be done by the person in charge of the network management Most often on one access if not both the codec accesses the Internet via a NAT router This router shares Internet access with one or a few public addresses among the equipment on the LAN On this LAN the devices get local private addresses and the router carries out an IP address translation Note that e As an example a consumer ADSL modem router is almost always a NAT router sharing a single public IP address between the devices connected to the router e t is just the same on a 3G 3G mobile IP access the terminals phones or computers access the Internet via NAT routing e NAT routing is often included in the firewall features in fact NAT routing somewhat participates to the protection against direct attacks from the outside SCOOP 5 User Manual 119 BA MAETA AUDIO SYSTEMS NAT routing is an obstacle to transmission with UDP mainly for two reasons e t does not allow unsolicited data to come in from the outside network In other words data input is accepted on a port as an answer to a request from the local network but an external agent cannot directly initiate the transmission of a packet e The terminal units on the LAN only know their private
45. related to Transmission essentially issues related to the decoder synchronization In addition for ISDN links there may be encoder or decoder fallback cases fallback is the situation when the encoder or decoder configuration actually set on the link differs from the one which was initially programmed or expected e Alarms related to the audio interfaces audio clipping minor alarm AES input errors e Hardware alarms internal alarms excess temperature power failure 100 SCOOP 5 User Manual a Maca AUDIO SYSTEMS 6 Technical characteristics 6 1 Characteristics of interfaces 6 1 1 Analogue audio inputs Audio characteristics are measured over a 20 to 20 000 Hz bandwidth except when differently stated The inputs are balanced type using 3 pin female XLR sockets Maximum input level adjustable from O to 22 dBu 0 3 dB Nominal input impedance 600 Q or 10 kQ menu setting Setup Audio Analog Input Impedance 6 1 2 Analogue audio outputs Audio characteristics are measured over a 20 to 20 000 Hz bandwidth except when differently stated The outputs are balanced type using 3 pin male XLR sockets Maximum output level adjustable from O to 22 dBu 0 3 dB Nominal load impedance 600 Q or 10 kQ Output impedance lt 509 Symmetry gt 40 dB ZL 150 Q 6 1 3 Digital audio input and output ese interfaces comply with recommendations e AES3 1992 e EBU Tech 3250 E e CCIR Rec 647 ey suppo
46. the sampling frequency of the AES EBU input output is completely independent of the sampling frequency of the compression algorithm One should also be aware that the various audio settings have no relationship with those for the other side of the link the remote codec whatever they are selection of analog or digital source sampling rate of AES interfaces etc This configuration is only relevant for the local installation 2 3 3 Audio monitoring Audio programmes can be monitored of the audio input before encoding and at the audio output after decoding the received signal First the programme level is displayed on the graphic screen both input and output levels are monitored simultaneously Besides a test output on a stereo headphone jack allows monitoring either the encoder or decoder audio signals O Norte as the audio output is monitored immediately after decoding this monitoring position is not sensitive to the possible activation of the audio test loop see further the chapter about test loops contrarily to the physical audio outputs both analog and digital 18 SCOOP 5 User Manual AUDIO SYSTEMS 2 4 Auxiliary functions The main function of the SCOOP 5 is the transmission of one or two main audio programmes but it also provides auxiliary functions for transmitting data or additional signals inside the same stream or more generally the same session These features are only compatible with AETA products because
47. the transmission network For more details on coding see page 14 1 3 1 Set up an ISDN link If needed select the protocol with Setup Network ISDN Parameter Protocol More details see page 53 Enter the remote number to dial using the keypad and press the key If more than one B channel is involved due to the coding algorithm used you must enter a second number then and so on If the last dialled number is adequate just confirm by pressing without typing a number again A Hang up with the 7 key to release the connection you must confirm by pressing again SCOOP 5 User Manual 3 aN MAETA AUDIO SYSTEMS 1 3 2 Set up a wired IP link A Over a public IP network and especially when no SIP server is used it is highly recommended to use a STUN server The address of a STUN server can be set in the SCOOP 5 html pages see page 90 or via the menu Setup Network AoIP Parameter STUN Server enter the address of a STUN server we propose our server stun aeta audio com look also the support pages on our web site www aeta audio com Enable or disable STUN with Setup Network AoIP Parameter e Check the Ethernet interface is active thanks to the LED on the Ethernet socket on the back and check an IP address is allocated menu Tools About Local IP e The default setting uses a DHCP server to get an IP address which is suitable for most occasions In other si
48. unit will not make more than one trial if the memorized code is wrong lay Notes 56 SCOOP 5 User Manual Cpm AUDIO SYSTEMS e Mode select the desired transmission mode IP Mode for transmission of data packets IP protocol also called PS mode for Packet Switched or Cellphone for the telephone mode which can also be wide band HD Voice when all conditions are met see above in 2 1 5 Mobile voice mode HD Voice Note the cellphone mode is not available for a mobile key device on the USB interface because such devices only support IP data transmission rf e Network Quality select here the expected quality of the transmission via the mobil in IP_mode This is the same setting as for the Ethernet interface see above i Parameters e Data Connection applies to the IP mode use this to activate the data connection or disconnect it if it is active This is similar in function to connecting an Ethernet cable on a wired network by activating the connection the unit is linked to the Internet and it can send and receive IP data For instance it can receive an incoming call It can also initiate an outgoing call e Network Mode select the network technology Auto is the normal choice which provides operation on 3G 3G as long as the conditions allow it but fallback to GSM if 3G is not available or the radio link is too poor It is also possible to force e
49. 1 Amber Shows the state of the relay contact n 1 INFO 2 Amber Shows the state of the relay contact n 2 Audio monitoring The audio signals can be monitored with a low impedance headphone connected on the front panel 1 4 or 6 35 mm stereo jack The headphone volume is adjustable thanks to a potentiometer By pressing key you can select to listen either the transmitted program Tx indicator or received audio Rx indicator The transmitted program is picked just before the encoder the received program is picked just after the decoder Actions dealing with this area connecting or disconnecting the jack Tx Rx selection volume adjustment never affect the transmitted or received signals 28 SCOOP 5 User Manual pa Maca AUDIO SYSTEMS 3 2 2 Rear panel All connections are done on the rear panel_of the codec The characteristics of the interfaces and layout of the sockets are detailed in chapter 6 1 j Characteristics of interfaces The following elements are available numbers such as 17 refer to the following Figure 4 Rear panel Mains power socket 17 This is an IEC type power socket The unit starts up as soon as power is applied See details in 6 1 17 and 6 4 Power supply DC 12V power socket 16 This 4 pin male XLR is optional See details in 6 1 18 DC power supply option Audio inputs outputs e Analog inputs outputs
50. 100BaseT Ethernet interface allowing transmission of the audio programmes in a wide range of possible bit rates The audio stream is always transported under the RTP UDP protocol IP unicast mode The most classical transmission mode is unicast audio connection with one distant device generally bidirectional This mode can be used on all types of networks links LAN or WAN including links via Internet The SCOOP 5 implements the SIP protocol which allows it to interoperate with IP phones and other SIP compatible audio codecs in a way similar to ISDN or POTS connections Links can be set up in two ways e Peer to peer connection between two compatible units e Use of a SIP proxy server to set up the link or a SIP PBX Details about the SIP protocols can be found in the annex see 7 2 Overview of the SIP protocol The audio coding algorithm can be selected depending on the required quality and the available network bandwidth The following algorithms are currently available Codec Bit rate Bit rate Audio Typical use main features coding total bandwidth G71 64 kbit s 86 kbit s 3 kHz Voice telephony Compatible with IP phones CELP 24 kbit s 28 5 kbit s 7 kHz Suitable for high quality speech Low network bandwidth consumption G722 64 kbit s 86 kbit s 7 kHz High quality speech Compatible with some IP phones MPEG Layer Il 64 to 256 73 to 275 Up to Highest quality suitable for speech and
51. 2 algorithms are available for each codec The following chapters bring some precisions about the important features of the various algorithms and protocols available 14 SCOOP 5 User Manual AUDIO SYSTEMS 2 2 1 G711 coding Application telephony coordination Low latency G711 is the standard coding used for voice transmission on public telephone networks and features 300 to 3400 Hz audio bandwidth This algorithm is typically used for links over IP networks with IP telephones or VolP gateways Via ISDN G711 is used for links with telephones or hybrid devices G711 is available only for IP or ISDN transmission 2 2 2 Mobile telephony coding GSM AMR Application telephony mobile coordination Moderate latency These algorithms are exclusively used for speech transmission over mobile telephone networks with a 300 to 3400 Hz audio bandwidth Gateways perform whenever needed transcoding in order to interface with fixed PSTN ISDN and IP networks 2 2 3 Mobile HD Voice coding AMR WB Application commentaries mobile coordination Moderate latency The AMR WB coding standardised as G722 2 by the ITU T is used between compatible mobile terminals when the mobile network supports the so called HD Voice service and provides speech transmission with a 50 7000 Hz bandwidth SCOOP 5 automatically implements this algorithm in mobile voice mode every time it is possible and automatically falls back to standard voice codi
52. 5 263Vac 47 63 Hz AC source Protection is provided by a resettable fuse 6 1 18 DC power supply option When the 12V DC option is installed the unit features in addition to the mains socket a 4 pin male XLR socket for connecting a 12V DC supply non isolated The unit includes overvoltage and overcurrent protection resettable fuse on the DC input The DC supply is redundant with mains power with priority to mains whenever it is present 1 Characteristics Min Nominal Max Notes Supply voltage 10V 12V 17V 1 Supply current 0 5A 2A 2 1 Beyond 15 V the DC supply takes precedence and provides power to the unit even if AC power is available 2 The power consumption may vary in a wide range depending on the input voltage the installed options and the operating mode Connections on the XLR socket Ground is connected on pin 1 and pin 4 must provide the 12 V voltage SCOOP 5 User Manual 109 BA MAETA AUDIO SYSTEMS 6 2 Audio performance The audio performance in this part applies to the system without coding decoding and excluding the coordination channel The additional effect of the audio encoding and decoding on audio performance depends on the coding algorithm used and its parameters Except when differently stated the following measurements are done at a 6 dBu input level and on the AD DA path with maximum input and output level set at 16 dBu 6 2 1 Transmission gain
53. 7 BA MAETA AUDIO SYSTEMS 5 10 5 Event log page This page displays a history if the system events which can be useful for operational records or for investigating operation issues etc Events are logged by the codec in its internal memory card they are recorded in plain text unformatted ASCII and the web page displays the 200 last lines of this log with a scroll bar You can select the detail level for this history depending on the target application e Coarse only essential events are logged such as reboots link set up alarms This type of history can be useful as a link record and gives a very synthetic overview e Normal gives more details and this is the default setting suitable for most operation needs e Debug absolutely all events are logged this makes a very verbose and technical history reserved for testing and fixing issues SCOOP 5 can also send event messages to a SYSLOG server is such server is available on the network enter the address or name of this server and click the Apply button From then on SCOOP 5 sends the designated server all events regardless of the detail level selected as described above The two histories run in parallel on one hand messages to the SYSLOG server on the other hand the filtered events depending on the detail level selected recorded in the SCOOP 5 log file Events are time stamped date hour minute second from the interna
54. 9 at the input plug the audio cables into the female XLR sockets At the output plug the audio cables into the male XLR sockets In mono mode only A channel is used e Digital inputs outputs 1 a digital input mono or stereo in AES EBU format or SPDIF can be connected on the female XLR socket and a digital output in AES EBU format is available on a male XLR socket e Itis possible to select which input analog inputs or digital input is fed to the encoder for transmission On the receiving side the decoded signals are output both on the analog and digital outputs Ethernet interface 13 This socket is a 100BaseT 10BaseT port used for audio transmission over IP and or for remote controlling the unit This RJ45 socket is devised for a normal straight cable to an Ethernet hub or switch The two integrated LEDs show the presence and activity of the network green LED and the interface mode half duplex yellow LED off or full duplex yellow LED on The configuration of the interface is described in 3 4 Initial setup of the Ethernet interface ISDN 1 and POTS socket marked ISDN 1 POTS 5 This RJ45 socket allows the connection to the ISDN for the product versions which include this capability The wiring is for connecting an SO BRI ISDN line using a standard RJ45 cable Only this socket has to be used when only one line is needed links using one or two B channels which includes the operation
55. AUDIO INPUT 3 AUDIO OUTPUT g Input Levet Output Level 164E Input Impedance Decoder Mute Loft Input Source Decoder Mute Right AES Sampling Rate AES Synchro HEADROOM 2 AS Headroom 1248 SNAPSHOTS 2 Analog inpuis AES im L After changes on the audio parameters make sure to save the changes clic ae Maca AUDIO SYSTEMS Like the Status page this page ing the Save button ALARM 0 Tx ie 18 24 This page includes the management of snapshots memorizing the parameters controlled in this page To create a snapshot based on the current settings click the Create new button and enter a name for the snapshot The other buttons can be used after selecting an existing snapshot Click a snapshot its parameters are recalled in the fields of the page but yet no change is done Then you can the icons but one frame at a time e Click the Load button and directly apply the snapshot buttons but one frame at a time e Click Delete to remove the selected snapshot from the lis SCOOP 5 User Manual the Save buttons warn of this Click the Cancel button to simply come back to the previous situation also possible using t also possible using the Save t of snapshots 93 aN MAETA AUDIO SYSTEMS 5 8 Coding tab The Coding tab groups the selection of the algorithm an
56. BA MAETA AUDIO SYSTEMS 6 1 16 Digital I O interface This 15 pin female sub D socket provides the GPIO signals described in 2 4 2 Transmission of GPIO The pinout is shown in the following table Function Signal and power ground GPI 3 GPO 3 GPI 4 GPO 4 GPS GPO 5 GPI6 GPO 6 GPI 7 GPO 7 GPI 8 GPO 8 Note the GPIO index starts at 3 because indexes 1 and 2 are allocated to the relays see above info 5V of internally supplied power supply The GPIO signals do not have galvanic isolation as the relays They feature the following characteristics Characteristics Min Nominal Max Notes GPI voltage low level active 0 5 V OV 1V GPI current 0 V 110 yA GPI voltage high level inactive 3V 5V 7V 1 GPO voltage low level active OV OV 0 55 V GPO current low level active 32 mA GPO voltage high level inactive 5V 6 5 V 2 1 An input pull up ensures a high level if the GPI are open not connected 2 The GPO are open drain and must be pulled up to 5 V nominal for the hig internal pull up ensures a 5 v voltage when they are inactive even with no external polarization 108 SCOOP 5 User Manual level but an AUDIO SYSTEMS 6 1 17 AC power supply The unit is connected to mains via an IEC 3 pin socket and accepts a 8
57. DIO SYSTEMS 4 5 Setting up a link Two essential aspects have a major impact on the way that links can be managed with the SCOOP 5 First various types of networks are used for transmission Two cases differ from the others e The transmission in leased line mode is permanent without specific setup release procedures e The transmission over the ISDN can use two channels simultaneously or even more and so imply dealing with two or more destination numbers Second in ISDN mode the unit can also be operated as a double codec capable to transmit simultaneously two audio channels with 7 kHz bandwidth This has an impact on the operating mode 4 5 1 Setting up a link in ISDN mode Preliminary settings he network interface must be configured depending on the local ISDN line that is used thanks to the ISDN Parameter sub menu Setup Network ISDN Parameter Protocol he default setting is Euro ISDN also known as ETSI protocol Change this setting if another protocol is needed in your location Local address n some cases it may be necessary to set the local address or local ISDN number of the line and or it is possible to assign a sub address to the codec he local number allows multiple subscriber numbering or MSN This number is usually the number remote equipment must dial to call your equipment Configuring this number in the equipment is not mandatory if the equipment is directly connected to the pu
58. DIO SYSTEMS You can then also check that the unit is seen on the network and at the right address from a computer connected to the same network enter in the command mode or console mode depending on the OS ping ipaddr where ipaddr is the IP address of the SCOOP 5 If the response is positive then you can proceed with the rest 3 4 4 Optional configuration of the link Ethernet layer With factory settings the Ethernet interface is set for an auto negotiation of the link mode speed 10 or 100 Mbit s and half duplex or full duplex This setting is suitable for almost all situations and usually you don t need to change it However in the rare cases where this is needed it is possible to set the desired mode manually use the menu Setup Network Ethernet Parameter Link Mode The available choices are e Auto negotiation standard setting e 100BaseT full duplex e 100BaseT half duplex e 10BaseT full duplex e 10BaseT half duplex Whenever this setting is needed it must be done before the IP configuration described above 3 4 5 Configuration of the secondary Ethernet interface In case an external USB Ethernet adapter is used to provide an additional interface see 2 5 4 an initial setup is also required for this interface The procedure is similar to that for the main integrated Ethernet interface e First plug the adapter on the USB Interface e Connect the Ethernet interface to the network using
59. Detailed operating mode User interface In local mode the unit is operated thanks to a keypad and display on the front panel The display is a backlit graphic LCD Operating from the keyboard can be protected by a password numeric sequence that can be programmed or erased by the user In such case the operation is in a restricted mode without direct access to settings or dialling Only the profiles menu is accessible for loading a profile or call a remote profile see later in 4 7 Restricted operation mode for more about the restricted mode 4 1 Equipment start up When the unit is powered but in standby blue LED on press the key for at least 3 seconds to start up the unit During start up the unit displays temporary messages This initialisation lasts around 30 seconds Then the main menu is displayed lt MPEG L2 Network Current K interface coding On this base screen transmission and reception audio levels are permanently monitored for the two audio channels At this time the unit can be operated and receive calls It is also possible using the menus to change settings and or set up calls If the unit has been set in restricted access mode for recovering full access to all menus type directly the password numeric sequence and the device unlocks as soon as the last figure of the password is pressed See further in 4 7 how to use and manage this restricted
60. Enter the PIN code of the SIM card using the keypad and press This is useless of course if the card s PIN code is blank or disabled The network access must be configured using the Mobile Parameter menu Setup Network Mobile Parameter see details in page 56 Mobile Parameter e Select the mobile phone mode Mode Cellphone e f needed select the network type Network Mode In doubt select Auto which fits most situations e The Network Operator sub menu allows you to choose among the available operators if your mobile subscription allows you to do so e Other settings Network Quality Access Point are meaningless for a telephone link Calling a mobile number To set the link first set if not already done the unit in mobile access mode menu Setup Network Change Network Mobile Int If needed come back to the base screen using E O Note that the display now shows you the network type example 3G and the radio reception quality Press I display the root menu and you get more details operator name more specific technology example HSPA Enter the destination number and press An error message is displayed in case of a failure of the link establishment or on a remote release To come back to the base screen press E or Receiving a mobile phone call Receiving calls is simple When a call is received the SCOOP 5 unhooks and the link is set up Im
61. IP mode Setup Network Change Network Ethernet and set the desired encoding format SETUP Algorithm etc O Note that you can get a fast setting by simply selecting one of the recently used configurations displayed otherwise select Other for a new configuration hen enter the IP address and press the key When operating in this way it is recommended to disable the SIP registration SIP Registration parameter in the AoIP Parameter sub menu see on page 51 Calling via a SIP server his is the technique when both units are registered on a SIP proxy server In this case each unit is identified by its SIP URI in the form username sipservername like an email address There is no need to know any IP address and hence there is no problem if the IP address of a unit changes for whatever reason o set the link first set the unit in IP mode Setup Network Change Network Ethernet and set the desired encoding format SETUP Algorithm etc hen enter the SIP URI of the unit to call and press the key It is often possible to dial the short form username omitting the sipservername when the device is itself registered onto the same sipservername server 1 Use the key to switch the keypad mode numeric lowercase uppercase 70 SCOOP 5 User Manual Cysera AUDIO SYSTEMS Receiving calls This is very simple in both cases direct peer to peer link or SIP server There is
62. OP 5 2 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 1 1 Install and connect SCOOP 5 Plug on a power source the SCOOP 5 automatically starts up To put it on stand by or restart it press the key top left corner on the front panel for at least 3 seconds Connect the necessary audio interfaces details page 29 Connect SCOOP 5 on the transmission network details page 29 Jand following Using the SCOOP 5 menus IE key or key to activate the main menu use the arrows to select a sub menu or a parameter enter or validate with the key IE jumps back up to the previous menu level until getting back to the base screen with level display details page 44 1 2 Audio settings With factory settings the active inputs are the analog ones and clipping level is set at 16 dBu for both inputs and outputs o Enter the menus using select Setup then Audio Perform necessary settings see details further on page 59 1 3 Select and set up network to be used wired networks Select network Setup menu then Network then select Change Network In the proposed choice select the desired network ISDN LL Ethernet POTS Validate with o Select the audio coding menu Setup Algorithm then Other then Browse the available choice with the arrows and make a selection with Restart the same procedure to change for another coding setup The available choice depends on
63. SCOOP 5 the unit must be powered off for this and connect at least one antenna to the unit See how to proceed on page 32 Drawer for SIM card 6 f Power up the codec enter the sub menu Setup Network Mobile Int Mobile Parameter PIN Enter the PIN code of the SIM card using the keypad and press This is useless of course if the card s PIN code is blank or disabled If you use a mobile access USB module insert the SIM card in this device refer if needed to its dedicated literature and plug the USB key in the back of the unit After a while the module is detected and appears in the list of the network accesses under the name Mobile 1 or Mobile 1 Ext In all the instructions in this chapter replace Mobile Int by this name allocated to the USB device The network access must be configured using the Mobile Parameter menu Setup Network Mobile Parameter see details in page 56 Mobile Parameter e Select the packet data mode Mode IP Mode e f needed select the network type Network Mode In doubt select Auto which fits most situations Avoid giving the priority to GSM as its performance is poor e The Network Operator sub menu allows you to choose among the available operators if your mobile subscription allows you to do so e Go to the sub menu Access Point APN enter the APN code of the operator using the keypad then e If required enter the
64. Tools About Note that as an additional advantage with DHCP you do not need to change this setting later even if you move the codec to another network as long as it is still connected to a DHCP server 3 4 2 Static IP configuration When there is no DHCP server you have to enter the settings manually The IP address must be available i e not already assigned to other equipment Ask support from the network administrator s as needed First select the manual mode menu Setup Network Ethernet Parameter Mode Manual Then still in the menu Setup Network Ethernet Parameter you must enter the following parameters Parameter Notes Local IP Must be unique on the network Subnet Mask A typical value is 255 255 255 0 Gateway DNS Server 1 Domain Name Server main DNS Server 2 Domain Name Server secondary All addresses are in dot decimal format such as e g 192 168 0 12 10 0 54 123 Note in contrast to the configuration with DHCP the static setting has to be reviewed each time you move the unit to a new physical site network as the previous IP addressing is probably not valid for the new location 3 4 3 Checking the IP configuration The above configuration is kept in the unit s memory and reloaded at each start To check the setting you can read the IP address in the About menu Tools About Local IP 36 SCOOP 5 User Manual RA JAETA AU
65. a AUDIO SYSTEMS In order to use this operating mode two settings have to be done on the caller codec Select the network to use for backup menu Tools Misc LL Backup Backup Call e Activate the loop controlled backup menu Tools Misc Loop Control Backup Important notice when switching to backup mode the number called is the last dialled For this reason it is important to dial and call the backup destination in the desired mode at least once before setting the unit in its normal LL mode Receiver codec setup and operation The setup is easy on the receive side of the backup link as it is somewhat passive The backup receive mode must be activated via the menu Tools Misc LL Backup Backup Receive Once this is done when the codec is operating in LL mode on receiving a call on the backup interface the codec switches to the corresponding network mode answers the call and the connection is established with the remote codec Later when the temporary connection is released by the calling party the receiver codec automatically switches back to LL mode and normal operation is resumed Reminder in LL mode the codec accepts no incoming call whatever the network interface unless the backup receive mode is active Conversely once this is done the codec accepts incoming calls regardless of the network interface Thanks to the automatic coding algorithm detection SAS in ISDN mode or SIP
66. and is hazardous Never open or maintain the internal parts without first disconnecting the AC supply 3 6 2 Analysis of malfunctions The following table indicates the detected alarm conditions and their classification Alarm condition Internal External Power or fuse fault X ad start up of a microprocessor or X interface fault detected on start up Overload on an audio input Fault on AES EBU audio input Decoder synchronisation error etwork clock fault Table 7 List and classification of alarm conditions Excluding the case when an internal failure disables the management micro controller messages are displayed to indicate the anomaly or the fault can be searched using the menu Tools Status Minor alarms are readable on the display but do not trigger alarms contacts and LEDs 2 Fault of the network clock source currently used for synchronisation X21 X24 main port or secondary port 42 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 3 6 3 Using the test loops The test loops accessible from the Tools Maintenance Tests menu can help improve the analysis of a problem e In order to check if the audio part functions correctly use the Audio loop and check if the audio is OK at the output e To check if the coding part functions correctly activate Loop 3 and check if the alarm isappears and the decoding indicators come back to normal and if the audio
67. andwidth It is available for LL ISDN IP networks wired or mobile For leasedlines or ISDN three synchronisation modes are possible e Statistical recovery byte synchronisation method alias SRT e H221 synchronisation in this case 1 6 kbit s from the compressed data are used for this e H221 synchronisation and H242 protocol This is only available for the ISDN mode H221 synchronisation is highly recommended when possible as it features higher reliability and faster recovery time while degradation because of the bit rate used for framing is minimal H242 protocol the most flexible mode is recommended by the ITU T and is included in J52 However the mode with H221 synchronisation but without H242 protocol can be useful for compatibility with old generation codecs which did not use this protocol No specific synchronisation is required for the IP mode 2 2 6 TDAC coding Application commentaries mono music via ISDN with only one B channel The SCOOP 5 can also include the TDAC algorithm TDAC is for Time Domain Aliasing Cancellation this is a transform coding based on an MDCT Modified Discrete Cosine Transform encoding a 15 kHz bandwidth mono signal at a 64 kbit s bit rate TDAC is available as an option only for the ISDN mode 2 2 7 4SB ADPCM coding Application commentaries mono or stereo music Low latency 4SB ADPCM operates either in mono at a 128 kbit s rate or in stereo at 256 kbit s for a 15 kHz
68. ar capabilities as a wired IP connection via the Ethernet interface as described 2 1 1 above in with some distinctive characteristics e This requires a subscription including access to the data service with conditions compliant with the application Among other requirements an APN Access Point Name must be provided that allows this type of media stream e The available bit rate depends on various factors first the network technology 2G 3G 3G but also the traffic level in the radio cell the operator s network capacity possibly the type of subscription This may bring on restrictions for the usable compression algorithms e The multicast mode is not available on mobile networks e Setting a link implies first activating the data connection before actually initiating an audio stream transmission link Using an external USB module Instead of the integrated module it is possible to plug a USB mobile module or key in order to access mobile IP transmission with more or less similar conditions as described above However be aware e This capability is optional e The USB module must be from the list of devices supported by AETA As this list is evolving please check our web site for up to date information e The HD Voice mode is not available in this way e USB devices do not feature antenna diversity 2 1 6 Managing calls Apart the LL mode leased line which is for a permanent connection the audio tra
69. as a slightly different pinout as contacts 1 and 2 unused on a standard ISDN socket are allocated to the POTS interface 6 1 9 POTS PSTN interface Interface available as an option The telephone interface 2 wires is combined with the ISDN socket 1 using contacts normally unused of the SO socket The pinout on this socket is as follows Line Pin Signal 1 POTS 3 POTS line 3 T transmission EDN 4 R reception 5 R reception 6 T transmission 7 be 8 An adapter cable is provided with the POTS option in order to ease the installation This adapter features on one end an RJ45 plug to be inserted in the ISDN socket 1 of the SCOOP 5 On the other end it features a small block with two sockets e An RJ45 socket to be connected to an SO line BRI using a straight RJ45 cable e AnRJ11 socket to be connected to the POTS telephone line 6 1 10 Antenna sockets mobile networks Available on units equipped with the wireless option See also chapter 2 1 51 Mobile network access These sockets are used to connect one or two antennas one multiband antenna is included with the mobile network option The interfaces are male SMA female contact 50 Q impedance The internal mobile access module can operate in following bands Frequency band 2G GSM EDGE 3G 3G UMTS HSDPA HSUPA HSPA HSPA Specific versions exist for access to 4G LTE networks
70. ation memories or profiles e Tools Maintenance and miscellaneous functions access to status information Network Algorithm Remote Prof Root Local Prof Snapshots Status Maintenance The Setup menu leads to the following sub menus e Network selection and configuration of the network interface and parameters e Algorithm selection and configuration of the coding algorithm e Audio configuration of the audio interface and parameters The EJ menu for profiles leads to the following sub menus e Remote Prof selection and edition of remote profiles e Local Prof selection and edition of local profiles e Snapshots selection and edition of snapshots memories for audio parameters This menu is the only branch of the menu tree that is accessible even in restricted mode The Tools menu is itself divided in sub menus e About display information on addressing and firmware version e Status display information on the status or operation errors e Misc miscellaneous functions e Maintenance maintenance and test functions The following diagrams show the various sub menus and the available parameters 48 SCOOP 5 User Manual ae Maca AUDIO SYSTEMS 4 4 1 Network sub menu hange Network Ethernet Parameter AolP Parameter Network ISDN Parameter LL Parameter Mobile Parameter POTS Parameter The Change Network sub menu shows a selection among the available network
71. aying received SMS s sia eaS a E A GAG 5 Operating mode Embedded HTML pages 5 1 Accessing the SCOOP 5 html pages 5 2 Principles of operation with html pages 5 3 Status tab 5 4 Connections tab 5 5 Profiles tab 5 6 Network tab 5 7 Audio tab M 5 8 Coding MD sariranira inoar A EEAO EEEO EEDAN E SCOOP 5 User Manual AETA AUDIO SYSTEMS 6 7 8 5 9 Misc tab 5 10 Maintenance tab 5 11 Alarm tab 6 1 Characteristics of interfaces 6 3 Network protocols and ports 6 4 Power supply 6 5 Dimensions and weight 6 6 Environmental characteristics Os Fis PHONG EENE E D S EEE E E E ASAS 6 8 Accessories and related products 7 1 Additional information on the algorithms and protocols used 7 2 Overview of the SIP protocol 7 3 Some methods to deal with NAT routers and firewalls 7 4 V35 interface adaptation 7 5 Notice regarding open source Toda aiiai a Technical characteristics Ge2 AUDIO PerlOMMANCes AERONA AEAN A E EAA A EEA Annexes WG OX E NATIE A E N A AA AAN ve SCOOP 5 User Manual Cpsera AUDIO SYSTEMS 1 Presentation Getting started he SCOOP 5 codec allows the bi directional transmission of one or two audio signals with bit rate reduction over various transmission media digital leased lines ISDN lines PSTN telephone lines IP protocol networks he standard version of the codec i
72. bile access mode menu Setup Network Change Network Mobile xxx If needed come back to the base screen using E Note that the display now shows you the network type example 3G and the radio reception quality Press E display the root menu and you get more details operator name more specific technology example HSPA Enter the destination number and press From this moment you can set a call just like a call over the Ethernet interface see above in Setting up a link in IP mode via Ethernet e Call directly without a SIP server enter the remote device IP address and press the key e Use a SIP server enter the SIP URI of the remote device and press the key An error message is displayed in case of a failure of the link establishment or on a remote release To come back to the base screen press E88 or 6 Receiving a mobile IP call Receiving a call is basically the same as through the Ethernet interface but with some significant differences e SCOOP 5 must be connected to the mobile data service to be able to receive requests from the network such connection is somewhat equivalent to the physical connection of an Ethernet cable This connection is performed automatically by SCOOP 5 just before setting an outgoing call To make it manually and get ready to receive a call you must use the sub menu Setup Network Mobile Parameter Data Connection The Connected status is recalled
73. bit rate with this setting you can force a fixed bit rate In such case the Max Speed above setting becomes a fixed value Be aware you must be sure that transmission conditions will not require a lower speed otherwise you incur a synchronization loss in such eventuality SCOOP 5 User Manual 55 para AUDIO SYSTEMS Mobile Parameter This sub menu is only visible on units with the wireless option If more than one mobile access module is available example integrated module and mobile key on the USB socket then one such sub menu is presented for each module l PIN Save Network Quality Data Connect Connection Disconnect Auto Mobile Parameter Only GSM Network Mode Only UMTS UMTS first GSM first Network P Operator Available operators Ta KC username Point Username Password Network Status Hardware Display e PIN enter the PIN code allowing to use the SIM Card and access the network Entering this code is the first step necessary to operate the mobile access except if the code for the card is empty or disabled The usual safety rules apply to this setting so be careful not to lock the SIM card with repeated mistakes e PIN Save if this option is checked the unit saves the PIN code and unlocks the SIM card automatically when the unit is switched on It is recommended to disable this feature before changing for another SIM card and possibly another PIN However the
74. blic network On the other hand if the equipment is connected to a PABX the number s are offen required The PABX may also impose a unique number for each B channel within the same BRI interface In such a case refer to the characteristics and configuration of the PABX Proper configuration of the local numbers is essential and many problems in setting up links originate from mistakes or misunderstandings regarding this configuration In doubt leave this number blank This is usually appropriate for public lines Sub address SA This number differentiates several terminals connected to the same ISDN bus which are allocated the same call number s Thus it can be useful in case other devices are connected with the SCOOP 5 on the same line Whenever a sub address is set the unit will only accept incoming calls specifically directed to this sub address Most often the best setting is to leave this blank except in double codec mode where this setting is useful see further the processing of calls in double codec mode SPID This Service Profile Identifier is only relevant for the NI 2 protocol used by some operators in North America This number identifies the services of the ISDN line and usually includes the subscriber number or part of it This number is mandatory to operate the line and must be provided by the network operator 66 SCOOP 5 User Manual Cysera AUDIO SYSTEMS Calling an ISDN number To set the
75. characteristics of the SCOOP 5 The annexes bring miscellaneous additional information including an index you can use to look for a given information topic eeee The following table shows the main features of the product Functions marked with in this table are available as options Those marked with V are only available in units equipped with ISDN interface s SAS Aeta Audio Advanced Automatic Adjustment System SCOOP 5 User Manual 1 AUDIO SYSTEMS Characteristics Optional Operation modes Single wide band codec Double 7 kHz codec ISDN mode IP transmission interface Ethernet Interface 10BaseT 100BaseT TCP IP UDP IP RTP protocols Audio transmission in unicast mode SIP signalling protocol SDP RTP streaming Audio transmission in multicast mode RTP streaming Net bit rate 16 to 256 kbit s depending on coding algorithm Leased line transmission interfaces Two X24 X21 V11 V35 interfaces 28 192 256 or 384 kbit s over one interface selectable ISDN transmission interface One or two SO interfaces Single codec 64 128 192 or 256 kbit s or double codec 64 kbit s 5AS auto configuration on incoming calls Transmission interface on PSTN telephone line One 2 wire telephone interface POTS codec mode with integrated V34 modem and CELP coding 12 to 24 kbit s Mobile network access Integrated 2G 3G 3G LTE depending on version network access module 2 antenna soc
76. d but latency is increased Transmission Mode select here between SIP unicast or using multicast see also above in 2 1 1 IP multicast The following sub menus exclusively apply to the multicast mode Besides the SIP settings are not relevant for this multicast transmission mode Multicast Mode if the selected mode is Multicast the transmission is unidirectional Select with this menu if the codec must be sender of a multicast stream or rather receiver of such stream Multicast Control Port this port number UDP is used for sending control packets accompanying the multicast stream Default value is 6000 Multicast Audio Port this port number UDP is used for transporting the multicast audio stream Default value is 6001 Note this setting is not related to the RTP Port setting valid for RTP SIP Multicast TTL TTL value applicable to the RTP multicast audio stream Default 254 52 SCOOP 5 User Manual aN Maca AUDIO SYSTEMS LL Parameter LL Parameter Active Interface Notes Interface select the X24 V11 used for transmission interface 1 is the default interface ISDN Parameter This sub menu is not available on versions with no active ISDN interface Euro ISDN Protocol Local Number 1 Local Number 2 Local Number 3 Local Number 4 RNIS one nnn Parameter Ta Sub address 1 Sub address 2 Single Codec Double Codec Codec Mode Notes e Protocol NI 2 is used in No
77. d its parameters as well as the auxiliary functions See details on all these parameters in 4 4 2 Algorithm sub menu and 4 4 7 Misc sub menu STATUS CONNECTIONS PROFILES NETWORK AUDIO CODING MISC MAINTENANCE ALARM 0 P ALGORITHM g AUX FUNCTIONS j Algorithm T252 i Data Channel Channel Modo Dvel Mono E Baudrato Sampling Rate 24kHz i Relays Bitrate T25KBWS i FEC 0 The available coding algorithms depend on the current network interface and the installed options such as e g the AAC codecs The coding parameters depend on the algorithm and the network interface This is also true for the auxiliary functions Remember to save the changes clicking the Save button 94 SCOOP 5 User Manual ae Maca AUDIO SYSTEMS 5 9 Misc tab This Misc tab everal settings that can be found in the Misc sub menu of the front panel user interface see Misc_su enu auto redialing configuration and activation loop control STATUS CONNECTIONS PROFILES NETWORK Aubo CODING Misc AUTO REDIAL 3 Auto Redial Codect Auto Radial Codec Redial Attempts Time before dial prLoop CONTROL g Loop Control pr LL Backup g Backup Call Backup Receive NTP Server poolrp org Other NTP Server It is also possible to configure a NTP server this kind of server provides a time reference from the Internet or a server on the local network useful and recommended for th
78. daptation cable is needed in such V35 interface adaptation le Sub D connector The following table shows the pinout Signal Internal alarm Common Transmitted data Transmitted data Internal alarm NC Internal alarm NO Received data Received data Indication ndication Received clock Received clock External alarm NO External alarm NC Electrical ground External alarm Common The bold text refers to the alarm contacts Both are form C type The NO terminal is open when the alarm is set otherwise it is connected to the Common terminal The NC terminal is connected to the Common terminal when the alarm is set otherwise it is open The current and voltage handling capabilities of the relays static type are Maximum output current Maximum output voltage Resistance of output loop Isolation 120 mA 350 V peak lt 352 gt 1500 Vers The codec does not transmit a C signal and the signal has no effect The codec can also be connected to a V35 interface a specific adaptation cable is needed in such case The connection is described in Annex V35 interface adaptation 102 SCOOP 5 User Manual AUDIO SYSTEMS 6 1 8 ISDN interfaces These interfaces are not available for all versions The sockets are ISDN SO interfaces BRI the supported protocols are ETS Euro RNIS NI 2 or NTT Socket 1 h
79. diagram of the equipment The audio signals to be transmitted are converted when needed to digital format then the encoding function reduces the bit rate using a selectable algorithm the resulting bit flow is sent to one of the available transmission interfaces Ethernet interface permanent link data interfaces X21 X24 V35 ISDN interface s PSTN interface mobile network The transmission interface functional block also extracts compressed data coming from the network and sends them to a decoding block that reproduces uncompressed audio data Last the audio signals are output to both digital and analogue outputs Monitoring the audio interfaces is possible thanks to a headphone and level meters for the inpts outputs In addition to the main task of transmitting an audio programme the SCOOP 5 can also transmit auxiliary information usually by embedding them inside the transmitted audio streams Supervision and controlling the unit is performed using various remote control interfaces and of course by means of the displays and controls on the front panel 6 SCOOP 5 User Manual AUDIO SYSTEMS 2 1 Transmission interfaces The SCOOP 5 features in all versions an Ethernet interface for IP protocol networks and leased line transmission interfaces X24 V11 One or two ISDN come in addition on some versions PSTN POTS and mobile network access is optionally available 2 1 1 Ethernet IP interface The IP interface is a 10BaseT
80. ds or with other mobile terminals The quality is in such case that of mobile connections with a 300 3400 Hz bandwidth and coding such as GSM EFR AMR Now many mobile networks also propose HD Voice an extension of this mobile telephone service With this new capability compatible terminals implement the AMR WB coding algorithm standardised as G722 2 by the ITU T and provide speech transmission with a 50 7000 Hz bandwidth and a quality very similar to the well known G722 Automatic fallback to the standard coding takes place if the network does not support the service or one of the terminals does not feature this capability No special subscription other than to the regular telephone service is needed but for most operators only the 3G 3G base stations support the service This sometimes makes people believe that HD Voice is related to the mobile IP service but this is definitely not the case More and more mobile phones now support this service especially but not only and not all smartphones All AETA codecs in Wireless version support HD Voice namely e Scoopy HD except old units in doubt consult us e SCOOP 4 in wireless version e ScoopFone HD e scoop 5 SCOOP 5 User Manual 11 BA MAETA AUDIO SYSTEMS Mobile IP mode The other service available with mobile access is the data packet transmission mode abbreviated as PS for Packet Switched with IP protocol This mode brings simil
81. e above this coding further enhances the performance for a stereo program not available for mono The bit rate is limited to 128 kbit s for this variation AAC codecs are available as an option for ISDN and wired or mobile IP networks SCOOP 5 User Manual 17 BA MAETA AUDIO SYSTEMS 2 3 Audio interfaces 2 3 1 Analog interfaces he analogue inputs and outputs are balanced and the input and output gains are adjustable he input to the encoder is selectable between the digital audio input and the stereo analogue input he output from the decoder is always provided on the stereo analogue output he sampling frequency of the analogue lt digital converters is automatically set depending on the coding algorithm used for transmission 2 3 2 Digital interfaces he equipment also provides digital audio inputs outputs in AES EBU format he input to the encoder is selectable between the digital audio input and the stereo analogue input he output from the decoder is always provided both on the digital output and the stereo analogue output he digital audio interfaces are usually locked to the digital audio input genlock mode but alternatively they can be synchronised to the internal clock reference of the codec mode called Master Sampling rate conversion is automatically performed whenever needed depending on the coding algorithm used for transmission As an important consequence the selection or value of
82. e absolute time stamping of the events in the log see further 5 10 5 Event log page If such a server is available and accessible via the Ethernet interface enter its address in the NTP Server field A few public servers are also proposed in the dropdown list A reboot is needed for this setting to become effective Remember to save the changes clicking the Save button 1 Note to be able to use these servers 1 access to the Internet from the codec must not be restricted 2 a DNS must be set so the symbolic names can be resolved SCOOP 5 User Manual 95 aN MAETA AUDIO SYSTEMS 5 10 Maintenance tab his tab leads to a selection between several pages dedicated to maintenance aspects 5 10 1 Login data page his page is for setting the password for logging in the html pages In a classic way to set up a password you must first enter the current one and then enter the new one and confirm it emember to save the change clicking the Save button Reminder this password has no relationship with that for unlocking the restricted access on the keypad display front panel interface If you lose the password using the front panel interface of SCOOP 5 perform a complete reset of the settings or a complete factory reset The passwords front panel and html access are then reset as well as the other parameters in the unit 5 10 2 Tests page his a alte the sam
83. e choice as the Maintenance Tests sub menu see in 4 4 8 and 2 5 8 est functions the description of the various test loops available O Do not forget to disable the test loops setting None to come back to normal operation 5 10 3 System update page his page allows to upload a system update file into the unit and update the unit s firmware For an update the file must be provided to you by AETA or possibly your distributor dealer The procedure is rather simple e From this page click Browse find and select the update file e Click the Update button e The process begins and a warning message is also displayed on the SCOOP 5 front panel e Wait for the completion of the update Normally the unit should reboot by itself at the end of the process e Once the unit has restarted perform a complete Factory reset This procedure requires maximum care because such update always implies some risk Please note these additional recommendations e Beforehand backup export the recorded profiles and snapshots if you would like to use them again afterwards e Make sure the link between the control computer and the SCOOP 5 is stable no undesirable interruption during the process e Make sure the SCOOP 5 is not powered off and its Ethernet interface is not disconnected during the process do not use its keypad during the process e Re import your profiles and snapshots after the update
84. e for IP transmission Many available options can be added to complement the capabilities of the SCOOP 5 Note for IP or leased line transmission and when the application does not require a front panel interface AETA also proposes the SCOOP 5 IP which features a front panel with no control element and is controlled only by remote For more information refer to AETA web site and the dedicated documentation for this product 6 7 1 Network options For adding more types of network interfaces the following options are available Ordering code Option Description 80 00 211 01 2B ISDN Addition of one ISDN interface for 64 or 128 kbit s transmission 1 or 2 B channels 80 00 211 02 4B ISDN Addition of two ISDN interfaces for 64 to 256 kbit s transmission 1 to 4 B channels 80 00 193 21 Wireless Addition of the mobile network access 80 00 193 01 POTS codec Addition of the POTS PSTN interface 80 00 193 31 Wireless POTS codec Mobile and POTS interfaces 6 7 2 Other options Ordering code Option Description 80 00 192 51 AAC Addition of AAC coding algorithms AAC LC HE AAC and HE AAC v2 80 00 19201 TDAC Addition of the TDAC codec 80 00 194 01 12V DC power Additional 12V DC power supply input 80 00 196 01 Coordination channel Auxiliary coordination channel 114 SCOOP 5 User Manual AUDIO SYSTEMS 6 8 Accessories and related products The SCOOP Sis delivered with a
85. e the issues related to NAT routers because most SIP proxies are capable to detect the presence of NAT routers and or deal appropriately with their traversal If a SIP server is available and once the codecs are registered on this server e Any registered codec can call another registered codec regardless whether there is or not a NAT router on the path e The identifier SIP URI is stable and does not depend on the location of the called agent mobility feature It is possible either to use a public server on the Internet or to install a private server accessible via the Internet Advantages Drawbacks Each codec can initiate a session Installation may not be easy private Each codec can receive calls server Identification is simple and location time wise Reliability of server questionable public stable server Security a private proxy can be linked with a firewall Also works with symmetric NAT routers Interoperation with telephony over IP Method suitable for mobile network access For a fast implementation you can use SIP accounts on AETA s SIP server sip aeta audio com This server is dedicated to a professional broadcast usage and housed in a safe site available 24 7 Contact AETA for subscribing SIP accounts 1 Depending on the access control policy a server may accept outgoing calls to third party domains or accept incoming calls from non registered agents
86. ed on a mobile network SCOOP 5 can display SMS received on the SIM card s subscriber number The operation is very simple on receiving the SMS the text is directly displayed on the screen mele of an received on Whenever the complete message cannot be displayed on the screen use the arrows to scroll the message and read all the text After the message is read press IE to come back to the normal display Caution the message is now cleared and it cannot be displayed again If you do not want to display the received SMS you can disable this feature go to the sub menu Tools Misc Aux Functions and disable the SMS parameter SCOOP 5 User Manual 83 Cysera AUDIO SYSTEMS 5 Operating mode Embedded HTML pages The embedded html server in SCOOP 5 provides a comfortable and efficient means to control and monitor the unit It just needs the SCOOP 5 to be connected to an IP network and to be reachable from a computer or another device with an html browser tablet smartphone In the most common case the two devices are connected on the same local network LAN But it is also possible to control the SCOOP 5 by remote provided that the control device can reach it TCP IP port 80 HTTP protocol If you also have a secondary Ethernet interface using a USB Ethernet adapter each of the two interfaces can be used for this remote control access This control mode is usable regardless of the OS of the control unit and t
87. er to the operator in doubt The provided antenna covers the 900 MHz 1800 MHz 1900 MHz 2100 MHz bands It is compatible with almost all the 2G and 3G 3G networks in Europe USB socket 3 This host socket allows the connection of a peripheral device e g a mobile access USB module or key in order to access mobile IP transmission Refer to chapter 2 1 5 about this function can be plugged for providing a secondary Ethernet IP remote r this topic As another use an Ethernet control interface see chapter Remote control serial port Remote 12 This 9 pin female sub D socket is an asynchronous serial interface port usable for remote controlling the equipment thanks fo a control and supervision PC For this capability refer to 2 5 3 Remote control via a serial port or TCP IP 32 SCOOP 5 User Manual RA Maca AUDIO SYSTEMS Auxiliary data serial port Data 4 AUX socket 15 2 4 2 Digital I O socket 14 his 15 pin male sub D socket is the interface for the GPIO transmission function as described in his 9 pin female sub D socket is an asynchronous serial interface port usable for transmission of a bi directional data channel refer to 2 4 3 above Data channel his 25 pin female sub D socket groups the interfaces for the relay transmission function described in 2 4 1 and the optional coordination audio channel optional cf It also incl
88. ers 110 SCOOP 5 User Manual AUDIO SYSTEMS 6 2 5 Total distortion vs frequency and level Total distortion relative to maximum level or THD N is less than 82 dB over the whole audio bandwidth 20 20 000 Hz This performance holds for audio signals from 80 dB to 1 dB relative to the maximum level 16 dBu 6 2 6 Crosstalk Crosstalk is less than 80 dB over the whole bandwidth 6 2 7 Gain and phase difference between channels The gain difference between channels is less than 0 3 dB over the whole bandwidth for any sampling frequency The phase difference between channels is less than 3 degrees over the whole bandwidth for any sampling frequency SCOOP 5 User Manual 111 AUDIO SYSTEMS 6 3 Network protocols and ports The SCOOP 5 implements or complies with the following protocols non exhaustive list Physical and link layers Ethernet 100BaseT 10BaseT Network Transport layers IPv4 TCP IP UDP IP RTP IP Application HTTP Telnet DHCP STUN NTP SYSLOG Audio transmission SIP signalling SDP RTP RTCP RFC3550 3551 RFC3640 Compliant with EBU recommendation Tech 3326 interoperability of audio codecs for contribution The ports used by the device are the following Type Port Designation Dir Notes 80 HTTP S Embedded html server TCP 6000 Control s Remote control command line mode used by Scoop4Man and TeleScoop 123
89. ers with various selection or entry modes for these parameters grouped in blocks each surrounded with a frame On the right side a text area provides additional help and hints As a general rule the displayed parameters are read when accessing the page and are not refreshed automatically To force a refresh click the icon the data in the area or frame are read and refreshed Exception some data on some pages is however periodically and automatically refreshed This makes a modest bit rate but you should exit the html pages if you want no traffic at all on the path between SCOOP 5 and the control device Two tabs have a specific behavior e Status is accessible without a login and some data are updated automatically e Alarms is also updated automatically and switches to red when an alarm triggers showing the number of issues detected You can then check for details by clicking the tab Access to the tabs other than Status requires loggin in beforehand If you click a tab without being logged in the login dialog box opens to allow you to enter the connection password If it is blank just click the Login button 1 This is on purpose in order to avoid a permanent high rate of queries to the unit which may be questionable in some situations SCOOP 5 User Manual 85 aN MAETA AUDIO SYSTEMS 5 3 Status tab This tab leads to the Status page which is also the home page It pro
90. es a large keypad a backlit graphic LCD and various LED indicators for essential status information 2 5 2 Embedded html server web pages SCOOP 5 provides html pages that enable full control using a web browser via port 80 default port ithe detailed operation mode or the HTTP protocol See on chapter 5 his control mode can be used from any computer regardless of its OS or a mobile device with a web browser and the embedded pages are compatible with all current browsers No software installation is needed on the control device 2 5 3 Remote control via a serial port or TCP IP Another remote control mode makes use of a dedicated protocol AARC via a TCP IP connection on CP port 6000 This command line mode is used by codec pool management systems such as Codec Live MDC net etc his interface can also be operated using AETA s TeleScoop software nstead of TCP IP over the Ethernet interface it is possible to use the RS 232 serial remote control port available on the unit 2 5 4 Additional Ethernet IP interface It is possible to get a second Ethernet IP interface by plugging a USB Ethernet adapter on the USB socket This interface can be used as a remote control port html pages via port 80 or command ine mode via port 6000 as an alternative to the normal integrated interface It should not be used for other functions audio over IP 2 5 5 Loop control and status n addition the equipment feat
91. hange or a SIP proxy SIP server gt maximum versatility at the expense of some initial effort for installation Reminder the SIP protocol always used by AETA codecs does not impose the use of a SIP server Codecs can set up point to point links using this protocol in the above described conditions When no SIP registrar is involved the identifiers are simply the IP addresses of the codecs SCOOP 5 User Manual 123 RA MAETA AUDIO SYSTEMS 7 4 V35 interface adaptation This annex indicates the proper connections to use when interfacing the SCOOP 5 codec to DCE equipment using a V35 interface In the connection table below the three leftmost columns show the pin allocation on the 15 pin connector of the codec The two columns on the right indicate the pinout on a 34 pin V35 connector or a 37 pin sub D connector Consult the DCE documentation for other connector types Only the bold indicated signals need be connected leave other pins unconnected However the frame ground pin 1 may be used for connecting the shield of the connection cord i Pin number Picts Pin Signal Function V35 signal 34 pin 37 pin ignals direction connector connector G Signal ground _ 102 SG B 19 15 F 14 aa Sa 6 lt Data clock 115a RETA V 8 Sb 13 e Data clock 115b RETB X 26 la 5 E lb 12 oe Ra 4 Received data __ 104a RDA R 6 Rb 11 e Received data __ 104b RDB T 24 3 10 Ta 2 gt
92. have a SIM card with a subscription suitable for the use Specifically for an IP mode transmission the subscription must include access to data transmission and RTP audio streams must be allowed While the unit is switched off insert t he SIM card into the drawer on the rear side of the SCOOP 5 Switch on the SCOOP 5 depress a few seconds Enter the menu Setup Network Other Network Mobile Int Mobile Parameter PIN Enter the PIN code for the SIM card using the keypad then 1 4 1 Set up a link in voice mode This mode allows communicating with any telephone terminal through the regular telephone service It also allows to benefit from the 7 kHz wide band service known as HD Voice whenever the remote terminal is compatible and the network supports the service In the menu Setup Network Mobile Parameter select Mode Cellphone Afterwards go to the menu Setup Network Mobile Parameter Network Settings Preferred Technology Auto The Network Select menu enables you to select among the available operators if your mobile subscription entiltes you to do so Enter the remote number to dial using the keypad and press the key Hang up with the 7 key to release the connection you must confirm by pressing again 1 4 2 Set up a mobile IP link A Over a public IP network and especially when no SIP server is used it is highly recommended to use a STUN server The address of a STUN server ca
93. he embedded pages are compatible with all common browsers No software installation is needed on the control position 5 1 Accessing the SCOOP 5 html pages Once the SCOOP 5 is connected on an IP network the first step is to get its IP address from the menu Tools About Local IP Then on the control device launch the html browser and enter the IP address of the SCOOP 5 in the address or URL field This gives access to the html server integrated in SCOOP 5 The page which is displayed is similar to the following picture Connection SINUS Connecrions PROFILES NerWoRK AUDIO _CoumiG Misc MAINTENANCE ALAR 0 it Rofesh Al es anguage eon z at selection Cre tro net nee PEG mi tamaan mons Bieren 2552552550 ss on 0020284 ro one aoma mue om a omame prp pa on sing coo SP Region on SP Regstar SP User Spss Regsranon osae ame If needed select another language by clicking the suitable flag this choice is not linked to the language selected for the menus on the front panel interface The home page displayed above is the Status page which provides an overview of the unit status but allows no action on it This is the only free access page with no limitation or access control To access the other pages you must log in and get for the control device an exclusive access Any connection request from another device will remove this access To log in enter the password and c
94. he identification of the destination is its IP address this is not as stable as a SIP URI as it may change depending on the location or time with dynamic addressing e The two codecs must have open access to the Internet or otherwise the link must be made possible by unlocking if necessary the appropriate routes and ports conversely when using a proxy such allowances can be restricted to the server connection for a better control on the access security e Most often the gateways perform address translation NAT which is an a priori issue for UDP protocols such as implemented for real time audio links Proxies can help dealing with this issue but without such servers it may be rather difficult to work around such obstacle The following chapter provides some recommendations about this 118 SCOOP 5 User Manual Cpm AUDIO SYSTEMS 7 3 Some methods to deal with NAT routers and firewalls Problems arise when the desired connection has to go through a NAT router and or a firewall that blocks a direct IP communication This is a very common issue especially if one needs to set up a transfer via the Internet It is impossible here to describe in details the possible ways to deal with this problem but the following just shortly discusses some typical solutions Most probably a network administrator should be consulted for support and for granting adequate network authorisations and or privileges The most classical issue
95. he line on the calling codec side Otherwise every time the called party will hang up the calling codec will redial and reset the link It is possible to program the time period that the unit will wait before redialling after a failed trial and it is also possible to program the maximum number of times the codec will redial before giving up The activation of this function and the configuration of its parameters can be found in the Auto Redial sub menu Tools Misc Auto Redial In dual codec mode the function can be activated separately for each codec 38 SCOOP 5 User Manual Cpm AUDIO SYSTEMS 3 5 3 Loop control In normal operation outgoing calls are sent or released using the menus and or the remote control interface When the loop control function is selected outgoing calls are controlled by activating or not optically isolated input loops One loop is available for each codec when in double codec mode When the input loop is activated i e current is flowing the corresponding codec establishes a link by calling the last number or IP address or SIP URI in the IP mode previously dialled by the unit When the loop is de activated the codec releases the line and stays idle as long as the loop is not active except if receiving an incoming call In normal operation it is nevertheless possible to release a running connection by briefly activating pulse the control loop The auto redial feature is impl
96. his E shou d be set on the Receiver codec for a backup link see 3 5 4 Setting up a backup link More generally it can be used to accept incoming IP or ISDN calls even when the unit is on LL mode SCOOP 5 User Manual ae Maca AUDIO SYSTEMS 4 4 8 Maintenance sub menu On one hand this_sub menu_allows_ managing the restricted access mode whihc is specifically described further in 4 7 Restricted operation mode On the other hand it allows activating test loops as described in 2 Test functions 5 8 User Access Reduce Access Maintenance Audio Feedback Loop2 Network Loop3 Codec For setting up the restricted access first you must set a password that will be needed to later unlock the device and for this use the Password sub menu To activate the restricted mode select the User Access sub menu and confirm by selecting Yes Then you must enter the password to lock the unit this in order to make sure you know this password The unit immediately enters the restricted mode and will stay in this mode even after a power cycle or reboot until it is unlocked using the password If you lose the password it is still possible to apply a complete factory reset this will also clear the password and restore full access The various methods are recalled in chapter 4 8 further Clearing all settings SCOOP 5 User Manual 65 aN MAETA AU
97. ials negotiates with the remote unit the bit rate this phase can last several seconds and sets up the link and the coding A message is displayed in case of a failure of the link establishment or on a remote release To come back to the base screen press E or Receiving a POTS call Receiving calls is simple When a call is received the SCOOP 5 unhooks and the link is set up after the negotiation of the bit rate with the calling unit this can last several seconds Important notice the unit can receive and accept incoming POTS calls even when its current network interface is not the POTS line provided it is not already busy with an established link On the other hand it will ignore such calls if it is running in LL mode or if the Backup receive mode is active for details see above 3 5 ajs etting up a backup link Releasing Hanging up To stop a link press the key Press a second time to confirm this is for safety in order to avoid releasing by mistake Quick redialing Once a remote device has already been called it is easy to recall it press the key then you can scroll through the call history using the arrows Press again the key when the desired number is highlighted This is especially efficient for quickly redialling the last called number SCOOP 5 User Manual TS RA MAETA AUDIO SYSTEMS 4 5 5 Setting up a link over a leased line There is no specific procedure
98. icitly active when loop control is active the codec tries to keep the link and automatically recalls the remote unit if the line drops as long as the input loop is active The time before redial parameter described in the above is also applicable to the loop control mode On the other hand the redial attempts parameter is not applicable here because the unit will always try to recover the link until the loop is left inactive O Note that as an important consequence when using loop control the termination of a link must always be done on the calling party side by de activating the input loop Whenever the line is released by the receiving party the calling unit will redial and re establish the link When loop control is active the input loops are the only means of setting up an outgoing call setting a call from the menu is not allowed Hanging up with the keypad is rejected Remind that the first step is to set up the link once in normal mode and later activate the loop control mode afterwards the input loop is used to trigger a redial to the previous number In LL mode the link is always active Loop control in this case can be used to control a call via a backup IP or ISDN link see further in 3 5 4 Setting up a backup link SCOOP 5 User Manual 39 BA MAETA AUDIO SYSTEMS 3 5 4 Setting up a backup link The SCOOP 5 has the capability for backing up a permanent leased line audio link than
99. imum latency On the contrary it should be avoided for a link via the Internet as it can only tolerate a low jitter One solution can be to start with a MIDDLE setting and switch to the LOW setting if too much audio disturbance is heard Quick redialing Once a remote device has already been called it is easy to recall it press the key then you can scroll through the call history using the arrows Press again the key when the desired number is highlighted This is especially efficient for quickly redialling the last called number Releasing Hanging up To stop a link press the key O Press a second time to confirm this is for safety in order to avoid releasing by mistake Links with IP phones SCOOP 5 is compatible with IP phones that use the SIP protocol many on the market do The algorithm used in this case is commonly G711 but a few IP phones also accept G722 Note that IP phones include software SIP phones implemented on computers also called softphones or smartphones SCOOP 5 User Manual 71 BA MAETA AUDIO SYSTEMS Multicast mode transmission On a network that can support it the multicast mode can optimise the resource usage when an audio stream has to be distributed simultaneously to several destinations Contrary to the normal bidirectional unicast mode this mode is unidirectional one sender encoder sends a stream towards a multicast group address and one or seve
100. ing the access to the network and services The SIM card must be inserted while the unit is off or in standby To remove the drawer and the card push the small button shown by the little arrow besides the drawer see picture below ISDN 1 OTS 4 SM Main antenna ermet Digital I O AUX Figure 5 Rear panel SIM card To set the SIM card in place first insert it in the cavity inside the drawer Make sure to have the cut corner on the right place with the SIM chip visible Then insert the whole assembly into the slot with the SIM card chip facing down Check that the drawer is well in its guides before pushing it completely in place Oi you have to use a smaller format USIM card you can use a SIM USIM adapter available on request from AETA first set the SIM inside this adapter afterwards use this assembly like a regular SIM card Antenna sockets 8 On the products fitted with the mobile network access option these SMA sockets allow to connect one or iwo antennas a multiband antenna is included with the mobile network option At least one antenna must be plugged on the main socket the one that is shown on the picture above the outmost socket left side of the unit A second antenna is optional but it allows to improve the reception quality in less favourable areas it must be activated configuration menus if one is connected The antennas must cover the band s used for the operator and network services Ref
101. is what its IP address is On the radio house side a similar process takes place o call the codec of the radio house e g a SCOOP 5 the reporter just needs to know its SIP address which can be like studio 2cod radiomer com indeed very similar to an e mail address To call the unit the reporter has to select the preferred audio coding mode on the Scoopy e g mono G722 then call the remote unit simply using this SIP address SIP URI IP telephone wig san Gateway Scoopy Figure 7 Setting up an SIP session with server s 1 Scoopy is a portable audio codec from AETA the description here applies to both Scoopy and the Scoop 5 as they are both SIP compliant and mutually compatible SCOOP 5 User Manual Wy BA MAETA AUDIO SYSTEMS What happens then on the network the Scoopy sends the request INVITE in SIP protocol to a proxy server often the same device is also the registrar To make things simple this proxy then relays and routes the request to its destination Resolving the SIP URI to a physical network and address uses mechanisms similar to those used for resolving URLs Several proxys may be involved in cascade to finally reach the desired destination but this does not have to be known or dealt with by the end devices The following is like the initiation of a phone call the IP codec rings if it accepts the call this is no
102. it is powered on Local mode operation is described in detail in chapter 4 Detailed operating mode Remote control operation using a computer and a web browser thanks to the embedded HTML server is detailed in chapter 5 Operating mode Embedded HTML SCOOP 5 can also be controlled by the optional TeleScoop software installed on a Windows PC which can control the other AETA codecs of the Hifiscoop Scoop 3 Hifiscoop 3 and SCOOP 4 ranges Details about this supervision software can be found in the documentation and user manual of the TeleScoop software The SCOOP 5 can be remote controlled by third party codec management software and systems Please consult us for more information on the available offer in this field For controlling connections it is also possible to use the Loop control function When this special connection mode is selected one can trigger a call by activating an input current loop optically isolated and release the line by de activating this loop In such case an outgoing connection is established or released only by this way and no more from the front panel or the remote control interface however all other parameters are still controlled from these interfaces as in the normal mode If loop control is not activated it is always possible to use the loop to release a running connection a pulse on the loop will release the line The loop control interfaces are described in 3 5 3 and 6 1
103. ither the 3G 3G modes Only UTMS selection or the GSM 2G mode Only GSM choice e Network Operator normally the unit automatically selects a suitable network If you want to force a specific operator which can happen when using the unit abroad this menu presents the list of available network so you can manually select one But not all networks are actually allowed this depends on the policy of the SIM card s provider e Access Point this sub menu allows to enter the necessary parameters for data connections IP mode APN user name and password The essential setting is the APN Access Point Name mandatory for accessing the mobile IP network SCOOP 5 automatically sets the APN for many operators but you may have to enter this yourself or change the default setting The other parameters can usually stay empty otherwise they must be provided by the network operator along with the SIM card and the APN e Network Status information on the mobile network for the current connection network operator identification technology GSM EDGE UMTS HSDPA HSPA etc radio signal strength Note bars on the base screen also show the mobile reception level e Hardware information on the internal mobile access module type firmware IMEI and about the SIM card IMSI subscriber number SCOOP 5 User Manual 57 aw MAETA AUDIO SYSTEMS 4 4 2 Algorithm sub menu This sub menu allows to select the desired configuration fo
104. ive and by default genlocked to the AES input To avoid such undesired alarms When not using digital audio interfaces set the digital audio sync in Master mode Setup Audio Digital AES Synchro Master T Note this loop is not available for all transmission configurations 2 This loop is not available for all transmission configurations SCOOP 5 User Manual 43 BA MAETA AUDIO SYSTEMS 3 6 5 Backup reset is impossible to access either the front panel interface or the html page After this reset the SCOOP 5 will be brought back to its factory configuration with all parameters in their default value especially blank password Ethernet interface set for auto link mode DHCP client enabled Go through the following steps Get the reset_scoop bin file to be downloaded from our www aeta au link can be found on the page dedicated to SCOOP 5 Copy this file without changing its name on a USB memory stick Plug this stick into the USB socket on the rear panel of the unit while it is off Power on the SCOOP 5 Atter the initialization phase SCOOP 5 will go back to its factory settings web site a Remove the USB stick no matter with or without power on before restarting the SCOOP 5 otherwise all your possible new settings will be deleted again O Note existing profiles are not deleted by this procedure 44 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 4
105. k no password and the access is unrestricted Afterwards if needed a password can be programmed by the user and the restricted access mode can be activated For more details about the codec configuration see chapter 4 Detailed operating mode The setup for the Ethernet interface is described in 3 4 below initial setup of the Ethernet interface 3 3 3 Notes about the use of AES EBU interfaces When using digital audio interfaces it must be decided whether the codec is master or slave regarding audio sampling clock synchronisation In the first case the codec derives the sampling clock from the network clock or an internal source and the device s connected to the codec must synchronise to the same clock source The most common choice is rather the slave mode to be used when it is not possible or not desired to synchronise the external equipment onto the clock of the transmission link or the codec In this case the AES EBU interfaces should be set in the so called genlock mode When in this mode the codec derives the sampling clock of the digital audio interfaces from its AES input in other words is gen locked onto the incoming AES signal and sampling rate conversion SRC is used for interfacing to the coding parts t is mandatory in such situation to provide the codec input with an AES signal featuring the same sampling frequency as the external equipment even if the
106. kets Voice mode standard telephone or HD Voice 7 kHz with AMR WB Packet data mode IP protocol SIP signalling SDP RTP streaming net bit rate 16 to 256 kbit s depending on coding algorithm External 3G LTE module connection via USB socket data mode only SMS reception Audio coding algorithms audio modes G71 standard telephone Mono GSM AMR mobile telephone Mono AMR WB G722 2 mobile HD Voice Mono G722 SRT H221 H242 Mono CELP 7 kHz Mono MPEG Audio Layer II Mono Stereo Double mono Joint stereo MPEG AAC LC HE AAC HE AAC v2 Mono Stereo 4 sub band ADPCM low latency Mono Stereo TDAC ISDN mode only Mono Audio interfaces Two analog inputs and two analog outputs with adjustable gain Digital input and output AES EBU format Level display for encoder inputs and ecoder outputs Stereo headphone socket for monitoring switchable send receive Auxiliary functions available depending on transmission interface Relay transmission 2 isolated inputs and 2 isolated outputs 6 non isolated inputs and outputs Data channel with RS232 serial port 300 to 9600 bauds Audio coordination channel bandwidth 300 3400 Hz Control and supervision Keyboard and LCD display on front panel Programmable set up dial memories Ethernet IP remote control Embedded html server Remote control serial port isolated control and status loops Secondary Ethernet interface for remote control Table 1 Main features of the SCO
107. ks to a switched link ISDN IP POTS A typical example of this application is shown in the following diagram where a permanent leased line is used for transmitting a radio programme from a studio to a transmitter A codec is installed on each side of the link and each codec is also connected to a backup link ISDN IP etc In this way transmission via this line can be used as a temporary back up in case the normal permanent link fails Once the problem on the normal line is solved the backup connection can be released and normal operation in LL mode is restored Backup network Audio rogramme preg Permanent link Studio Transmitter Figure 6 Backup link The SCOOP 5 makes such back up easy because both transmission interfaces normal leased line and backup interface are available in the same unit Moreover the SCOOP 5 helps to automate the switchover process especially on the transmitter side where most offen quick human intervention is not possible The following describes one way of configuring such a system and details the resulting backup process Basic principles When a failure of the leased line is detected one of the two codecs has to switch to backup mode and then call the other unit over the backup network access On receiving this call the remote codec will have to switch as well to the backup network interface and accept the call The audio transmission in then provided over the backup li
108. l clock of the unit This clock is not backed no battery inside the unit but the unit can synchronize at boot time using the NTP protocol The address of such server must be set in the Misc page see 5 9 above Important notice time stamps are universal time UTC hence they take no account of geographical location neither any DST daylight saving time Remember to add the appropriate time difference when analysing the logs Under the log window you can find some control buttons e Hold normally the event window scrolls at any time while new events occur Click this button to stop this and freeze the display The button becomes Continue The events are still logged only the page update is interrupted e Continue resumes the automatic updating of the event display e Refresh click this button to update the display and show the most recent events This button is relevant if the display has been frozen with Hold in order to refresh the event display on demand e Save logfile as allows you to download on the control computer the history file This takes place as a typical download Depending on the browser and its settings you can possibly select the file destination name 98 SCOOP 5 User Manual a Maca AUDIO SYSTEMS 5 10 6 Setup Transfer page This page provides a means to backup all the settings of the unit into a file and reciprocally to restore a comp
109. l through the list using the vertical arrow keys The display is updated in real time if conditions change 62 SCOOP 5 User Manual ae AETA AUDIO SYSTEMS 4 4 7 Misc sub menu Reset Snapshots Reset Profiles Reset Settings Factory Reset Relays General Reset Data Channel Aux Functions Baud Rate Coordination SMS Low Brightness Divers Italian Auto Redial Codec1 Auto Redial Codec2 iJ Auto Redial Redial Attempts ial Awe a E LJ EJ Backup Call LT ISDN LL Backup Backup Receive Time before dial Loop Control Co o SCOOP 5 User Manual 63 RA MAETA AUDIO SYSTEMS Notes 64 General Reset you can select to delete only the snapshots or the profiles or conversely to reset all parameters but keep tl erasure with the restoration of cannot be cancelled Aux Functions this sub menu functions can be found in 2 4 channel Besides it also allo LCD active by default Brightness select the prefe Language select the preferred language and the menus are immediately updated hese memories Reset Settings choice For a complete all default settings select Factory Reset Caution this allows to enable the auxiliary functions details on these Auxiliary functions and select the baud rate for the data ws to enable or disable the displaying of the received SMS on the rred front panel displa
110. le it is also shown in this page in an Ethernet 1 frame 1 Remind that the algorithm settings are memorized separately for each network interface When switching the default interface the codec settings for this interface are recalled SCOOP 5 User Manual 89 aN MAETA AUDIO SYSTEMS 5 6 3 AolP Parameter page More details on these parameters in 4 4 1 AolP Parameter STATUS CONNECTIONS PROFILES NETWORK Al CODING Misc MAINTE ALAR 0 STUN g a SP g STUN Mode FI SIP Registration pts auto discovery of STUN Sewer sunaa audio som SIP User sctual pubic addressing STUN Interval SIP Display Name Seo0p5 STUN SERVER SIP Registrar myseivetcom ornare reer es SIP Auth User 10012 udio com for example SIP Auth Password SIP REGISTRATION a SIP Proxy uncheck to disable Transmission Mode SIP Keepalive Interval ServerPreset raipen tate te Sp Sear the si parameters RIP Port 504 KEEPALIVE INTERVAL Packot Replication Renew registration at Speotied period PACKET REPLICATION Dinormal mode without replication 1 packet replication with short delay 2 packet replication with interleaving PAOIMODE 3 S1aTuS CONNECTIONS PROFILES NETWORK Aumo CODING Misc MAINTENANCE ALARM 0 STUN p MuLTicast 2 Pans STUN Mode F Multicast Mode TX BE STUN Server stnseteaudio com Multicast Control 6000 actual public addressing STUN Interval 15 Port STUN SERVER Multica
111. lete configuration from a file previously saved in this way Partial exports are also possible selecting the items you wish to include remote profiles local profiles snapshots settings STATUS CONNECTIONS PROFILES NETWORK AUDO CODING Misc MAINTENANCE ALARM 0 p BXBORT CONFIGURATION a i p IMPORT CONFIGURATION EXPORT CONFIGURATION a cour i Remote Profiles Ele biasi Select the data categories to Local Profiles E pe exported and cick Snapshots F a a Settings IMPORT CONFIGURATION Epot Click the button to import a configuration hle preacusiy saved on the comouter The left part of the page is dedicated to exporting the device configuration the configuration is then saved in a file downloaded in the control computer Before doing the export you can select which type of data is to be included in this backup export check the desired categories multiple choice allowed and click Export The rest is carried out like a typical download Depending on the browser and its settings you can possibly select the file destination name The right side is for importing the device configuration click Browse to select the file to be imported and launch the process by clicking Update The file must be a file previously exported from a SCOOP 5 same unit or another The settings or memories included in the file are respectively applied to the codec or recorded in its memory of profiles snapshots
112. lick the connection button The initial password is blank click directly on the button To set the password and enable protection go to the Maintenance page cf further To release control click on Logout also in the connection area You are also logged out automatically after a long period of time with no action on the pages 1 For a possible secondary Ethernet interface menu Config Network Ethernet 1 Parameter 84 SCOOP 5 User Manual a Maca AUDIO SYSTEMS 5 2 Principles of operation with html pages The picture below shows a typical page sms CONNECTIONS PROFILES NETWORK AUDIO CODING MISC MAINTENANCE ALARM 0 STUN 5 i STUN MODE STON Mode i egistration STUN Server stunaeta audio com Spie or STUN Interval 155 li SIP Display Name Scoop5 SIP Registrar _myservercom SIP Auth User 10012 Refresh SIP Auth Password esee sP oea SPPoy block Allows auto discovery of actual public addressing STUN SERVER You can use stun aeta audio com for example AOIP_MODE hee Tranemiesinn Mada Help area On top you find a bar of tabs corresponding to the various categories of functions and parameters for the SCOOP 5 Clicking a tab you access either a page or a drop down list for selecting a secondary page These tabs and pages are detailed in the following chapters Under the bar can be found the information and adjustable paramet
113. lling SCOOP 5 includes a V34 modem which transmits via this line a bidirectional audio flow encoded at a nominal 24 kbit s bit rate Depending on the line quality and the quality of the link with the remote codec this bit rate is automatically negotiated and dynamically adjusted from 12 to 24 kbit s A protected mode can be activated which increases the resilience to transmission errors at the cost of a higher latency encoder to decoder delay You must make sure to set this parameter the same way on both devices both ends of the link 1 J52 is only relevant for ISDN connections 10 SCOOP 5 User Manual AUDIO SYSTEMS 2 1 5 Mobile network access Units equipped with the Wireless option include an integrated module for access to 2G 3G 3G mobile networks and a holder for a SIM card Depending on the version the accessible networks are 2G GSM EDGE 3G UMTS 3G HSDPA HSUPA HPA and 4G LTE For the operation at least one multiband antenna fo be selected for compliance with the mobile network characteristics must be connected on SCOOP 5 An antenna diversity feature gives an opportunity to improve the stability when the radio reception quality is poor by connecting a second antenna Lastly SCOOP 5 can display the received SMS messages Mobile voice mode HD Voice The integrated module allows to use the mobile phone service for communicating with all ISDN or PSTN telephone terminals or hybri
114. loop inputs and dry contact outputs that can be used to remotely control the calls and indicate the link status e _The input loops have an effect only if the loop control function is enabled see 3 5 3 Loop control The output loops are always operative e Activating the input loop 1 triggers an ISDN or IP call on the codec codec 1 only if the unit is configured as a double ISDN codec de activating the loop releases the line e Activating the input loop 2 triggers an ISDN call on codec 2 if the unit is configured as a double ISDN codec de activating the loop releases the line This loop has no action in single codec mode e Output loop 1 is closed while an ISDN or IP connection is running or while codec 1 is linked if the unit is configured as a double ISDN codec e Output loop 2 is closed while an ISDN connection is running on codec 2 if the unit is configured as a double ISDN codec The following table shows the wiring of the socket for this function Function Input loop n 2 a b o Input loop n 2 b Input loop n 1 a b Input loop n 1 b Output loop n 2 a b Output loop n 2 Output loop n 1 a Output loop n 1 b OV of power supply 5V of internally supplied power supply All loops are isolated and bi directional free polarity The characteristics of the input loops are Input loop control current 6 mA
115. lowing purposes e Reed Solomon error detection and correction J52 standard e Data channel e Other auxiliary information relay transmission and or auxiliary audio channel The insertion of this auxiliary information is an extension AETA proprietary format to MPEG However the frame structure remains compliant 7 1 2 Reed Solomon encoding In order to cope with possible transmission errors in the network Reed Solomon error correction coding can be added compliant with J52 recommendation Four correction modes are available in the SCOOP 5 e Mode 0 no error correction Reed Solomon coding disabled e Mode 1 protection of only the control information and scale factors in the MPEG frame low redundancy e Mode 2 protection of the whole frame moderate 2 5 redundancy e Mode 3 protection of the whole frame high 10 redundancy Higher redundancy increases the protection against errors but slightly degrades the audio quality as redundancy takes up part of the bit rate that could be allocated to audio coding Most often for a normal quality transmission link mode 1 is sufficient and it consumes litle bit rate from the compressed data so it hardly impacts the audio quality Although J52 does not apply to leased line connections this error protection technique is also implemented in the SCOOP 5 in leased line mode 7 1 3 H221 framing H221 defines a framing structure that allows byte synchronisation recovery in leased li
116. m Remote control via IP In addition the Ethernet interface can be used for configuring or remote controlling the unit with two control methods e SCOOP 5 provides html pages which allow to get complete control over the unit using a web browser via port 80 default port for http protocol See in chapter 5 the detailed operating mode e TCP port 6000 can be used for command line control suitable for codec supervision software such as Codec Live MDC net etc 8 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 2 1 2 Leased line interfaces For transmission over leased lines the codec includes two X24 V11 ports which can run at 64 kbit s 128 kbit s 192 kbit s 256 kbit s and 384 kbit s bit rates Only one X24 V11 port is used selectable among the two physical interfaces The other however send the same data as the active one and it can be used e g for a redundant link For leased line transmission the codec synchronises on the network clock provided by the X24 V11 interface If no suitable clock is present the system folds back to an internal clock 2 1 3 ISDN interfaces For access to the ISDN the transmission interface is one or two SO BRI Basic Rate Interface for transmission over one to four 64 kbit s B channels Thus the total available bit rate ranges from 64 to 256 kbit s In double codec mode only the first BRI is used with each of the possible links using one B channel on this single
117. max 100 mA Resistance of input loop 5602 current limiting series resistor Input loop isolation gt 1500 Vans A 5V to 12V source may be connected directly on an input loop because the internal series resistor is dimensioned for this purpose For a higher voltage source it may be necessary to limit the input current 106 SCOOP 5 User Manual Cysera AUDIO SYSTEMS The characteristics of the output loops are Maximum switching voltage 350 V peak Maximum switching current 120 mA Resistance of output loop lt 350 Output loop isolation gt 1500 Vans he 5V power supply is available from the unit to power a low consumption device maximum 300 mA current consumption e g to power the input loops or LED indicators connected to the output loops 6 1 15 Coordination channel interface AUX socket n addition to the loop control and relay transmission interfaces the optional coordination channel input and output are available on the 25 pin female sub D connector AUX Socket on the rear panel with pinout as indicated hereunder he input and output are balanced floating signals transformer isolated Maximum level 9 dBm mpedance 600 Q Nominal bandwidth 300 3400 Hz Function Coordination channel output Coordination channel output Frame ground Coordination channel input Coordination channel input Frame ground SCOOP 5 User Manual 107
118. mode when it receives the call on its ISDN or IP interface The operating mode and configuration for this backup feature are detailed further in following sections backup link SCOOP 5 User Manual 13 Chm AUDIO SYSTEMS 2 2 Audio encoding and decoding SCOOP 5 features a wide range of coding algorithms Their availability depends on the transmisison network used Besides the MPEG family algorithms feature a large configuration flexibility he table below synthetically describes the capabilities with the various transmission media i y Wired Mobile Audio Bit rate channels 16 24 32 48 kbit s PSTN LL ISDN Ethernet UMTS Voice G711 Mono GSM AMR Mono AMR WB Mono CELP Mono CELP Mono G722 Mono G722 H221 Mono G722 H242 Mono TDAC Mono 4SB ADPCM Mono 4SB ADPCM St r o MPEG L2 M S MPEG L2 M S MPEG L2 M S MPEG L2 Stereo MPEG L2 Stereo AAC LC M S AAC LC M S AAC LC M S AAC LC M S AAC LC M S AAC LC Stereo HE AAC M S HE AAC M S HE AAC Stereo HE AAC Stereo HE AAC v2 Stereo HE AAC v2 Stereo Frequency kHz Codec Possible audio bandwidth IP networks E e 7 te E E 20 Table 3 Available coding depending on network 2 requires hwo ISDN lines This table applies to the normal mode single codec In double codec ISDN mode only G711 and G72
119. n IP address or a SIP URI Uniform Resource Identifier Preliminary settings If a SIP server is used the SCOOP 5 must be registered on this server Use the AoIP Parameter menu see above on page 51 for entering the SIP account data and activate the SIP registration Check that the codec is successfully registered using the Tools About sub menu SIP Status information Besides for links over the Internet most often the link passes through a NAT router which hides to the codec the characteristics of the public access public IP address and RTP ports actually used This can make the SIP transactions fail or get a non optimal route through the network To avoid this a STUN server is often used the corresponding settings are also found in the AoIP Parameter sub menu Check that the public address discovery has succeeded Tools About sub menu Public IP information its mere presence shows the discovery has succeeded You can find in annex 7 3 Some methods to deal with NAT routers and firewalls some additional information on the use of STUN Directly call an IP address his is the most basic way of setting the link It is suitable only if e The other unit is directly reachable i e there is no NAT Router or firewall blocking the connectivity The simplest case is when both units are on the same LAN or private network e The IP address of the other unit is known o set the link first set the unit in
120. n be set in the SCOOP 5 html pages see page 90 or via the menu Setup Network AoIP Parameter STUN Server enter the address of a STUN server e propose our server stun aeta audio com look also the support pages on our web site w www aeta audio com Enable or disable STUN with Setup Network AoIP Parameter STUN Mode On or Off More details see page 120 In the menu Setup Network Mobile Parameter select Mode IP Mode Come back to the menu Setup Network Mobile Parameter Network Settings Preferred Technology Auto Go to the menu PS Settings APN enter the operator s APN code using the keypad then press Come back to the base screen using the IE key Using the keypad enter the remote number to call numeric IP address or SIP URI if a SIP server is used then press the key Hang up with the 7 key you must confirm by pressing 7 again When using a SIP server some data must be entered beforehand using the AoIP Parameter menu for more details refer to page 51 SCOOP 5 User Manual 5 AUDIO SYSTEMS 2 Functions The following synoptic diagram shows the basic functions of the equipment Control Interfaces paudlo Conversion Encoding inputs fa Monitoring Supervision ee lt gt Network Audio i outputs Conversion Decoding RS 232 Relays GPIO Coordination AD ry Functions Figure 1 Functional
121. ncludes an Ethernet interface for IP transmission and X24 X21 interfaces for transmission over digital leased lines The unit can be complemented with many options providing additional network interfaces coding algorithms etc One outstanding feature of AETA codecs in ISDN mode is the 5A System on receiving an incoming ISDN call the unit can automatically detect the coding algorithm and parameters of the calling codec and then adjust itself in a compatible configuration so that the connection succeeds regardless of the initial configuration and that of the remote unit n IP mode the codec features the same ease of operation thanks to the use of the SIP and SDP protocols For ISDN transmission the unit can be operated in a double codec mode It is then equivalent to two independent mono codecs each running G711 or G722 over a B channel of the ISDN interface 1 This chapter gives basic instructions for a quick start It obviously does not provide all the information for full control For comprehensive information one can refer to the rest of this manual e Chapter 2 describes all the functions and features of the SCOOP 5 but not necessarily with all the operating modes e Chapter 3 gives a physical description of the unit shows its setting up and operation principles Chapter 4 details menus and operating modes Chapter 5 deals with using the html server embedded in SCOOP 5 Chapter provides all the technical
122. ndicator shows that the absolute maximum level is reached 0 dBFS regardless of this headroom setting This is not necessarily the top of the bargraph scale which is 6 dBr relative and whose absolute level depends on the headroom setting Example if the headroom is set at 10 dB then the reference is 10 dBFS The bargraph can go up to 6 dBr which is 4 dBFS At this stage the OVL indicator does not yet trigger as it reacts at 0 dBFS A Beware of the differences between the three level measurements 60 Absolute digital levels in dBFS for the AES input and output internally encoder decoder and for transmission Displayed levels in dBr relative to an adjustable O reference The relationship between the display and the dBFS level is controlled by the Headroom setting Absolute analog levels in dBu for the analog inputs and outputs The relationship between the absolute analog and digital levels is controlled by the Input Level and Line Out Level settings SCOOP 5 User Manual ae Maca AUDIO SYSTEMS Me 4 4 4 Profiles Ea menu This is the only menu available in restricted access mode 0 Name_profO 1 Name_prof1 Remote Prof Local Prof Snapshots Profiles are_configuration memories that can be recorded and later recalled at will see their description in 2 5 7 above For each profile category a sub menu provides the list of profiles already recorded in the
123. nes and the transmission of control data along with the main data 116 SCOOP 5 User Manual Pan Maca AUDIO SYSTEMS 7 2 Overview of the SIP protocol 7 2 1 What is SIP SIP is for Session Initiation Protocol a protocol specified by the IETF for establishing media transmission sessions SIP is considered the communication protocol of the future by most vendors and as such it has deep influence on the VolP applications As a signalling protocol SIP brings methods and techniques to solve the issues related to the establishing of an audio link Almost as important it is a recognised standard implemented on many network devices and systems Using SIP helps you build modular and really evolutive systems not being tied to a single vendor The SIP protocol is an essential requirement in the EBU Tech 3326 recommendation a k a N ACIP recommendation from the name of the EBU workgroup who elaborated it 7 2 2 Setting a link with SIP Let us look at an example diagram below a reporter on the move with a Scoopy wants to make a call to a SIP compliant codec located in the main station The reporter may be at home or at another location not necessarily known in advance Once the Scoopy is on and connected to the network it will register itself to a SIP registrar This registrar can be located on the LAN of the radio house but it may as well be elsewhere in the network Then the registrar knows where the Scoopy
124. ng if not when network does not support or the remote terminal is not compatible Unfortunately it is not possible to see directly whether AMR WB is active or not at a given moment You have fo rely on your listening skills However it has to be active if the conditions are met a support from the network on both sides of the link b both terminals compatible c service continuity from end to end 2 2 4 CELP coding Application commentaries coordination Low capacity transmission channels This algorithm operates in mono for a net nominal bit rate of 24 kbit s and provides 7 kHz bandwidth and a quality close to G722 for a much lower bit rate CELP is available for IP or PSTN networks For PSTN POTS the bit rate may be reduced to adapt for the line quality among the following values 12 kbit s 14 4 kbit s 16 8 kbit s 19 2 kbit s 21 6 kbit s 24 kbit s The bandwidth is reduced accordingly Still for POTS lines in addition to the normal mode two protected modes are available bringing an increased resistance to transmission problems however with an increased latency as well 1 At the time of writing this requires both units to be on the same network same operator same country SCOOP 5 User Manual 15 aN MAETA AUDIO SYSTEMS 2 2 5 G722 coding Application commentaries coordination Low latency This mono coding algorithm at a 64 kbit s bit rate is a reference for commentaries and features a 50 7000 Hz b
125. nk Later on when the leased line comes back to normal the backup connection can be released and both codecs have to switch back to LL mode and normal operation We designate as caller the codec which switches first and initiates the call over the backup network and receiver the codec which switches on receiving such a backup call Caller codec setup and operation For the switch to backup following a failure on the leased line two methods can be used e Either the switchover is manual an operator on the studio side can switch the studio codec to backup mode and launch a call to the other site via the backup medium For this method no special preliminary setting is needed e The other method is to use the loop control feature as described above in section 3 5 3 In this case the whole switchover sequence can be executed by simply activating the input loop mode switch for the backup network access backup call Conversely releasing the input loop brings the unit back to normal operation in LL mode For this latter method the best situation is when the leased line status is monitored by an alarm contact that closes when the line is down This alarm can be used for activating the control loop so that the studio codec quickly and automatically switches over to backup mode and also comes back to normal when the leased line recovers no manual intervention is needed in such case 40 SCOOP 5 User Manual Cyser
126. nly one line is needed links using one or two B channels which ncludes the operation in double ISDN codec mode Main LL interface marked X24 V11 V35 10 is socket is used for the connection to data transmission equipment in the leased line mode e connector is 15 point male Sub D type It is possible if needed to select the other LL port Details on this interface refer t Secondary LL interface and alarms marked ALARM X24 V11 2 e 15 point male Sub D type connector includes two form C relays signalling alarm conditions e Internal alarm contact e External alarm contact is port can be used as an alternative interface for connecting the codec to transmission equipment in leased line mode See the wiring in 6 1 7 Alarm X24 X21 interface Alarm indicator 1 1 A red LED indicator also indicates that an alarm relay is activated In the factory setup every alarm cause sets the LED on but by setting jumpers on the motherboard it is possible to program the indicator to react to only one type internal or external alarm The pin out of the socket and the detailed characteristics of the alarm relays can be found in chapter 6 1 7 Alarm X24 X21 interface p 102 SCOOP 5 User Manual 31 aN MAETA AUDIO SYSTEMS Drawer for SIM card 6 In the units fitted with the mobile network access option this drawer houses the SIM card enabl
127. nsmission implies a link session setup phase One of the transmission interfaces is selected as the default interface on the SCOOP 5 A call towards a remote unit initiated by the user of the SCOOP 5 is implicitly sent through this default interface On the other hand an incoming call on any interface regardless of the default interface can be processed and the link established under following conditions e The called interface must be connected and active As an example for mobile IP the data connection must be active e The codec must not be already busy with another connection If the call comes on an interface other than the default interface the codec first switches to the suitable interface and then processes the incoming call When the link is released it will come back to its previous state and default interface 12 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 2 1 7 Securing a link with a backup connection When a fixed link LL is used it is possible to use another network access in order to set a temporary backup link in case the nominal LL link fails The unit will then switch to a backup mode ISDN or IP depending on the selected backup arrangement and provide the audio transmission via the backup network access More precisely on one end of the link the codec will switch to the backup mode and call its counterpart via the ISDN or and IP network On the other end the unit will switch to the backup
128. o that the codec waits for the dial tone before dialing the numbers The dial tone may be specific with some particular equipment or networks and may not be detected by the SCOOP 5 in such case disable this function Ignore and the codec will dial the numbers just after picking up the line This latter choice also works correctly with most modern PBXs Country Code this choice will set the internal modem for the characteristics applicable in the selected country The full list is not shown above as it is quite large For a country not found in the list usually it is possible to select a country with similar standards such information may be found from local specialists Max Speed in nominal use the POTS codec runs at 24000 bit s but it can automatically adapt according to the line quality and change the bit rate if required at the beginning and during the link With this setting you can constrain the bit rate to a lower value Reason for this on a line featuring a variable quality you can avoid undesirable changes during the communication by limiting the modem to a speed that you know to be stable The speed may nonetheless go down further if the quality decreases foo much 1 This can 54 happen for example when the line suffers a strong crosstalk from neighboring lines SCOOP 5 User Manual Cysera AUDIO SYSTEMS Speed Mode for a line transmission with variable quality and or to avoid repeated changes of the
129. ofile Number s ISDN POTS or mobile call number s or IP URI Ip address depending on the transmission mode Coding configuration associated with the profile A remote profile may have no number included in such case it is used for quick and safe recall of a given coding configuration Conversely a remote profile may have no associated coding configuration included in such case it is just like a directory entry used for instant dialling a known destination The profiles are managed and used via the Profiles menu refer to details in menu 4 4 Profiles For remote profiles the available possibilities are Create a New profile assigning it a name possibly call number s and possibly an associated coding configuration Load a profile previously recorded the codec then configures itself with the coding configuration memorized in the profile Call directly a profile the codec then configures itself with the coding configuration memorized in the profile if any and sets a call to the number s included in the profile Delete a profile previously recorded Update profile previously recorded either for renaming it or change its content For local profiles or snapshots the available possibilities are Create a New profile which will memorize all the current network settings for a local profile or all the audio settings for a snapshot assigning it a name Load a local profile or snapshot the
130. on the base screen and the main menu Data connection is active HE AAC 24 18 18 e Mobile networks often include devices blocking the access towards a mobile terminal NAT routers often symmetrical which prevents a STUN server to be efficient etc Moreover you rarely get a public IP address and it is never possible to get a public and fixed IP address For these reasons it is rather difficult to receive a call without using a SIP server Conversely if the SCOOP 5 is registered on a SIP server once the data connection is active the codec is actually able to receive a call When a call is received the units negotiate automatically a commonly acceptable coding algorithm and set the link automatically On the receiving side SCOOP 5 will follow the calling unit Important notice the unit can receive and accept incoming IP calls even when its current network interface is not mobile IP provided it is not already busy with an established link On the other hand it will ignore such calls if it is running in LL mode except if the Backup receive mode is active for details see above 3 5 4 Setting up a backup Tink Releasing Hanging up To stop a link press the key 1 The actual name of the network access depends on the concerned module Mobile Int for the module integrated with the wireless option Mobile 1 Ext for an external USB device etc 78 SCOOP 5 User Manual C
131. onise with the calling device but the link will usually fail if the calling party has used another coding configuration than expected However if J52 is used by both parties the link will succeed even without SAS active Important notice the unit can receive and accept incoming ISDN calls even when its current network interface is not ISDN except if it is busy with an established link On the other hand it will ignore such calls if it is running in LL mode except if the Backup receive mode is active for details see above 3 5 4 Setting up a backup link Releasing Hanging up In any case to stop a link press the key Press a second time to confirm this is for safety in order to avoid releasing by mistake Quick redialing Once a number or more for ISDN links with more than one B channel has been called it is easy to recall it without having to type it again press the key then you can scroll through the history last dialled numbers using the arrows Press again the key when the desired number is displayed This is especially efficient for quickly redialling the previous number SCOOP 5 User Manual 67 aN MAETA AUDIO SYSTEMS 4 5 2 Setting up links in double ISDN codec mode The double codec mode is specific as the unit behaves as two independent G711 G722 mono codecs designated Codec 1 and Codec 2 Each codec sets or releases links separately on the B channel it i
132. orithm can be selected with just the same capability as for the unicast mode described above SIP and SDP protocols he SIP protocol is a signalling protocol used for IP connections which allows the SCOOP 5 to interoperate with IP phones and other SIP compatible audio codecs in a way similar to ISDN or POTS connections Details about the SIP protocols can be found in the annex refer to Overview of the SIP protocol One significant advantage is the inclusion of SDP a protocol which allows the connecting devices to automatically negotiate and agree on the coding profile to use Thanks to this system it is not necessary to set the units in the same way before setting up a connection Moreover the calling party needs not know how the remote unit is configured before initiating a link Note the SIP protocol does not mandatorily imply the use of a server Codecs can set up point to point links using this protocol and benefit from some its advantages Packet replication SCOOP 5 also proposes an RTP transmission mode with enhanced reliability using packet replication When enabling this mode every packet is transmitted twice with such system a lost packet has no effect since the receiver still gets the other copy of the packet In this way stable links can be obtained even with a high packet loss rate Of course as a disadvantage the bit rate is double you must make sure this stays compatible with the transmission mediu
133. portant notice the unit can receive and accept incoming mobile phone calls even when its current network interface is not the mobile network provided if not already busy with an established link On the other hand it will ignore such calls if it is running in LL mode except if the Backup receive mode is active for details see above 3 5 4 Setting up a backup link Releasing Hanging up To stop a link press the key O Press a second time to confirm this is for safety in order to avoid releasing by mistake SCOOP 5 User Manual 75 aN MAETA AUDIO SYSTEMS Quick redialing Once a remote device has already been called it is easy to recall it press the key then you can scroll through the call history using the arrows Press again the key when the desired number is highlighted This is especially efficient for quickly redialling the last called number 76 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 4 5 7 Setting up a link in IP mode via a mobile network Prerequisites You must have a subscription and a SIM card granting access to mobile transmission In the case described here the subscription must include access to packet switched data transmission It is possible to operate over a 2G network in EDGE mode if using very low bit rates but for an acceptable performance it is preferred to access a 3G 3G network at minimum UMTS Preliminary settings First insert the SIM card in the
134. r an outgoing call using the current transmission interface Previous 1 HE AAC v2 Algorithm Previous 2 lt is possible to quickly recall the last used configurations Previous above scrolling the list and selecting one of these recent settings Otherwise selecting Other you get the list of the coding algorithms available for the current network interface and the installed options Choices that are not compatible with the network interface or not installed are not displayed After selecting the coding algorithm for some of these you must select additional parameters such as channel mode for stereo capable coding sampling frequency and bit rate for MPEG L2 and AAC coding protection mode only for MPEG J52 and CELP 58 SCOOP 5 User Manual ae AETA AUDIO SYSTEMS 4 4 3 Audio sub menu Input Impedance Line Out Level Input Level AES Synchro Digital AES Sampling Rate Input Source Headroom Notes e Analog settings for the balanced analog inputs outputs e Input Impedance configuration of the analog inputs by default high impedance You can switch to a 600 Ohm input impedance instead e Input Level and Line Out Level gain setting for respectively the inputs and the outputs The parameter is the maximum level absolute level expressed in dBu of the interface For an input this is the clipping level which when applied at the input produces a transmitted signal
135. r and or manage links e For direct dialing the codec has to be set beforehand for the right interface see Network tab and the suitable coding configuration Coding tab Enter the number or numbers or SIP URI then click Dial You can also use one of the last called numbers click the arrow on the right of the Number field and pick a number in the dropdown list e For using a remote profile select the profile in the list on the left and click the Dial button Alternatively you can click Load The codec loads the profile settings but does not dial this is useful for quickly setting the coding parameters Indicators show the status of the relays when the Relay transmission feature is active For auxiliary functions see the Coding tab The SMS received by SCOOP 5 are displayed in the Messages frame in addition to being displayed on the unit s LCD This block can be used also to send a text to the LCD from the control position When SCOOP 5 is in double ISDN codec mode the Connection State frame is replicated one frame for each codec But selecting a remote profile switches back to the normal display for the single codec because the profile data correspond to a single codec remote profiles cannot be used in double codec mode SCOOP 5 User Manual 87 aN MAETA AUDIO SYSTEMS 5 5 Profiles tab This tab proposes three secondary pages one for each profile
136. ral decoders receiving the stream pick up the packets sent to this group address and decode the audio stream On the SCOOP 5 the operating mode stays quite similar to the normal mode with mainly two differences in the multicast mode e Acodec must be set as sender or receiver device e SIP is not used and hence the SIP configuration is not relevant For the operation it is assumed the network statically supports UDP multicast i e routers of the network recognise and deal with routing the packets with multicast group addresses For obvious reasons the coding setup is entirely decided at the source On the codec on the audio source side hence sender of the encoded stream the procedure for setting up a multicast stream is the following e Set the codec in multicast send mode To do this refer to the AoIP Parameter sub menu page 51 e Select on this codec the desired audio coding parameters e Start the streaming as for setting up a call in normal mode enter the IP group address then press the key Note that the codec decodes its own stream on its audio output this can be useful for audio monitoring For each codec that has to decode the stream the procedure is simple e Set the codec in multicast receive mode To do this refer to the AoIP Parameter sub menu page 51 e Start the decoder as for setting up a normal call enter the IP group address then press the key 1 This doe
137. rt in genlock mode a sampling rate from 28 to 96 kHz In master mode the unit can be set in one the following sampling rates 32 48 and 96 kHz 6 1 4 Headphone output front panel is output 6 35 mm jack on front panel is for the connection of a 32 Q headphone It is also possible to plug a high impedance headphone however the maximum available power will be lower 6 1 5 Ethernet Interface is RJ45 socket has standard Ethernet pinout for use of a normal straight cable to an Ethernet hub r switch The interface normally operates in 100BaseT full duplex mode with auto negotiation but it s possible to force other configurations e installation and operation of this function is detailed in 3 4 Initial setup of the Ethernet interface ao SCOOP 5 User Manual 101 AUDIO SYSTEMS 6 1 6 Main X24 X21 V11 V35 interface The X24 V11 interface uses a 15 pin male Sub D connector The following table shows the pinout Signal Signal Frame ground Transmitted data Transmitted data Received data Received data Indication Indication Received clock Received clock Electrical ground The codec does not transmit a C signal and the signal has no effect The codec can also be connected to a V35 i case The connection is described in Anne 6 1 7 Alarm X24 X21 interface This interface uses a 15 pin ma Signal terface a specific a
138. rth America NTT is the protocol of the Japanese operator NTT and Euro ISDN or ETSI can be used in the majority of the other countries see more details on page 9 Network protocol e Local Number and Sub address these settings are irrelevant for the NI 2 protocol Their meaning and use is detailed further page 66 in 4 5 1 Setting up a link in ISDN mode e SPID this setting only applies to the NI 2 protocol and is not presented for the other protocole See page 66 in 4 5 1 Setting up a link in ISDN mode more about this setting e Codec Mode selection of either the normal single codec mode or the Double codec mode In this latter case it may be important to set a distinctive local number sub address combination for each of the two first channels This is detailed page 68 in 4 5 2 Setting up links in double ISDN codec SCOOP 5 User Manual 53 RA MAETA AuDIO s YSTEMS POTS Parameter This sub menu is only visible on units with the POTS option Notes Tone Dialing Mode Detect Dial Tone Ignore Argentina Country Code POTS Parameter 12000 14400 16800 Max Speed 19200 24000 gt E Speed Mode fas io a Dialing Mode tones are used by default DTMF but for specific cases old PBXs etc it is possible to select pulse dialing Dial Tone choose Detect s
139. s are related to e The presence of a NAT router on the network path between the codecs e The presence of a firewall on this path It is always important to have available the information regarding the network organization and to be allowed to access the devices which need to be configured Hence we highly recommend to involve the persons empowered for such tasks 7 3 1 Links via a private network No special problem should be met within a LAN The operation is also possible with codecs from other manufacturers provided that they comply with the Tech3326 EBU recommendation also known as N ACIP recommendation However you should check for specific settings or preparation possibly needed on such devices A wide area network covers a wider geographic range and the network topology most probably includes routers on the path between the codecs to be linked However usually there is not much difference with a local area network Note using a VPN leads to just the same case the operation is identical as far as the codecs are concerned 7 3 2 Links through a public network Internet each of the units has got a direct access to Internet with a public address we are in the same situation as the previous one functionally speaking private WAN The addressing scheme is normally static as DHCP can rarely be used on a public access In fact this situation is very seldom met in the field First the Internet access is usually
140. s assigned and uses the audio input and output it is assigned input and output A or left for Codec 1 and input and output B or right for Codec 2 Preliminary settings he network interface must be configured depending on the local ISDN line that is used just like in the normal ISDN mode see above However in this mode configuring a sub address on each B channel hence each codec can be very useful Indeed this is a means when receiving calls to differentiate the two codecs which often answer the same subscriber number as they are on the same ISDN line But be aware these addresses cannot be dialed from a remote analog telephone Besides make sure to select the double codec mode ISDN Parameter Codec Mode Double Codec Calling an ISDN number o set the link first set if not already done the unit in ISDN mode menu Setup Network Change Network ISDN O Note that the display base screen has changed to show the respective status of the two codecs hen select for the relevant codec the desired encoding format Setup Algorithm first select the codec Codec 1 or Codec 2 then select the algorithm Come back if needed to the base screen using 1E Then enter the ISDN number of the destination followed by sub address if needed and press the key you should then select the line codec by pressing the L1 or L2 key depending on the codec you want to use An error message is displayed
141. s not include the Internet multicast cannot be used over the Internet 72 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 4 5 4 Setting up a POTS link Preliminary settings The network interface must be configured depending on the PSTN line that is used thanks to the POTS Parameter sub menu Setup Network POTS Parameter You should preferably disable services such as call waiting tones Tone signals injected on the line during the communication have a high risk of disturbing the codec operation and even dropping the link It is not recommended to use a line if it is not possible to disable such tones Calling a POTS number To set the link first set if not already done the unit in POTS mode menu Setup Network Change Network POTS Then select the desired encoding format Setup Algorithm Select the desired variation e PO default mode of operation for this e P protected mode 1 with increased resilience to errors but higher latency e P2 protected mode 2 with slightly higher resilience to errors and slightly higher latency Make sure to set units the same on both sides of the link because this setting cannot be negotiated automatically by the units It is recommended to use the default PO mode the other are mainly for compatibility with older codecs of the AETA product range Come back if needed to the base screen using IE Then enter the number of the destination and press the key The codec d
142. s to this interface and processes the call In a similar way ending releasing a link is either initiated by the remote unit remote release or by the operator of the SCOOP 5 local release 3 5 2 Auto redial feature In LL mode the unit is always supposed to be linked and it will transmit and look for a reception signal as long as it is on In contrast the IP mode and the ISDN modes are dial up modes where a link can be set up and released at will When it is necessary to hold the link on permanently outgoing calls may be backed up by using the auto redial function for each codec in the double ISDN mode When it is active and the codec is the initiator of the link the codec automatically tries to re set the link in case of an initial failure or if an established link is dropped for another reason than a local release i e hanging up by the user The redial capability applies in the following situations e Ifthe initial call fails for any reason e g called party is busy the codec then redials and retries to establish the link e The codec can also redial if the link is already established and the link is lost for any reason else than local release e g the remote unit mistakenly dropped the line e After a power failure after rebooting the codec will automatically redial and set up the link back Note that while auto redial is active an established link can be definitively stopped only by releasing t
143. same time as another auxiliary function see tables A typical application is the transmission of data related to the RDS 20 SCOOP 5 User Manual Cysera AUDIO SYSTEMS 2 4 4 Coordination channel This function is not available in IP transmission mode This function is available as an option It enables the transmission of an auxiliary audio channel or coordination channel along with the compressed audio by reserving 8 kbit s from the transmitted bit rate This channel uses a compression algorithm of CELP HLTP type and provides a voice grade channel 300 3400 Hz pass band This feature is only usable for some algorithms on leased lines or ISDN see above tables With G722 or ADPCM the coordination channel cannot be used along with other auxiliary functions ie data channel or relay transmission On a SCOOP 5 with this option one of the sockets on the rear panel of the device includes one isolated balanced input and one isolated balanced output An adapter cable included with the option provides an easy connection on XLR plugs SCOOP 5 User Manual 2i BR MAETA 2 5 Supervision and control interface he control and supervision of the equipment configuration communication management status monitoring is carried out either locally thanks to a keyboard an alphanumeric display LED ndicators or using various remote control interfaces 2 5 1 Local control For local management the front panel includ
144. ss network be it with the integrated module or an external module via USB STUN Mode x STUN Server STUN Interval Selection 5 to 180 s SIP registration x SIP User SIP Registrar SIP Auth User SIP Auth Password y SIP Proxy J Keepalive Interval AolP Parameter N _RTP Port RTP TOS gt 7 __ Packet Replication Selection 5 to 180s Multicast Transmission Mode Multicast Mode Multicast Control Port I Multicast Audio Port Multicast TTL Notes e STUN Mode enable or disable STUN In this way you can disable STUN without erasing the STUN server address e STUN Server enter the address of the STUN server either in numeric form or with a symbolic name This kind of server allows SCOOP 5 to discover its public IP address when it accesses the Internet through a router with NAT You can use AETA s server stun aeta audio com e STUN Interval interval between two queries to the server usually you can keep the default setting of 15 s SCOOP 5 User Manual 51 aN MAETA AUDIO SYSTEMS SIP Registration enable or disable the registration on a SIP server The following menus SIP xxx are used to enter the parameters of the account on this server when using such service These parameters should be provided by the administrator of the SIP server The SIP User field usually corresponds to a number that a remote party can call to initiate a link with the codec when it is regi
145. st Audio Port 6001 You can use stun aeta Multicast TTL 254 audio com for example SIP REGISTRATION AOIP_MODE 2 a Save i ae ce as a Uncheck to disable Transmission Mode registrabon without having to clear the SIP parameters KEEPALIVE INTERVAL Renew registration at Remember to save the changes clicking the Save button 5 6 4 LL Parameter page More details on these parameters in 4 4 1 LL Parameter ETAT Connexions PROFS R SEAU AUDO CODAGE DIVERS MAINTENANCE ALARMES 0 Remember to save the changes clicking the Save button 90 SCOOP 5 User Manual 5 6 5 ISDN Parameter page ae Maca AUDIO SYSTEMS e is only visible for units equipped with ISDN interface s See more details on the parameters 4 4 1 in This A ISDN Parameter STATUS CONE Protocot Codec Mode Local Number 1 Local Number 2 Sub Address 1 Sub Address 2 SPID Auno CoDNG Mi Ewe ISON Single Codec Remember to save the changes clicking the Save button 5 6 6 POTS Parameters page e is only visible for units equipped with the POTS option See more details on the parameters This pa in 4 4 i POTS Parameter Remember to save the changes Status CONNECTIONS PROFILES NETWORK AUDIO CODING MISC MAINTENANCE p POTS Dialing Mode Dial Tone Country Code Max Speed Speed Mode clicking the Save
146. stered on the server With this SIP Registration sub menu you can disable the registration and hence stop using a SIP server without having to erase account parameters they stay ready for later use Keepalive Interval sets the interval between two re registrations on the SIP server This setting can be used to make the registration renewal more frequent but the server always imposes a maximal period for this reason the default setting Server Preset is recommended except for specific cases SIP port the default port for SIP signalling is 5060 UDP you can enter a different value here Note this port number is valid for the SCOOP 5 itself not the server For the server side if a non standard port is used e g 5070 the SIP Registrar field must specify the port after a colon like in mySIPserver 5070 RTP Port the default port for RTP SIP audio streams is 5004 UDP but you can enter a custom value here if desired RTP TOS if the transmission network supports DiffServ to manage the media priority you can set here the type of service which is assigned to the stream transmitted by the codec Packet Replication see also land page 8 regarding this feature you can select here the setting for packet replication 0 gt standard mode without replication default setting 1 gt packet replication without interleaving 2 gt packet replication with interleaving the second packet is delayed robustness is improve
147. te profile This choice is not available in restricted access mode SCOOP 5 User Manual 61 aN MAETA AUDIO SYSTEMS 4 4 5 Tools About sub menu This sub menu provides a list of data about the identification and status of the unit Scroll the list using the arrows and access all the information Local IP IP address of the active IP interface Ethernet or mobile depending on the current one Public IP public IP address when SCOOP 5 accesses the Internet through a NAT router This address is usually detected thanks to a STUN server configured via the AolP parameters menu see in 4 4 1 Version SCOOP 5 firmware version global identification Along with the unit serial number shown on the label stuck on the rear panel this is part of the essential information to provide whenever you contact AETA for support or maintenance issues EIM Version version number for the audio via IP module SW Build date of firmware generation MAC Address of the main integrated Ethernet interface Ethernet Setup current setting of the main Ethernet interface 10 or 100 Mbit s half full duplex SIP Registrar address or domain name of the SIP server if one is configured SIP Status shows whether the codec is registered on the SIP server 4 4 6 Status sub menu This sub menu provides the list of alarm conditions detected by SCOOP 5 If there are more than two in which case vertical arrows are shown on the display scrol
148. terface selection This page is used for selecting the default interface this is the one that is implicitly used when dialing fo set an outgoing call Besides codec algorithm settings either via menus or the html pages are applicable to this interface STATUS CONNECTIONS PROFILES NETWORK AUDIO ConmG MISC MAINTENANCE ALARM 0 p CHANGE NETWORK g CHANGE NETWORK Ethernet Select the network that wit ISON be chosen far an outgoing i franemission wa directa fre Remote profes wil not be Mobile int a We POTS Select the desired interface and click Save 5 6 2 Ethernet Parameter page STATUS CONNECTIONS PROFILES _ NETW MAINTENANCE ALARM 0 Mode IP Address Subnet Mask Gateway DNS Server 1 DNS Server 2 Link Mode Auto negotaton z PPPoE Usemame PPPoE Password PPPoE Service Nama ethernet cable Remember to save the changes clicking the Save button Settings regarding the Ethernet interface and IP addressing are especially critical because this is just the interface you are controlling SCOOP 5 through You can lose control because of a mistake in the settings it might even be the normal expected consequence for a configuration change So be very careful with the settings on this page In case control is lost after an error you must regain control and correct the settings using the front panel of SCOOP 5 Note if a secondary Ethernet interface is availab
149. the current setting is recalled on the right side The selection is operative immediately after selecting an addressing mode Network Quality select here the expected quality of the transmission via the Ethernet interface The unit switches to internal settings suitable for this quality level For instance if you select Low the codec sets a large size for the reception buffer in order to stand a higher jitter As a counterpart the latency will be higher as well Conversely if you select High the buffer is smaller and the latency is lower but the system is more vulnerable to possible jitter fluctuations of the network transmission latency Network Config only appears when DHCP is active in which case this sub menu displays the addressing parameters that the SCOOP 5 got from the server Using the arrows you can browse the various settings local IP sub network mask etc Exit this display with the IE key lf DHCP is not used several menus allow you to enter the needed settings such as Local IP Gateway etc lighter background on the picture above 50 SCOOP 5 User Manual ETA AUDIO SYSTEMS p e Link Mode is related to the physical Ethernet interface the default setting Auto negotiation is suitable for almost all situations AolP Parameter This sub menu groups the settings related to the Audio over IP AolP transmission It is relevant for the Ethernet interface but also for using a mobile acce
150. the settings without deleting the profiles These can be useful for you to come back more easily to the desired configuration 82 SCOOP 5 User Manual Cpm AUDIO SYSTEMS 4 8 Clearing all settings In some cases especially if the password is lost it can be necessary to come back to the factory configuration To clear up all the configuration and come back to the factory settings normally you should go to the sub menu Tools Misc General Reset and select Factory Reset or Reset Settings which does not delete the memorized profiles and snapshots The default password is blank In the factory setting menus use the English language Other languages can be selected via Tools Misc Language If it is not possible to access the menu to perform the factory reset password lost the erasure should be done using the embedded html pages see chapter 5 below for the operating mode 4 9 Backing up and restoring the configuration It is possible to save all the equipoment settings ina file and conversely to restore a comple configuration froma file previously recorded in such way Such transfers can be done using the embedded html server refer to 5 10 6 for the operating mode Partial exports are also possible selecting eleme ts to include in the export remote profiles local profiles snapshots settings 4 10 Displaying received SMS When the unit is equipped with the wireless option and it is register
151. they are not inside the scope of independent standards The availability of these functions depends on the coding algorithms and on the transmission network The following tables show these capabilities for the various networks No auxiliary function is available for mobile voice transmission Besides for PSTN POTS only relay transmission 2 loops is possible Relays Data bauds Coordination Codec isolated GPIO 300 1200 2400 4800 9600 channel G722 SRT G722 H221 4SB ADPCM MPEG L2 X exclusive only one function at a time Table 4 Auxiliary functions over leased lines Codec Relays Data bauds Coordination Isolated GPIO 300 1200 2400 4800 9600 channel G711 G722 SRT G722 H221 G722 H242 TDAC 4SB ADPCM MPEG L2 MPEG L2 J52 AAC LC HE AAC HE AAC v2 X exclusive only one function at a time Table 5 Auxiliary functions over ISDN SCOOP 5 User Manual 13 AUDIO SYSTEMS Codec Relays Data bauds Coordination Isolated GPIO 300 1200 2400 4800 9600 channel G71 CELP G722 4SB ADPCM MPEG L2 AAC LC HE AAC HE AAC v2 Table 6 Auxiliary functions over IP networks wired or mobile 2 4 1 Transmission of isolated relays When this function is activated the codec transmits to the remote unit the status of two isolated current loops The remote unit then opens or closes relay contacts according to the transmitted status Conversely
152. tified to the Scoopy At this stage the proxy s provide the Scoopy and the IP codec with all the address data they need for the link then the actual audio streams can be exchanged between both units As a very important feature the end devices now can exchange data directly the proxies do not have to be on the path they are only involved in the setting and later the ending of the session The codecs will automatically exchange their coding capabilities and agree on a coding mode with no further user intervention Alternatively the call can be done from the station to the reporter in a way very similar to the above In contrast with ISDN links the operators at the station do not even need to know where the reporter is located This is because the registrar deals with this issue Note that it is also possible to set a link with a SIP compliant VoIP phone instead of another codec This is one of the numerous advantages of using a standard 7 2 3 Setting a link without a SIP server Contrary to a commonplace but wrong idea the SIP protocol does not impose using a SIP server The SIP protocol can be used without a SIP server i e it is possible to set peer to peer links without involving one or more SIP registrars or proxies In such a case the process is more direct and the codec contacts the remote destination with no intermediate entity However there are some drawbacks with such type of session e Without a registrar t
153. tions e MPEG L2 J52 variation using the ITU T J52 protocol for the link negotiation and inverse multiplexing B channel aggregation for connections requiring more than 64 kbit s Moreover optional protection against transmission errors FEC is also available For more details refer to 2 1 3 ISDN interfaces page gi e MPEG L2 variation without the J52 protocol using a system for inverse multiplexing two B channels which is proprietary but compatible with several codecs on the market The bit rate is limited to 128 kbit s with this option LL mode specific aspects In leased line mode an optional protection against transmission errors FEC is also available This is the same FEC system as implemented for the J52 variation of the ISDN mode 2 2 9 MPEG AAC algorithms Application mono or stereo music Low capacity transmission channels These optional algorithms feature a very high compression ratio for a given audio quality compared to Layer 2 They can operate at a sampling rate of 32 or 48 kHz and several bit rates 16 20 24 32 40 48 56 64 96 128 192 256 kbit s Three coding variations are available e MPEG AAC LC Low Complexity lower compression than other variations but lower latency e MPEG HE AAC High Efficiency AAC higher compression and the bit rate is limited to 128 kbit s for this variation e MPEG HE AAC v2 High Efficiency AAC version 2 compared to th
154. tuations look for more details on page 36 e Using the keypad enter the remote number to call numeric IP address or SIP URI if a SIP server is used then press the key e Hang up with the key you must confirm by pressing again e When using a SIP server some data must be entered beforehand using the AoIP Parameter menu for more details refer to page 1 3 3 Set up a POTS link e For connecting the line you must plug in ISDN socket 1 an adapter cable included with the POTS option which provides an RJ45 socket for the ISDN line on one hand and on the other hand an RJ11 socket Plug the POTS line in the latter e If needed adjust the POTS line parameters using Setup Network POTS Parameter Details on these settings see page 54 e Enter the remote number to dial using the keypad and press the key e Hang up with the key to release the connection you must confirm by pressing again 1 3 4 Set up a leased line LL No connection procedure is involved with such link as it is automatically set or reset as soon as the needed connections are done and the settings are correct on both sides of the link See in this manual on page 53 for configuration details 4 SCOOP 5 User Manual BA Maca AUDIO SYSTEMS 1 4 Select and set up network to be used mobile networks To set links over a mobile network an antenna connection is required more details on page 32 and you must
155. type 5 5 1 Remote profiles page STATUS CONNECTION J K MAINTENANCE ALARM 0 REMOTE PROFILES REMOTE PROFILES Stade 15 You can manage the remote profiles used for setting up outgoing calls Click on a Coding 7 Channel Mode Vons z Sampling Rate Bitrate FEC Remote Number 012345674 2nd Remote 012345674 Number gre Create new Parameters that are not relevant in a given context are shaded and inactive 5 5 2 Local profiles page WORK AUDIO CODING MISC p LOCAL PROFILES 2 Corivoloom SMcard2 Selecta profile Click this button and click this button to delete a profile cnn Dra Profiles and snapshots can _ be imported exported tronto your computer Go to Mamtenance Setup transfer Update 5 5 3 Snapshots Snapshots are in fact managed on the Audio page and this Snapshots choice on the Profiles tab just redirects to the Audio page See further the description of the audio page 88 SCOOP 5 User Manual ae Maca AUDIO SYSTEMS 5 6 Network tab This tab leads to several pages which correspond just like the sub menu Network of the front panel interface see 4 4 1 above to the various network interfaces For this reason the number of pages actually proposed depends on the version and the options of the unit with or without ISDN mobile access etc 5 6 1 Change Network page default in
156. udes loop interfaces for the loop control function cf supply that can be used to provide current for the loop and relay interfaces as well as a 5 V power lts wiring is described in 6 1 16 Digital I O interface SCOOP 5 User Manual oe BA MAETA AUDIO SYSTEMS 3 3 Installation and set up 3 3 1 Mounting and connections Natural convection cools the equipment Avoid obstructing the openings on the flanges To operate the codec the minimum necessary connections to set up are see details in the rear panel description e Power supply mains and or DC e Audio inputs and outputs XLR sockets e Network interface depending on the networks used Ethernet interface ISDN line s POTS line X24 V11 V35 interface or antenna s for mobile network access Whenever needed the ALARM X24 V11 socket must be connected to an external supervision system alarm relay contacts The pin out of the connectors is indicated in chapter 6 1 Characteristics of interfaces 3 3 2 Initial set up Before the first use the equipment must be configured according to the desired operation mode audio input output format local conditions network interface parameters Then to set up links you must select the coding type and parameters For using the configuration menus a password may have to be entered After factory setting or after a complete configuration erasure the password is blan
157. un ekiga net 77 72 174 163 stun sipgate net 217 10 68 152 Examples of STUN servers It is recommended to check that the server is operative Moreover numeric addresses may change even if the domain name stays the same A list of servers can also be found on the support page of our web site hitp www aeta audio com 1 Although not with so called symmetric NAT routers 120 SCOOP 5 User Manual Cysera AUDIO SYSTEMS Standard NAT router Situation codec A behind a NAT router with no specific programming a codec accessing Internet via a mobile network is almost always in such situation Besides we assume that the other codec B is accessible with a public address Once codec A is configured for using a STUN server e codec A can initiate a connection to call codec B e codec B cannot call codec A Advantages Drawbacks Configuration is relatively simple B cannot call A No change is needed on the router Several codecs can be set behind the NAT router Method suitable for mobile network access NAT router with DMZ Situation codec A behind a NAT router and placed in DMZ We also assume that the other codec B is accessible with a public address Once codec A is configured for using a STUN server e codec A can initiate a connection to call codec B codec B can call codec A using the public address of the NAT router Advantages Drawbacks
158. ures a Loop control function call set up and release can be remote controlled with current loops and relays instead of using for this the keyboard and or the remote control port Relay contacts provide a status idle on line of the unit 2 5 6 Alarm contacts Besides configuring the equipment operating mode this module supervises its status detection of alarm conditions On detecting operation or transmission faults the equipment switches on indicators and relay contacts Two alarm classes are defined Internal alarm corresponds to a major fault internal to the equipment External alarm corresponds to a fault whose origin is deemed external to the equipment for example transmission fault 1 Reference Logilink UAO144 or other device shown on our web site support pages SCOOP 5 User Manual 22 aN Maca AUDIO SYSTEMS 2 5 7 Configuration and dialling memories To ease the operation it is possible to store configuration memories called profiles These belong to three categories e Remote profiles including the parameters for calling a given destination dial numbers coding algorithm etc Local profiles which memorise the network access characteristics Recalling a local profile is a quick way to recover the configuration needed for connecting on a given line network Snapshots which memorise all the settings for the audio interfaces These various
159. vides an overview of the essential settings and parameters sufficient Status Refresh All Generar CONNECTIONS Current Network PROFILES NETWORK Ememet MPEG L2 48kHz 192kbits Coding sas Tests sms r Aux Functions Data Channet Baudrate Relays Input Relays Output Relays SIP Registration SIP Registrar SP User SIP Status CoWECTION STATE Status Network 1 Remote Address Coding Algorithm Tx Coding Algorithm Rx Stereo On None for basic monitoring Aupio CODING Misc MAINTENANCE ALARM 0 Protocat Codec Mode myservercom 123i Registration Disabled Active transmission interface highlighted MOBILE Cnr Mode Network Mobile network type Signal etrenath Link monitoring ing Mod This page is accessible without a log in and without a password Euro ison Double Codec w odee FSFR MTs 8548m Tone France Program level The link status is monitored dynamically e g you can see call reception and releasing It is also possible to monitor calls that an operator is managing using the front panel The page displays the audio level of the two transmitted signals encoder and the two received signals decoder shown as bargraphs with a O dB reference Refer to chapter 4 4 3 Audio sub menu for more details on the setting for this reference The
160. y brightness 5AS by default the 5AS system for ISDN cf page 9 5A System is active If required it can be disabled using this sub m Auto Redial this sub menu for each codec enu deals with the auto redial feature whose operation is described in 3 5 2 above For the double ISDN codec mode auto redialling can be enabled separately Redial Attempts you can adjust from 1 to 20 the number of attempts to reset the link in case of a drop or even Infinite for redialing indefinitely Time before dial in seconds adjust between 1 and 30 seconds after a link loss the waiting time before redialing It is often worth leaving such a pause so that the cause of the link loss is possibly cured or the remote unit gets back to its normal state etc Loop Control for activating the loop control feature cf 2 5 5 Loop control and status Warning this feature is incompatible with controlling links using the front panel keypad or the embedded html pages LL Backup this sub menu leads to settings for backing up a LL link using an IP or ISDN link see 2 1 7 and 3 5 4 Setting up a backup link Backup Call this setting selects which interface is used to launch a backup call when the control loop is activated see 3 5 4 Setting up a backup link Backup Receive enables the reception of an incoming IP or ISDN call when the unit is in LL mode T
161. ysera AUDIO SYSTEMS O Press a second time to confirm this is for safety in order to avoid releasing by mistake Quick redialing Once a remote device has already been called it is easy to recall it press the key then you can scroll through the call history using the arrows Press again the key when the desired number is highlighted This is especially efficient for quickly redialling the last called number SCOOP 5 User Manual 79 BA MAETA AUDIO SYSTEMS 4 6 Management of the configuration profiles The configuration profiles ease configuration changes and the setting up of routine links There are three types of profiles These Remote profiles which include call parameters for a given destination number s coding etc Such a profile is similar to a directory entry but in addition it can memorize the coding parameters Local profiles memorize the network access parameters These are the settings found in the sub menu Setup Network Recalling a local profile is a quick way to restore the configuration needed for a given line or network Snapshots memorize the settings for the audio interfaces These are settings found in the Setup Audio sub menu various memories are usable locally but also through the embedded html pages and also using these pages they can be imported exported from to a computer Each remote profile includes the following elements Name assigned to the pr

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