Multivue Manual v1-1
Contents
1. 9 92 Understanding the 10 9 3 BASIC Op ratl fl u aha EKERN KNEE REKENEN 12 94 External Connections on the domo MultiVue 23 10 Advanced Operation U u uu 25 10 1 Camera Setup 25 10 27 Advanc d WINKOW 27 10 3 Configuring a Camera Profile 29 11 Fault FI di g_ 30 11 1 Indicated FaultS u asas a 30 114 Fault Symptoms 31 12 LED IndicatorS eves 32 13 Special Connector Pin Out 211 33 13 1 Receiver Audio Connectors 5 Lemo 33 13 2 S Video 4 pin 33 13 3 DC Power Input 4 33 13 4 Ctrl Port 9 pin Male D Type 34 2 List of Figures 1 Front view of the MultiVue lid u 10 Figure2 view of the MultiVue base 2 10 Figure3 Rear view of MultiVue with external connector cabinet2. 11 Figure4 domo MultiVue lid with Viewer and OSD function 13 Figure5 MultiVue Navigation 522 14 Figure 6 System Control 15 Figure 7 System Setup Window a 17 Figure 8 Ethernet Configuration Page 18 Figure 9 Camera Setup 2 20 Figure 10 Received video With OSD uu 22 Figure 11 Camera Setup Page u 25 Figure 12 Advanced Settings Window u 27 3 List of Tables Table 1 MultiVue product codes u 9 Table2 System Navigation Controls uu 14 Table3 System Control Page l u 15 Table4 System Setup Window u 17 Table 5 Streaming Setup Page u 18 Table6 Camera Setup 44444444 400 u uuu 20 4 Change History Version Main Changes from Previous Version Edited By v1 0 Initial Release JQ V1 1 Addition of streaming configuration information JQ 5 About this Manual This manual describes the operation of the domo SOLO4 MultiVue The manual is divided into three main sections Getting started and basic operation This section describes to users how to deploy and use a domo MultiVue unit It is effectively a simple quick start guide for the product Advanced operation This section describes the opera
3. Status 1 Status 2 Status 3 Status 4 Colour Solid Green Flashing Green Flashing Amber Solid Green Flashing Green Red Amber Green Red Amber Green Red Amber Green Red Amber Green Meaning Use Booting Up Flashes once per second when operational flashes faster when control messages received Warning Typically seen when unit is trying to stream rebroadcast more data than allocated Booting Up Flashes once per second when operational flashes faster when control messages received No Lock on Receiver 1 RF Lock on Receiver 1 but no decoder lock Receiver 1 fully locked and decoding No Lock on Receiver 2 RF Lock on Receiver 2 but no decoder lock Receiver 2 fully locked and decoding No Lock on Receiver 3 RF Lock on Receiver 3 but no decoder lock Receiver 3 fully locked and decoding No Lock on Receiver 4 RF Lock on Receiver 4 but no decoder lock Receiver 4 fully locked and decoding 32 13 Special Connector Pin Outs 13 6 Receiver Audio Connectors 5 0B Lemo 1 NC 3 GND 5 Left 13 7 S Video 4 pin Mini DIN 1 Luminance Ground 3 Luminance Intensity 13 8 DC Power Input 4 pin XLR 1 Supply Positive 3 Supply Ground 33 13 9 Ctrl Port 9 pin Male D Type 1 NC _ 3 Tx z u D 5 GND E 7 NC s 9 NC 35 Cobham Surveillance Domo Products 11 Manor Court Barnes Wallis Road Segensworth Ha
4. ease of use the domo MultiVue is fitted with a quad screen output in which all four video outputs are multiplexed into a quad screen and displayed single screen This output is labelled Quad Monitor Composite Connection of Audio Signals The MultiVue is provided with five Audio output connectors Four are situated at the rear of the unit labeled AUDIO and the fifth is on the control panel inside the case labeled with the headphone logo Connector Signal Rear Audio Line level 12dBu clip level low impedance source 20 ohm Typically the audio output device will be monitoring speakers for the rear connections and a headphone set for the control panel connection Note The headphone socket operates independently from the rear audio connections Therefore connecting headphones will not block the external audio outputs 23 Connection of USB device The MultiVue can have USB devices connected to it such as a USB keyboard to aid in the editing of profile settings Connection to IP LAN The 10 100Base T Ethernet network should be connected to the RJ45 connector at the rear of the unit 10 Advanced Operation 10 1 Camera Setup Page Main settings Object Options Select Camera Camera 1 v New Remove Camera Object Settings Telemetry Settings Serice Name Camera 1 Bandwidth Mode rrequency NB OVE T 2405 0 MHz Decryption OFF v PTZ Setting p Advanced Figure 11 Camera Setup Pa
5. used to select the profile required for editing Create New This button creates a new profile with default settings and adds is Profile to the profile list Remove Profile This button removes the profile that is displayed in the profile list window Camera Object This area contains all the settings required for a camera profile 20 Settings PTZ Settings Advanced Telemetry Settings This area enables the configuration of the PTZ language and address to be used This is only available with the MultiVue Commander option This button launches the advanced settings windows containing more camera object settings This area contains the settings for the telemetry configuration This is only available with the MultiVue Commander option Deploying and Operating the domo MultiVue The domo MultiVue is a tactical digital video receiver and the following guidelines should be employed when using the equipment The MultiVue should be operated with the lid up and the internal antennas vertical for best performance No objects are to be placed over the ventilation holes An open unit with the lid up should not be exposed to prolonged rain fall as this will cause damage Depending on the RF environment line of sight or non line of sight and the power of the transmitter 100mW 1W the MultiVue will operate at a range typically 300m to 1km from the target transmitter If the MultiVue is being operated inside a building or
6. vehicle better results may be achieved by using the external antenna inputs on the rear of the MultiVue and deploying the antennas to the outside of the building or vehicle To prevent damage to the MultiVue it should not be operated too close within 5m typically further if the transmitter is greater than 1W in power of the transmitter Using and Interpreting the On Screen Display OSD The MultiVue On Screen Display OSD tool is an extremely useful tool for system set up and diagnostic The OSD facility will burn diagnostic data onto the video output for test and set up purposes Pressing the OSD button will enable this facility and a diagnostic screen will appear in the video as shown below The OSD function has two settings Press OSD button once to display OSD Press OSD button again to switch off OSD function 21 Constel Code Rato PreLDPC Err PomtLDPC Err Packet Err SNR A Figure 10 Received video with OSD The displayed diagnostic data includes a spectrum display signal to noise data input power level and frequency The received spectrum display is useful when checking for interference signals the SNR indicated signal quality For more information on use of this facility a domo training course is recommended When setting a domo system up the OSD should be used in the following way Check Channel is Clear With the transmitter OFF check that the channel is empty of interference signals thi
7. Screen Display OSD diagnostics for link analysis including spectrum analyser 8 4 touch screen in base for system configuration and control e Headphone or Speaker output Depending on option ABS AES 128 or 256 encryption Monitor Video output selectable between any of the four channels and a quad split mode Ethernet Streaming option 4Composite Video or S Video outputs Link to recorders Quad or single video view IMPORTANT NOTE The MultiVue system has been specifically designed for government security and law enforcement users the equipment will tune across frequencies that are only available to licensed government users Non government users should employ the equipment restricted to the license exempt bands only typically 1 389 to 1 399GHz and 2 400 to 2 483GHz 7 Warranty and Support 7 1 Warranty Cover domo offers a 12 month standard product warranty During this period should the customer encounter a fault with the equipment we recommend the following course of action 9 Check the support section of the website for information on that product and any software firmware upgrades If fault persists Call our support line and report the fault If fault persists and you are informed to return the product please obtain an RMA number from the domo support department and ship the equipment with the RMA number displayed and a description of the fault Please email the support section the airway bill co
8. Users Manual MultiVue User Manual Cobham Surveillance Domo Products 11 Manor Court Barnes Wallis Road Segensworth Hampshire PO15 5TH England Version 1 1 T 44 0 1489 566 750 21 January 2009 F 44 0 1489 880 538 1 Table of Contents 1 Table Of Contents vais uuu cece cocsescscecsvececnsetuesigesiecesessevssssvsseescosstecosnsesesscrsstceeosss 2 2 LISU OF FIQUIOS 3 3 4 Change 5 25502 4 5 About this Manual u u u 5 6 introduction 6 Warranty and Support U 7 T A Waranty Cover ee er 7 8 Safety u ususasasussshisssssssssssp psssuskssossuspassssaskapsstoskshussuskapsssuspapsssashapsstoskshsssushata 8 8 1 Safe Operating Procedures 8 8 2 EMC 8 E 8 9 3 CE Marking sereas CAR a 8 9 Getting Started and Basic Operation 2 9 9 1 Which Model do
9. ayed There are five buttons on the System Control page that control the viewer selection The four largest buttons are used to select which view is to be displayed full screen and the Quad View button displays all four views on the viewer screen 16 System Setup Window This window enables the configuration of the Low Noise Block power settings and output standards for all four receivers in the system Note The nature of this system does not allow a mix of output standards across the receivers Standard Settings PAL NTSC NTSG No LNB Power LNB Power On Screen On Off ON OFF Keyboard Auto launch Cancel Cancel Apply Settings Settings Figure 7 System Setup Window The functions of the fields on the Camera Setup page are outlined in the table below Table 4 System Setup Window Field Button Meaning Use Output This field allows the user to select the line standard of video the Standard receiver will output This can either be PAL NTSC or NTSC no pedestal LNB Power This field allows the user to toggle the power for the low noise block Auto Launch This button toggles the auto Launching of the On Screen keyboard OSK Setting this causes the OSK to automatically launch when page or window contains editable fields OK This button instructs the system to configure the receivers with the current displayed settings Cancel This button ignores any changes to the settings and leaves the c
10. cryption If the AES encryption option has been purchased for the SOLO2 or SOLO4 system in use then it is possible to decrypt the link Decryption must be enabled at the receiver by selecting either AES128 or AES 256 in the descrambling field The decryption key can then be entered into the fields that appear below the option field 26 10 2 Advanced Window This window enables the user to configure the advanced settings of a camera profile Note The bandwidth option must be chosen before opening the Advanced window as some settings are bandwidth specific Camera Profile Advanced Settings g Serice Name ODFM Polarity 2 Input Frequency MHz NTSC Made A Down Converter LO MHz MPEGC4 Deblocking Down Converter LO side OFDM Bandwidth OFDM Guard Figure 12 Advanced Settings Window Service Name This field allows the user to enter an identifier for the service that they wish to receive This must match that selected at the transmitter Unit name for the service to be decoded The service name can be constructed of any eight ASCII characters Input Frequency MHz The receive frequency can be set by entering the desired frequency in this field Values outside the range supported by a particular transmitter type will be rounded to the highest of lowest supported frequency as appropriate The receive frequency be set in step sizes of 250kHz Down converter LO This fiel
11. d allows definition of the local oscillator frequency in the connected downconverters For domo supplied downconverters this should be set as follows 1880 2 for S band transmissions 2 28 to 2 55GHz 1700 2 for L band transmissions 1 15 to 1 4GHz Down converter LO side This field allows definition of the local oscillator side For domo supplied downconverters this should be set as follows 27 LOW for S band transmissions 2 28 to 2 55GHz HIGH for L band transmissions 2 28 to 2 55GHz OFDM Bandwidth This field displays the width of the received OFDM signal and should be set to 2 5MHz for normal SOLO4 system operation and should be set to 8MHz for normal SOLO2 system operation OFDM Guard In this field the user selects the guard interval which matches the transmitter For SOLO4 systems typically a guard interval of 1 16 is used however on very long range transmissions guard interval of 1 8 may be employed For SOLO3 systems typically guard interval of 1 32 is used however on very long range transmissions a guard interval of 1 8 may be employed OFDM Polarity This option can control the polarity of the OFDM RF spectrum to be set to standard or inverted NTSC Mode With this control when running in NTSC line mode the user can select whether the NTSC composite output video has a 7 5 IRE pedestal applied MPEG4 Deblocking This field toggles the MPEG4 deblocking filter which helps prevent blocking ar
12. four receiver inputs to the viewer screen OSD On Screen Display There are four of these buttons one for each view and toggle the OSD ON OFF when pressed Assign Each of these prepares its corresponding view to be assigned with a camera setting These used in conjunction with Configure button 15 Audio Configure Camera Viewer Screen Streaming System Setup These buttons select which view audio is to be fed to the headphone socket This button configures a view with the camera settings profile in the Camera drop down list The appropriate Assign button must be pressed first This drop down box contains the list of camera profiles present on the MultiVue system This button toggles the viewer screen power Green means that the Viewer screen is on and Red means the viewer screen is in standby This button launches another window allowing the user to configure the IP and broadcast stream settings for the MultiVue system This button launches another window that allows the user to configure the LNB power and output standard Changing the View Camera assignment To assign a view with a camera profile follow the steps below 1 View Selection Press the adjacent Assign button to the view required Select the camera profile from the Camera drop down list Press the configure button Allow approximately 5 seconds for the receiver to be configured and the picture to be displ
13. ge Service Name This field allows the user to enter an identifier for the service that they wish to receive This must match that selected at the transmitter Unit name for the service to be decoded The service name can be constructed of any eight ASCII characters Bandwidth Mode The MultiVue is capable of receiving transmissions in both Narrowband and DVB T For receiving the transmissions from a SOLO2 transmitter the DVB T radio button should be selected For receiving the transmissions from a SOLO4 transmitter the Narrowband radio button should be selected When the Narrowband button is selected then Narrowband specific settings can be configured in the Advanced Settings window If the DVB T button is selected then DVB T specific settings can be configured in the Advanced Settings window Note The bandwidth option must be chosen before opening the Advanced window Note The terminology DVB T refers to the 8 7 6MHz wide bandwidth modulation employed in SOLO2 products The 50104 product is also capable of DVB T but this mode is not recommended for normal operation 25 Frequency MHz The receive frequency can be set by entering the desired frequency in this field Values outside the range supported by a particular transmitter type will be rounded to the highest of lowest supported frequency as appropriate The receive frequency can be set in step sizes of 250kHz De
14. le 2 On Screen Keyboard COBHAM Shutdown Camera Seluu Figure 5 The MultiVue Navigation Pane The functions of the buttons on the Navigation Pane are outlined in the table below System Navigation Controls Field Button Meaning Use System Control This button selects the System Control Page Camera Setup This button selects the Camera Profile Setup page This page allows the user to configure settings for the receiver such as frequency On Screen This button launches the On Screen Keyboard for editing text fields Keyboard Shutdown This is used to safely shutdown the MultiVue system 14 System Control Page This page controls the viewer screen display and the camera profile assignments for each view Ethernet and View OSD ent Audio Select Streaming ON OFF Setup System Setup Options OSD Assign Audio ein Viewer Configuration Configure 4 Profile Full Screen t View Camera Ssignmen Selection n Quad View Quad View ON Camera Selection Profile Selection View 4 Viewer Screen View 3 Controls Power Control Controls Figure 6 System Control page The functions of the fields on the System Control page are outlined in the table below Table 3 System Control Page Field Button Meaning Use View 1 2 3 4 These buttons select the receiver input to be displayed full screen on the viewer in the MultiVue lid Quad View This button displays all
15. mpshire PO15 5TH England T 44 0 1489 566 750 F 44 0 1489 880 538
16. nnel Status LED Condition Red Amber Meaning Data buffer overflow on streaming or rebroadcast Meaning No RF Signal Lock Has RF signal lock but no decoder lock 30 Action Check that the streaming and rebroadcast settings are suitable to carry the incoming data rate from the selected channels Action Check a suitable RF source is active on correct frequency Ensure Downconverters are connected Ensure antennas are connected to downconverters Ensure there is no interfering signal Check video is enabled at the transmitter Check correct unit name is selected at the receiver to match the transmitter Check that scrambling keys are matched 11 5 Fault Symptoms Symptom Suggested Action No RF Link Check a suitable transmitter source is active on correct frequency Ensure Downconverters are connected Ensure antennas are connected to downconverters Ensure there is no interfering signal Poor link Poor performance of the link can occur for the following reasons erformance Interference Should an interfering RF signal occur on the same frequency the performance of the link will be affected Remove the interferer e or move to an alternative frequency Unsuitable antennas or out of band antennas See the antenna sections for guidance on antenna selection and use Reduced transmit power ensure that the attenuation setting on the transmitter is appropriate for direct out
17. nsignment number for tracking purposes Ifyou have extended warranty provisions then domo will send an immediate advance replacement to you Under most circumstances this must be returned once the fault item is repaired Depending on the nature of the fault domo endeavor to repair the equipment and return it to the customer within 14 days of the item arriving at our workshops Obviously it is impossible to cater for all types of faults and to manage 100 replacement part availability and delays are sometimes inevitable This is why domo recommend that its customers take out an extended warranty which includes advanced replacement of faulty items and or hold a basic level of spare parts which can be held by domo on the customer s behalf Please contact domo for details of packages that can be tailored to meet your individual needs whether they are service availability technical training local geographic support or dedicated spares holdings 8 Safety 8 1 Safe Operating Procedures Ensure that the power supply arrangements are adequate to meet the stated requirements of the product Caution When using the DC input ensure the DC supply is capable of 12V ata minimum of 15A Operate within the environmental limits specified for the product Do not subject the indoor equipment to splashing or dripping liquids Only authorised trained personnel should open the product There are no functions that required the User to gain access
18. on Understanding and Interpretting the On Screen Display for more details Figure 4 domo MultiVue lid with Viewer and OSD function 13 Understanding the Touch Screen Control Interface In the base of the unit is an 8 4 touch screen which is used to control and configure the MultiVue system On powering on the domo MultiVue the touch screen will show the domo logo before booting into Windows XP embedded XPe Once XPe has booted up the MultiVue Control application will automatically launch shown below The control interface is divided into three parts System Control page Camera Setup page and the navigation pane The navigation pane is visible all the time at the bottom of the screen and enables the user to navigate around the control interface At startup the control interface launches into the System Control page which is used to select the video that is displayed on the lid viewer screen The touch screen is quite responsive and will react to firm but gentle pressure applied to any of the buttons Note Navigation through the touch screen menu s may be done either by hand or with a stylus However the touch screen can be damaged if pressed too hard or pressed with a sharp implement Navigation Pane System This area of the interface is always present at the bottom of the screen and allows the user to navigate around the controller software application Camera On Screen System a Page Tab
19. pply The MultiVue system can be supplied from a DC supply and has the following characteristics Fuse 16A 32mm Cartridge Voltage 9 to 36V Current Max 15A at 12V Connector 4 way XLR Applying power to the MultiVue System The system is powered either by direct connection from the external DC supply or by connecting the mains supply and switching the mains switch to the ON position On powering the MultiVue the Power LED will light as a Solid green colour and progress to a flashing green The sound of the internal cooling fans will be heard The four status LEDs will be red Shut Down of the MultiVue System The MultiVue system runs an internal single board computer and therefore must be shutdown before switching off or removing power from the unit To shutdown the unit press the Shutdown button on the user interface screen The system will shutdown safely and inform the user when power can be removed from the system If this shutdown sequence is not followed then damage to the system is likely to occur 12 Understanding the Viewer Screen When the system is switched on the lid viewer screen will power up The domo logo is displayed first followed by the current video display Note A Blue Screen will be displayed if the MultiVue receiver can not lock to a suitable microwave source Note A translucent OSD On Screen Display may be present in the left hand side of the screen see later in this section
20. put or for amplifiers connected Receive antenna positioning were possible mount the receive antennas away from other objects unobstructed and as high as possible Poor alignment of directional antennas No Diversity operation Ensure both down converters are operational Blue screen Receiver RF LED not lit see No RF Link section at receiver Receiver RF LED lit Check video is enabled at the transmitter Check correct unit name is selected at the receiver to match the transmitter Check scrambling keys are matched Reduced Image quality is affected by the video bit rate which can be read from the video bit rate Image field of the SOLO transmitter controller The standard setting is 2 3Mb s However quality enabling audio particularly the high quality audio modes will reduce the video bit rate substantially Therefore ensure an appropriate audio mode is selected or audio is fully disabled if not required No audio Ensure audio is enabled at the transmitter disabled by default Rolling Check that the Output video standard is set to the correct video standard Also check black and the Power up line standard option in each receiver s advanced tab The MultiVue white system supports PAL and NTSC but the two cannot be mixed so all transmissions distorted into the unit must be the same standard to correctly display the video video 31 12 LED Indicators LED Button Power Power
21. r Cable n antennas and down 2x External Audio Cable converters IP streaming not included NETCRXIPUP IP Video Streaming None Option AES128 AES256 AES128 or AES256 None Decryption Option Note Use of External down converters must be checked as they are frequency specific 9 2 Understanding the MultiVue The domo MultiVue is a tactical microwave receive case incorporating the following principle components Diversity antennas 15 viewing screen Fourway COFDM digital video receiver 84 Touch screen control interface These principle components are highlighted in the photographs below LCD viewing screen Speakers Optional Internal Antenna and Down Converters Figure 1 Front view of the MultiVue lid Ventilation Cooling Fans Holes Pare Status LEDs Ventilation Holes Volume Control Touch screen USB Figure 2 Top view of the MultiVue base Headphone Socket 10 AC power input Ethernet A Channel and switch DO power input Channel C Channel D Input Fuse Receiver A Receiver B Receiver C Receiver D Outputs Outputs Outputs Outputs Figure 3 Rear view of MultiVue with external connector cabinet 11 9 3 Basic operation Connection to AC Mains The MultiVue system can be supplied from an AC Mains supply and has the following characteristics Fuse 3 15A Type T Voltage 100 to 250V 50 60Hz Auto Sensing Supply Connector IEC Mains Socket Connection to DC Su
22. s is confirmed by ensuring that the reported power the channel is at 99dBm and that the spectrum is shown as a rounded dome with no obvious spikes or tones Check Quality of Link Switch on the transmitter and confirm that SNR is 6 or greater and that power level is at least 92dBm or greater This represents approximately a 5dB margin Failure of the link will occur when the power level reaches 97dBm or the SNR reaches 22 9 4 External Connections on the domo MultiVue The rear equipment cabinet of the domo MultiVue incorporates a number of external connections as shown inFigure 3 Four Composite and S Video Outputs for external viewing of receiver video e Quad Video output for view all four video outputs together Four Audio Outputs for connecting external audio output devices Data for data output and receiver software upgrading In C and D for connecting external antennas See Advanced operation section One USB connection for USB Keyboard and PC Updates One Ethernet port for Streaming and PC updates Connection of Video Signals The MultiVue is provided with four composite video output connectors labelled Composite and four S Video connectors labelled S Video Connector Signal Video BNC 75 ohm composite video output PAL or NTSC software selectable at the transmitter Typically the video display device will be a high quality monitor It should be noted that for
23. t two IP addresses are required Connecting the MultiVue to a Network If the intention is to use the streaming option of the MultiVue then please also refer to the Network Requirements for IP Streaming section below 18 Before connecting the MultiVue to a network obtain the appropriate settings from your network service provider Enter the IP addresses in the Ethernet Configuration Field and click apply this action will cause the MultiVue to reboot Following the reboot the MultiVue is now ready to connect to a network Note The MultiVue will only reboot if the Ethernet Configuration settings have changed the Streaming settings can be changed without causing a reboot Connect an appropriate Ethernet cable to the Ethernet RJ45 connector on the rear of the MultiVue Network requirements for IP Streaming The MultiVue Streaming option will stream the video and audio services received on its input onto the Ethernet IP output The Ethernet IP output connector is 100BaseT compatible The Ethernet IP RJ45 output connector must be connected to a network of suitable capacity typically this is a private LAN The capacity required is the aggregate of the bitrate of the incoming services Typically the bitrate will be a minimum of 3Mb s and a maximum of 25Mb s Therefore a Network of at least this capacity is required these kinds of capacity are only available on Private LAN networks Note The high bitrate requirements of streaming
24. tifacts common in Discrete Cosine Transform DCT based image compression Enabling the filter can lead to a better visual appearance and compression efficiency Data With this ON OFF control the user can select whether the receiver extracts any data component that may be in the transmitted stream Such data components are presented at the receiver DATA output port 28 10 3 Configuring Camera Profile Creating a new profile 1 Press the On Screen keyboard button to launch the windows On Screen Keyboard if no USB keyboard is connected 2 Inthe Camera Setup page press the New button In the Create New Object dialog enter the new object name and press Ok 4 The new profile is added to the list and the default settings are presented ready for editing Editing a Profile Firstly select the camera profile you want to edit using the camera object drop down list at the top of the page The current settings for the profile are then displays in the relevant fields on the Camera Setup page and in the advanced settings dialog Note As the settings are saved as they are edited and therefore there is no undo option Removing a Profile 1 Select the profile you want to delete from the camera profile list 2 Press Remove The profile will be deleted from the system and its entry removed from the profile list 29 11 Fault Finding 11 4 Indicated Faults Power LED Condition Flashing Amber Cha
25. tion of the system in more detail concentrating particularly on advanced use of the touch screen controller Technical reference This section provides technical specification and control protocol data and will be of interest to those integrating the MultiVue into larger systems 6 Introduction The domo SOLO4 and SOLO2 product range enables the user to build wireless digital microwave video systems The domo SOLO4 products have been designed to provide rugged point to point links for high quality full frame rate video and audio even in non line of sight and urban environments Existing analogue systems suffer from impairments such as video noise loss of colour information and poor image quality when line of sight cannot be maintained and solutions based on wireless internet standards and PC platforms deliver poor quality video The domo SOLO4 system is a digital system that uses the COFDM modulation technique which effectively eliminates the problems caused by multi path and reflections The domo MultiVue system is a portable solution for use in quick and easily deployment applications Features Foursimutaneous video reception and viewing e Comprehensive Demodulation 8 7 6 2 5 1 25 2 optional Up to four way Maximum Ratio Combining antenna diversity for fade and multipath elimination Two lid mounted antennas 15 colour monitor in lid Mains and DC operation Comprehensive On
26. to the interior of the product The unit is designed only to be operated with the Lid open to ensure adequate airflow The MultiVue with the lid up should not be exposed to prolonged rain fall this will cause damage 8 2 EMC Approvals The equipment has been designed to meet and has been tested against the following harmonized EMC and safety standards EN 55022 1998 Class A EN 60950 2006 8 3 CE marking The CE mark is affixed to all SOLO4 and 50102 products and the CE Declaration of Conformity as well as the technical file are available on request 9 Getting Started and Basic Operation 9 4 Which Model do have Each SOLO4 MultiVue unit is marked with a serial number and product code label The Table 1 Product Code SOL4MUV 100140 diagram of the label is shown below Product Code Panel Give product code and manufacturers information e CE and Serial Number Panel Gives CE mark and product serial number domo made UK SN 123456 CE SOL4MUV The domo product code and options can be referenced in the table below MultiVue product codes Product SOLO4 MultiVue Receiver 1GHz 1 4GHz Base model 2x integral antennas and down converters IP streaming not Accompanying items Cables Mains Power Cable DC Power Cable 2x External Audio Cable included SOL4MUV 228255 SOLO4 MultiVue Cables Receiver 2 28GHz Mains Power Cable 2 55GHz Base re pata model 2x integral DC Powe
27. urrent receiver settings as they are 17 Streaming Setup Page This page allows the configuration of the MultiVue IP and broadcast streaming settings Note Due to the construction of the MultiVue system it requires two addresses before connecting to a network Ethernet configuration Selection Configuration settings Settings Streaming Configuration jj Ethernet Configuration Channels fo Stream L Channel 1 Channel 3 PC IP Address L Channel 2 C Channel 4 Multicast Address CRx Address SAR Address Subnet Mask Multicast TTL Edit Default Gateway Streaming Port Edit Stream Service Name Edit Streaming Bitrate Mbps Edit Cancel Apply Changes Changes Figure 8 Ethernet Configuration Page The functions of the fields on the Ethernet configuration page are outlined in the table below all settings are not implemented until the Apply button is pressed Table 5 Streaming Setup Page Field Button Meaning Use Streaming This field allows the user to select the streaming settings required Configuration to broadcast the received stream to a network Channels to This field allows the user to select which channels are to be output Stream on the streaming service Enable This toggles the streaming on and off Streaming Ethernet This field contains the settings required to connect the MultiVue to a Configuration network Note tha
28. video mean that public networks such as 3G or the internet will not be suitable Note The streaming video format is Multicast UDP streaming users should ensure with their network provider that Multicast UDP streaming is enabled on the routers and switches of the network Enabling the Streaming 1 Enter the appropriate streaming setting with the advice of you network service provider 2 Select the channels to stream within the service 3 Set the Enable Streaming setting to ON 4 Click the Apply button 5 The output stream is now running Note If the stream is poor quality try increasing the bit rate in the Streaming Configuration page and click Apply 19 Camera Setup Page This page allows management of the camera profile list and profile settings Camera Create New Remove Prone Profile Profile Selection Jptions Object Select Camera Camera 1 New Remove Camera Camera Object Settings Object Telemetry Settings Settings Service Name Camera 1 Bandwidth Mode Frequency NB DVB T 2405 0 MHz Decryption OFF PTZ Settings Advanced t Telemetry il Settings Advanced Settings ger Settings Commander Figure 9 Camera Setup Page The functions of the fields on the Camera Setup page are outlined in the table below Table 6 Camera Setup Page Field Button Meaning Use Camera Profile This contains all the profiles present on the MultiVue system and is Selection
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