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Agenda Item 3: Report of the activities carried out to date

1. v iii ricer 24 3 1 2 SO A RR ORE ORE OTO ONTO 24 Sir DOMA ili 23 Id LEVELS COMINGS E 26 3 2 STEP 2 TELEPHONE MIGRATION TO DIAL PLAN 26 Sep DPI Tee aa de Ro na D 0e di a ln 27 ke Mn 27 3 3 STEP 3 CTS CC ENEE EHNEN 28 PR Pa 28 02 Mucca 28 3 4 STEP 4 TELEPHONE MIGRATION TO DIAL PLAN I ATS ccecccsscceescccenecccseccescceenscseeceeeceseescseneceeneceeeeseees 29 Agg DPI 29 dl Mida 29 3 5 STEP 5 AFTN AND METEO WEATHER MIGRATION e vc ceereree rire eee 30 Di PID ecc 32 Our Ref December 2014 Page 3 82 REDDIG II Document support la migration doc Fae M TO O a ne one a cg sa vse dance etic ne a seus eentnns 33 3 0 STEPO MIGRATION RI CN CIE KEE 35 301I E lidia aio 35 OR OR D en ee a ee D 35 3 7 STEP7 RADAR MIGRATION SUMU AND SAEZ eee 36 3 8 DA EH E A DR EE 37 3 5 1 Sending a multicast feed wiih EE Erreur Signet non d fini IRC EVE CC WE VO eared arate cae eet oa tie AAT Erreur Signet non d fini 3 8 3 Activating the tunnels corresponding to the feets iii 37 3 9 STEP9 IT IS TIME TO GO HAVE A BEER OR SOMETHING ELSE 37 4 DAY 3 FINALISING INSTALLATION OF THE OUTDOOR PART 2u 00 ccccssscccsscccccsscccccscccccesssccees 38 4 1 STEP 0 A REPLACING THE SOURCE 39 4 2 STEPO A REPLACING THE DIAPHRAGM cerci 42 4 3 STEP 1 ASSEMBLING THE LNBS ON THE WAVEGUIDE SWITCH ever 43 4 4 STEP2 ATTACHING THE LNBS TO THE SOU
2. 12 4 12 The millisecond range was extended from 5000 to 6500 Examples The following example configures the maximum time to wait for wink signaling after an outgoing Seizure is sent on a voice port for 300 milliseconds voice port 1 0 0 timing wait wink 300 gt Increase it to 5000 most tolerant system Our Ref December 2014 Page 80 82 REDDIG II Document support la migration doc ee timing interdigit To specify the dual tone multifrequency OTMF interdigit duration for a specified voice port use the timing interdigit command in voice port configuration mode To resetto the default use the no form ofthis command timing interdigit time no timing interdigit time Syntax Description time DTME interdigit duration in milliseconds Range is from 50 to 500 The default is 100 Command Default 100 milliseconds Command Modes Voice port configuration Command History Release Modification 11 3 1 T This command was introduced on Cisco 3600 series 11 3 7 MA This command was supported on Cisco MC3810 Usage Guidelines The call signal direction for the timing interdigit command is out This command is supported on Foreign Exchange Office FXO Foreign Exchange Station FXS and EAM ports Examples The following example sets the DTMF interdigit duration on a voice port to 150 milliseconds voice port 1 0 0 timing interdigit 150 gt Leave the default 100 Our Ref December
3. 2 19 REDDIG II factory acceptance tests were conducted on 12 16 May 2014 in V lizy Paris at INEO facilities with the participation of representatives of Project RLA 03 901 members of Argentina Brazil Paraguay and Peru and the REDDIG II Administration 2 20 The following activities were conducted during the factory acceptance tests Verification of cabling and equipment installation on each rack of REDDIG II Verification of models and serial numbers of all REDDIG II equipment Testing of communication links between sites in a simulated environment Testing of outdoor equipment Testing of indoor equipment Testing of the REDDIG II monitoring system 221 For testing purposes INEO installed in its laboratory all the equipment cables and connectors in the respective racks of all REDDIG II nodes For connections between nodes coaxial cables were laid between satellite modems using combiners and splitters 222 Upon completion of the FAT the group proceeded to accept the FAT with observations which shall be fully resolved by the INEO amp Level 3 consortium as a precondition for acceptance of provisional site acceptance tests PSAT RLA 03 901 RCC 18 WP 03 4 2 23 In this sense REDDIG II focal points must be aware of all the observations made during the factory inspection FAT which are presented under this agenda item and described in detail in the REDDIG website wwwl lima icao int reddig making sure that the INEO amp Level
4. A Side B Side Input Low Threshold 400 dBm VDC High Threshold DC VDC Low Threshold 150 Dc IDC High Threshold SC IDC Low Threshold 250 E This page generated Wed Mar 09 11 14 30 2011 4 10 2 2 Interface Cfg Check the addresses entered in the IP address 10 100 XX 43 IP subnet mask 255 255 255 0 and gateway fields 10 100 XX 254 The rest are default values 4 10 2 3 System config Enter the Time settings in UTC time Custom title site name 4 10 2 4 Alarm config Normally the threshold alarms must be in Major Deactivate the 710 MHz Alarm 10 MHz internal to the LNB 4 10 2 5 Redund cfg Enter the following settings Set Online RX1 1 used to change the position of the switch and thus which LNB 1s receiving from the antenna Redundancy mode Reverting allows switching from A to B and B to A Redundancy switching type Auto switching is automatic 4 10 2 6 Alarm log Clear the log after having configured the RX 1 1 Our Ref December 2014 Page 60 82 REDDIG II Document support la migration doc INEO zz Level 3 4 11 STEP 8 LINE UP The line up consists of calibrating the modems and IBUCs in terms of power and receiving levels 4 11 1 Preparation 1 Connect to the IBUC from the monitoring PC and check that its attenuation is at maximum 2 Turn off IBUC transmission from the web page disable 3 Disconnect the Ethernet cables from SkyWANs A and B 4 Plug an Ethernet connection into port 1
5. a Request confirmation of the proper polarization isolation gt If necessary turn the source wm iii mmm b Sending an unmodulated carrier wave Unmodulated CW Go to the Test section see below In test mode on the SkyWAN both the diag and operation LEDs will blink green gt Adjust the SkyWAN power lower increase the attenuators do not forget to click on 7xreadjust gt If you reach 0 attenuation on the SkyWANSs lower the attenuation on the IBUCs gt Note the maximum attenuation value emm Our Ref December 2014 Page 64 82 REDDIG II Document support a la migration doc Carrier ID 18663197 1360504000 Hz Carrier ID 18663200 1359106500 Hz Carrier ID 18663197 810 6 kBaud Carrier ID 18663200 738 6 kBaud Carrier ID 18663203 1357813000 Hz Carrier ID 18663203 693 3 kBaud m8PSK J R23 2 3 a EE A File ge Tests pme Serena iena Lia Test Chanse Siess ZE a SSS siii rid Set Channel Parameters Test Parameters IDU hot et Test Mode cwUnmodulated ou BERTinTX Rx mode Lal emm emm mmm em am ar emm am a no a 7 2 3 15 Set Tx Power for ali Charnes le al Output Power dm No communication to RFT ei ssi ie CT CE fece CE RFT 5000 Tx Atterwaton dB 0 0 RFT 9000 Rx Attermstion d BERT Resuits _VUI KCI JIPCCCILDCI ZUI4 Pape 05 54 REDDIG II Document support la
6. 3 consortium complies with them otherwise it should be reflected as a non compliance in REDDIG II provisional acceptance tests PSAT which are the responsibility of each of the REDDIG II focal points Results of the Third technical operational meeting for the implementation of REDDIG II RTO 3 2 24 The RTO 3 meeting was held in Bogota Colombia on 28 29 July 2014 with the participation of 9 member States Argentina Bolivia Brazil Chile Colombia Ecuador Paraguay Trinidad and Tobago and Uruguay totalling 19 attendees including ICAO experts 225 In this meeting important conclusions were formulated mainly addressed to focal points on actions required prior to REDDIG II implementation A list of such conclusions appears in Appendix E to this working paper 2 26 Main activities include the need for REDDIG II focal points to monitor the implementation of FAT observations by the contractor the registration of the new frequencies for REDDIG II before the national entities responsible for the radio frequency spectrum the installation of a redundant Ethernet switch and router for IP services to be carried on the REDDIG II the installation of cabling for data and voice services to be carried on the REDDIG II national coordination as required for customs clearance of equipment and maintenance of antennae since these will continue to operate with REDDIG II except for the antenna of Paraguay which will be new Copy of the RTO 3 fina
7. 82 REDDIG II Document support la migration doc Level 3 Thus in this example when the RSS is all in A input WB OI is connected to output 1A in WB 01 A to CISCO A When everything is in B WB OI is connected to 1B at WB 01 D enters through the COM port in slot 4 and exits through 4B on WB 01 B to Cisco B Thus if we manually position everything in B except card 4 which we put in A we exit on WBOI C which is connected to the CISCO GBB 1 Identify the RSS cards used to switch between the CISCO GBB and CISCO B such as card 4 in the example above We will call them the GBB cards 2 Shut down Cisco A and then B The system will switch to B 3 Manually switch the GBB cards and only this one 4 Disconnect the service admin telephone dial plan 2 and reconnect it to the CISCO GBB see dial plan file Do the same thing with the ATS non hotline 5 Conduct a ping test to verify that the system 1s still operational 6 Place a call to a remote site Return the status to normal turn on Cisco A and then Cisco B manually switch from RSS to A 6 2 STEP 2 NMS TESTS In accordance with the PSAT document check the NMS configuration 6 2 1 Check the active monitors 6 2 2 Check the performance monitors 6 2 3 Check the connections to the console ports 6 3 STEP 3 MIGRATION OF THE LEVEL 3 EQUIPMENT If the Level 3 equipment was not installed in the rack shut it down install it in the rack and reconnect it Ma
8. 82 REDDIG II Document support a la migration doc 4 10 STEP 7 IBUC AND RX 1 1 CONFIGURATION 4 10 1 IBUC Sign onto the IBUCs using your web browser password 1234 On the home page Info it is possible to identify the power 40 W or 80 W on the IBUC Configure the following settings 4 10 1 1 Tx config IBUC B ONLINE TE0000001 Terrasat 2 Tx Output I A_N Power Monitor Frequency Hz Tx State at Powerup Enable Si envoir d une porteuse CW Continuous Sinon cas normal Burst Tx Powerup Delay 0 Sec Power Read Mode v Si IBUC 40W 26 Burst Threshold Be Si IBUC 80W 29 Burst Count Gain Mode Open Mettre au max 16 et diminuer selon lineup Attenuation dE Tx Input Threshold Low 500 dBm Tx Input Threshold High 150 dBm Tx Output Threshold Low in Si IBUC 80W 29 Tx Output Threshold High Wr Si IBUC 40W 47 Current Gain Control dB Si IBUC 80W 50 Gain Control Reset Select v Internal TEE Trim Laisser par d faut A ne changer que suivant un test pr cis sur skywan variation importante du frequency offset entre IBUC A et B avec d synchronisation During the SkyWAN line up with Intelsat the transmission power will be adjusted To limit the maximum output power of the IBUCS it is preferable to work at the maximum attenuation of the Our Ref December 2014 Page 58 82 REDDIG II Document support a la migration doc IBUCs and minimum attenuation of the SkyWAN an
9. History Release Modification 11 3 1 T This command was introduced on Cisco 3600 series 11 301 MA This command was supported on Cisco MC3810 12 4 12 The millisecond range was extended from 5000 to 6500 Usage Guidelines The call signal direction for the timing wink wait command is out This command is supported on ear and mouth E amp M ports only Examples The following example sets the wink wait duration on a voice port to 300 milliseconds voice port 1 0 0 timing wink wait 300 gt Increase it to 5000 most tolerant system Our Ref December 2014 Page 79 82 REDDIG II Document support a la migration doc pi timing wait wink To set the maximum time to wait for wink signal after an outgoing seizure is sent use the timing wait wink command in voice port configuration mode To restore the defaultvalue use the no form ofthis command timing wait wink milliseconds no timing wait wink milliseconds Syntax Description milliseconds Maximum time to wait for wink signal after an outgoing seizure is sent Valid entries are from 100 to 6500 milliseconds ms Supported on ear and mouth E amp M ports only Defaults milliseconds 550 milliseconds Command Modes Voice port configuration Command History Release Modification 11_3M1 T This command was introduced on Cisco 3600 series routers 11 301 MA This command was implemented on Cisco MC3810 multiservice concentrators
10. LOC POS sysrer REF PiN TYPE Ho Customer Interface 5 user Jezg Jean asom svseca arrwecom a IL sso Je artIcincuttseaz 6 serur Les zou pee asom srseca AFTNRoom LI Te lesa arrwciesasseo 7 serur Les zou pees asom srseca arturoom so Jee Je arrwcictaseom Bluse Je za rs som svseca arrwacom ss Je iosa FTI cineui 4 tunari 9 eat Je za pn srseca arruroom 1034 artWcireutstondetina ps de verve usrss lost asom lsvseca artw room ss Jee el ER WE 19 verve Jeza vos 33 34 35 DFS2iss3 Copyright Multipoint Communications witham Essex CMS SYG 1333 sefssue a e a Tile REDDIG INTERFACE WIRING 37 Dae 4 nov 02 13 nov 2t jenv 03 JL SLLP Sht WI04N 38 Drawn ki In m Drg No Size Ad 33 chou Ti Ir M01 09910 01 Sheet W 103N 4 4 gt dI 101A 102A 103A 101N 102N 103N 104N 3 Maf m D Zb lata 2 4 3 Case of the E amp Ms The wiring for the E amp MSs 1s not straight it depends heavily upon the products used With the customer establish the pin out E amp M Cable from Memotec CX existing Our Ref December 2014 Page 19 82 REDDIG II Document support a la migration doc Level 3 Table 7 5 Voice Connector Signal Output RJ 45 M E Tip 1 Ring Tip Ring 1 Signal Ground 7 2 3 4 5 6 f H Signal Battery Figure 4
11. Le Connect port A to Ethernet switch A on an unused port and linked to VLAN 1 Connect port B to Ethernet switch B on an unused port and linked to VLAN 1 Our Ref December 2014 Page 77 82 REDDIG II Document support a la migration doc FER ta at i S 3 GDF SUEZ S eve 7 APPENDICES 7 1 TELEPHONY 7 1 1 Dial plan See the dial plan file 7 1 2 Additional E amp M and El commands Router conf t Router config voice port 0 y z O slot port or O y z a where a is the de number the time slot number for the E1 Router config voiceport http docwiki cisco com wiki Cisco_IOS_ Voice _Troubleshooting_and Monitoring_ E 26M Interfaces http www cisco com c en us support docs voice analog signaling e m did fxs fxo 14005 em supervision html http www cisco com en US docs 1os 12_3t voice command reference vrht_t3_ps5207_TSD_ Products Command_Reference_Chapter html wp1619902 timing interdigit To specify the dual tone multifrequency DTMF interdigit duration for a specified voice port use the timing interdigit command in voice port configuration mode To reset to the default use the no form ofthis command timing interdigit time no timing interdigit time Syntax Description time DTMF interdigit duration in milliseconds Range is from 50 to 500 The default is 100 Command Default 100 milliseconds Usage Guidelines The call signal direction for the timing interdigit command is out Thi
12. O 8 ug e 10 2 DAY 1 PREPARATION FOR MIGRATION cccssccssccsscccccccscccscccccsccssccscccsscccssccscccsecccscccsccccescoeees 11 2 1 STEP 1 INSPECTION OF COMPLETED WOREN 11 bl dipen 12 2 1 2 Charging and start up of the Signal TEK IT tester iii 12 2 1 3 For the Brazilian sites IP re transmitter installation cccccccccccecccsecccusccscccscccsccuuccuusccusceusccusecesccusccusceeueces 12 2 2 STEP 2 PREPARATION FOR REPLACEMENT OF THE FEED HORN OR DIAPHRAGM ce cc 14 2 3 STEP 3 POWER UP PROCEDURE FOR THE INDOOR PART vice rerieriere rie rie riesi scorie rie ci sce sie riesi cisco niesierieee 15 23d Fowerup ME 15 2 3 2 Power up ER 16 24 STEP 4 CHECKING FUTURE CONNECTIONS ege 17 2 4 1 Identification of the REDDIG I services to be migrated ss 17 242 CONTMUNO E iii 18 CO RO asc eee er RE date ee ere eee 19 7 CIME 20 2 5 STEPS CABLING BETWEEN REDDIG I AND REDDIG H 21 2 6 STEP 6 CONNECTION TO THE LEVEL 3 EQUIPMENT etere riore rece nice nie ece nice re ecco nice nie iece nice 22 2 1 STEP 7 LOADING THE CISCO Tee EEN E IO 22 2 5 STEP 6 CONNECTION TESTS THROUGH LEVEL 3 dd tee 22 2 9 STEP 9 CALL TO MANAUS OR EZEIZA ON THE CONF CALL NUMBER er cerci 23 A DAY 2 TESTS ON THE LEVEL 3 NETWORK ccscccssccsscccscccscccscccccsccscccsccccscccsscccesccscccscccceccoeeee 24 3 1 STEP4 FR ee Te NEE 24 3 1 1 Sites with the El Columbia Peru and Ecuador
13. VSAT satellite network and will be migrated to a mixed VSAT and terrestrial network Ground Backbone GBB MPLS network managed by LEVEL 3 The objective of the migration is to Replace the existing VSAT system Replace the RF and VSAT coaxial cables if this has not already been done Modify the antenna horn diaphragm and or paint Implement a GPS antenna if this has not already been done Implement a monitoring system Carry out the system migration This document describes the installation migration steps step 2 The pre installation carried out in 2014 included the implementation of one or two new bays new coaxial and data cables to the antenna installation of the outdoor equipment IBUC RX1 1 and GPS antenna and the power up procedure for the indoor equipment The migration includes the steps and procedures for moving the REDDIG I services to REDDIG II while minimising the length of any service interruptions by using the terrestrial network It is suggested to examine the summary list of all installation tasks in the appendix Our Ref December 2014 Page 7 82 REDDIG II Document support la migration doc Level 3 1 2 INSTALLATION CONDITIONS AREA OF RESPONSIBILITY OF THE FOCAL POINT The focal point on site contact shall be responsible for the following points Publishing Notams see glossary to provide alerts about work and potential service disruptions Providing an uninterrupt
14. migration doc c Without touching the SkyWAN attenuators switch from one IBUC to the other and verify with Intelsat that the difference in levels 1s less than 0 1 dB Otherwise note the difference and adjust the attenuation on the IBUCs so that the output power 1s the same to within less than 0 1 dB d Sending a modulated carrier wave BERT in TxRx mode gt Adjust the SkyWAN power lower increase the attenuators or the power on the IBUCS gt Note the maximum SkyWAN attenuation value SkyWAN A Attenuation dB e Do the same for SkyWAN B without touching the IBUCS gt Note the maximum SkyWAN attenuation value SkyWAN B Attenuation dB IBUC A Attenuation dB IBUC B Attenuation dB Our Ref f Shut off IBUC transmission g In the NDSatcom line up manager in the test section click on transmit Off Then in the operation tab click transmit on and then set transmit power control to off Then adjust the SkyWAN attenuation to identical values for d and e The SkyWAN must again show the Diag and Operation LEDs blinking green and red Do the same thing on SkyWAN B DO NOT RECONNECT THE RJ45 CABLES TO THE SKYWANS December 2014 Page 66 82 REDDIG II Document support a la migration doc 5 DAY 4 COMMISSIONING ON THE VSAT NETWORK 5 1 STEP 1 COMMISSIONING THE NETWORK 1 Authorise IBUC transmission 2 Check with the Line Up Manager that the SkyWANs have TPC off and the attenuation values defin
15. on SkyWAN A 5 Ensure that both the Diag and Operation LEDs are blinking green and red respectively 6 Start the ND Satcom Line Up manager and connect to SkyWAN A 10 100 XX 31 LUM Lpng Visionneuse de photos Windows E wm ie bo ir Fichier e Imprimer e Envoyer Graver v lO E lt 4 Set Access Interface o ee O Z Z O rd eee Set Passwords ftp_user EES Set default FTP Data Set default SNMP Data Reset Passwords on IDU Diagnostic Mode Required Output LINE UP MANAGER 2014 07 11 14 51 06 Teying te connect to IDU 10 100 36 34 2014 07 11 14 51 06 Detecting IMI mode 2014 07 11 14 51 07 Detected IDU pede Operational Mode 2014 07 11 14 51 07 Checring SIP login data 2014 07 11 14 51 07 Checking ME read and write Communities 2014 07 11 14 51 07 db li ing SHHP connecte IDU 19 100 36 32 2010 07 11 14 5107 SHME 32 established 2014 07 11 14 50 08 IDO 10 100 38 32 7014 07 11 14 510 All station parameters were up connection to IDO 10 100 ia available 2014 07 11 14 51 08 All station parameters were updated CirouarGrade 100 Our Ref December 2014 Page 61 82 REDDIG II Document support a la migration doc Level 3 7 In the set parameters section configure the settings as follows EsNOMin 11 2 dB EsNOMod 13 2 dB EsNOMax 15 2 dB Round trip time French Guyana Trinidad amp Tobago 8 Do the same thing on
16. to Manaus and Bogota Start two command prompts ping t 10 100 36 254 and ping t 10 100 45 254 2 Note the average time to ping Manaus and Bogota 3 Connect the RJ45 cables to the SkyWANS 4 Wait 5 min to establish dynamic routing 5 Verify that the ping times changed 6 Carry out a tracert to both destinations to verify that the signal is in fact passing through the SkyWANs 10 100 XX 31 or 10 100 XX 32 7 Make a rough verification that the services are operational telephone call AFTN AMHS coordinating as previously Our Ref December 2014 Page 69 82 REDDIG II Document support la migration doc Level 3 5 3 STEP 3 PSAT TESTS SERVICES 5 3 1 PSAT Carry out the corresponding PSAT tests in the PSAT file Service tests on channel A Service tests on channel B 5 3 2 MEVA In Venezuela conduct a MEVA interconnection test by calling 18 22 29 depending upon the numbers indicated by the focal point In Columbia conduct a MEVA interconnection test by calling 22 39 depending upon the numbers indicated by the focal point Then Continue step 4 then 5 if possible Otherwise complete it on the following day 5 4 STEP 4 UPDATING THE NMS The MIB on the SkyWANSs changed A monitoring update must be carried out On the monitoring PC start What s Up Gold Admin console Go to the Configure tab then Active monitor Library Our Ref December 2014 Page 70 82 REDDIG II Documen
17. were opened earlier 4 9 2 Temporary configuration Using the hand held terminal temporarily configure the RX 1 1 and both IBUCs Figure 17 Handheld terminal 1 Connect it to the IBUCs on J1 for IBUC A and J8 for IBUC B and on J1 for the RX 1 1 2 A block will blink Press the button four times 3 When prompted enter the password 1234 4 Navigate through the menus with the left and right arrows and through the sub menus with the up and down arrows 5 For the IBUCs go to the TX menu then to the Tx On off sub menu and select Off memory button 2 6 On the Interface menu enter the following IP addresses IBUC A 10 100 xx 41 IBUC B 10 100 xx 42 RX1 1 10 100 xx 43 Mask 255 255 255 0 Gateway 10 100 XX 254 4 9 3 Finalising the connection 1 Connect the Belden Amphenol data cable to the RX 1 1 on J1 2 Return to the room in which the bay is located 3 From the monitoring PC or your computer ping the equipment Our Ref December 2014 Page 56 82 REDDIG II Document support a la migration doc GDF be CZ If it does not work check the gigamedia BES paragraph A and lightning connector connections then check the IP configuration on the equipment If necessary you have a TCP IP test cable from Terrasat TCPAP Test Cable Take your laptop and the cable go to the antenna and verify that you are able to send a ping Correct the cabling if necessary Our Ref December 2014 Page 57
18. 014 Page 14 82 REDDIG II Document support a la migration doc GDF be Le 2 3 STEP 3 POWER UP PROCEDURE FOR THE INDOOR PART 2 3 1 Power up procedure for the bay l Close the circuit breakers on the control board 2 Set the voltmeter to VAC connect the terminals to V red and COM black 3 Measure the voltage at each bay terminal and read the value 230 VAC except in Trinidad amp Tobago 110 VAC before the transformer e Figure 2 Voltage measurement at the bay terminals 4 Close the circuit breakers on the bay waiting at least 3 seconds between each one The bay now has power Our Ref December 2014 Page 15 82 REDDIG II Document support a la migration doc 2 3 2 Power up procedure for the equipment 2 3 2 1 UPS Allow the Eaton UPS at the bottom of the bay to charge for 10 minutes before turning it on Do not turn on the server before this charging time 1s complete 2 3 2 2 Other equipment in the bay You may turn on the other equipment without worry The equipment should start up and will be operational after 3 min 2 3 2 3 Power up procedure for the control room equipment Turn on the screen in the control room and verify access to the server display the server screen and proper function of the mouse keyboard Our Ref December 2014 Page 16 82 REDDIG II Document support a la migration doc 2 4 STEP 4 CHECKING FUTURE CONNECTIONS 2 4 1 Identification of the REDDIG I services to be
19. 2014 Page 81 82 REDDIG IT Document support la migration doc O a AR GDF SEZ SZ eve auto cut through To enable call completion when a PBX does not provide an M lead response use the auto cut through command in voice port configuration mode To disable the auto cutthrough operation use the no form ofthis command auto cut through no auto cut through Syntax Description This command has no arguments or keywords Defaults Auto cut through is enabled Command Modes Voice port configuration Command History Release Modification 11 307 MA This command was introduced on the Cisco MC3810 multiservice concentrator 12 007 XK This command was first supported on the Cisco 2600 and 3600 series routers 12 1 2 T This command was integrated into Cisco 105 Release 12 1 2 T Usage Guidelines The auto cut through command applies to ear and mouth E amp M voice ports only Examples The following example shows enabling of call completion on a Cisco MC3810 multiservice concentrator when a PBX does not provide an M lead response voice port 1 1 auto cut through The following example shows enabling of call completion on a Cisco 2600 or 3600 router when a PBX does not provide an M lead response voice port 1 00 auto cut through Related Commands Command Description show voice port Displays voice port configuration information Our Ref December 2014 Page 82 82 REDDIG II Documen
20. DDIG II Document support a la migration doc INEO GDF be Le VSAT REDDIG II VSAT REDDIG I GBB REDDIG Il na K a em ew de tao 2 TE ses gees Voice Communication AFTN to REDDIG Il nodes connections to FXS MEVA Il nodes Voice communication to MEVA II nodes AFTN switch Venezuela leave the MEVA connections on the Memotec CX Our Ref December 2014 Page 34 82 REDDIG II Document support a la migration doc 3 6 STEP 6 MIGRATION OF THE AMHS The customer must modify the AMHS for the migration Therefore a PC to PC test must be conducted before the migration to show that the link is valid 3 6 1 Pre migration tests 1 2 3 4 5 Connect to Netgear switch A select a port to which nothing 1s connected and modify the port to accept AMHS VLAN 100 On the VLAN 100 assign the port to Untagged U OnthePVID part assign the VLAN 100 to this port For help refer to fewer inanual for the Netsear switch Configure your computer to be on the AMHS network EEE without giving it a gateway Your IP address will end in 200 Then ping the gateway 254 It should respond Then configure the gateway and ping the gateway of one of the REDDIG sites If this does not work conduct a trace route tracert to the remote site and check the routing tables see Appendices team Ping another REDDIG II PC coordinate according to the standard table as n
21. DIG II Course Routers and Switches CISCO gt Theoretical and practical REDDIG II Course Factory course on REDDIG II 22 The factory course as planned was conducted in Velizy France from April 21 to May 9 2014 The course was aimed at personnel of Manaus and Ezeiza NCCs and was attended by three delegates from Brazil three delegates from Argentina and the administrator of the REDDIG The program of the course is presented as Appendix A to this working paper The course material has been placed on the REDDIG II web page www limal icao int reddig RLA 03 901 RCC 18 WP 03 2 2 3 The course took place uneventfully and all the topics of the Factory Training programme were covered including theoretical classes and practical and laboratory exercises where applicable 2 4 It was recommended that the next REDDIG coordination meeting RCC 18 analyse the possibility of conducting a specialised course on management and operation of the WhatsUp Gold software within the context of the REDDIG II training plan for 2015 addressed to the technical staff in charge of the REDDIG nodes More details in WP 04 of this Meeting REDDIG II introductory course CISCO routers and switches 25 A course on CISCO routers and switches was held on 29 July to 1 August 2014 in Bogota Colombia to provide basic theoretical practical knowledge on IP devices to those designated to participate in the theoretical practical course on REDDIG II to be held in Rio to be suppl
22. Meeting of the Coordination Committee of Project RLA 03 901 RCC 18 to be carried out at the end of the first trimester of 2015 in Lima Peru consider the possibility to develop as part of the training program a complete course on the application of WhatsUp Gold at the end of the first semester of 2015 RTO3 2 Implementation of the observations made in the FAT That the REDDIG II focal points take note of all the observations made during the factory inspection FAT presented in this agenda item and are detailed on the REDDIG website wwwl lima icao int reddig verify that the INEO amp Level 3 Consortium has implemented them during the provisional acceptance tests in the sites PSAT and consider the non compliance of the observations as part of the provisional acceptance in the site PSAT RTO3 3 Registration of the new REDDIG II frequencies That the REDDIG II focal points proceed to update the information recorded in the national entities that manage the radio frequency spectrum with the new frequencies allocated to REDDIG II by INTELSAT presented as Appendix F of this agenda day RTO3 4 Installation of a redundant router and Ethernet switch for the IP native services That the REDDIG member States that will acquire the IP native service in the REDDIG II AMHS radar AIDC VoIP proceed to the installation of a redundant router and Ethernet switch to support all the VLANs of all IP services both present and future that wi
23. Memotec CX E amp M Cabling For help the Cisco wiring diagrams are provided in appendix 7 2 2 4 4 Caseof the Els The standard cabling for the Els is straight The clock may be either sent by the customer s PBX or by the Cisco Know that you may have to make a crossover cable by crossing the green pair 1 amp 2 with the blue pair 4 amp 5 Our Ref December 2014 Page 20 82 REDDIG II Document support a la migration doc AN La Level 3 GDF SEZ S eve 8 2 5 STEP 5 CABLING BETWEEN REDDIG I AND REDDIG II After having identified the customer transitions or connections connect the transitions to REDDIG II and the connections made by the customer to REDDIG II Do not disconnect anything from REDDIG I yet Actual services checking AFTN chain functionnality phone calls VSAT and MPLS gateway equipments installation Cx950 MPS A MEMOTEC Gamm Check transition cable length and gender up to patch pannel nnnnnn EES ge op vouuss CERGGO SR INTERFACE SWITCH ES Existing services stay connected nu REDDIG I REDDIG II Transition cables installation no connection to the existing REDDIG system Figure 5 REDDIG I and II connection diagram Our Ref December 2014 Page 21 82 REDDIG II Document support a la migration doc WER ka Level 3 GDF SZ S eve 9 2 6 STEP 6 CONNECTION TO THE LEVEL 3 EQUIPMENT LEVEL 3 is the operator of the ground link for REDDIG II They should have in
24. RCE 44 4 5 STEP 3 INSTALLING CABLES ON THE LNBS erre 47 4 5 1 Connecting the coaxial and switch cables ss 47 4 6 STEP 4 CONNECTING THE POWER SUPPLY ce rereereree ere ee re ree ere eee eee eee 48 4 7 STEP 5 INSTALLING THE WAY EGUIDE pirata 51 AS STEPO CONNECTING THE CABLES EN 54 dod Iban 54 il e E EE 55 4 9 STEP 6 POWER UP AND CONFIGURATION PROCEDURE verrei ere eee eee 56 491 Power p pica 56 492 Temporary EE 56 o LOR 56 4 10 STEP BUC AND RX 141 CONFIGURATION aoicccccccccccccssscccssccesscccsedessescctescccssdeederecesssvcsedeveessedessscssdseseeseses 58 4 10 1 EE 58 4 10 2 Ici 60 dell SIERO E RER 61 4 11 1 EE Ee 61 4 11 2 IO E IAT IA TRAI 63 5 DAY 4 COMMISSIONING ON THE VSAT NETWORK ccccccsssscccsssccccssccccsscccccsscccccsscccccscccccscccsoess 67 5 1 STEP 1 COMMISSIONING THE NETWORK 67 5 2 STEP 2 MIGRATION OF THE SERVICES TO THE VSAT LINK ere 69 Didi STEPS PSAT TESTS SERVICES E 70 IIS E 70 Di Di AIA AAT E 70 54 STEPA UPDATING THE NMS 2e enert ESRI ESITARE LITTA SRI TAI TI 70 5 5 STEP 5 REDUNDANCY TESTS AND NMS DISPLAY e 12 dt DREI oceania 72 ke GC EE acter ta a rape nc ve asa eta ear oer dsc EE E 72 M VCO E G 5 5 4 CI TTT 73 DO DIL EE 73 Ke e PERI 73 E Iii 73 C Paro ON ER EN KT ING 74 6 1 STEP 1 TESTS OF THE DEDICATED LINKS TO THE GBB eines censsenecenscensecenscensens 74 EE GN 74 OL DOUCE ARS ario 74 O2 S
25. RLA 03 901 RCC 18 WP 03 09 02 2015 7 International Civil Aviation Organization South American Regional Office Regional Project RLA 03 901 W Ki REDDIG Management System and Satellite Segment Administration KA s wa Eighteenth Meeting of the Coordination Committee RCC 18 va Lima Peru 2 to 4 March 2015 B Agenda Item 3 Report of the activities carried out to date since the last meeting of the Coordination Committee Working Paper presented by the Secretariat SUMMARY This Working Paper presents information on the progress of the implementation of the activities agreed upon at the last meeting of the Coordination Committee RCC 17 for inclusion in the 2014 work plan Reference Report of the Seventeenth Meeting of the REDDIG Coordination Committee RCC 17 Lima Peru 24 26 March 2014 A Safety EE EE B Air navigation capacity and efficiency l Background 1 1 The main activities agreed upon at the last meeting of the Coordination Committee RCC 17 for inclusion in the 2014 work plan in addition to the operations support and network maintenance tasks were the following a 2014 training programme b Implementation of new services c Logistic matters of the REDDIG and d Follow up to the implementation of the REDDIG II 2 Analisys 2014 Training programme 2 1 With reference to the training activities the following courses were carried out gt Factory course on REDDIG II gt Introduction to RED
26. SM type II E amp M type ILI E amp M type V For more E amp M setting commands erto appendix 7 5 2 3 1 3 Sites with the FXO Select an FXS connection and an FXO on the Cisco Connect the FXO to the PBX Place a call to check the accuracy of the settings Our Ref December 2014 Page 25 82 REDDIG II Document support la migration doc Level 3 3 1 4 LEVEL 3 performance tests Ping the various sites one after another Send 100 pings site by site Ping 10 100 XX 254 n 100 Read the min max and average delay values as well as the number of lost packets and fill in 3 2 STEP 2 TELEPHONE MIGRATION TO DIAL PLAN 2 COORDINATION To avoid chaos and calls to everyone we have identified 4 coordinators on the network The coordinators will authorise calling by the sites under their authority Similarly they will communicate with the other coordinators in the event of line tests out of their zone For example Argentina will coordinate for Argentina Chile Paraguay and Uruguay Therefore Argentina will call Uruguay for example and ask it to call the other countries In this case the other countries will await for a call from Uruguay and will not call anyone else thus their line will not give a busy signal Dial plan 2 1s reserved for maintenance admin calls Our Ref December 2014 Page 26 82 REDDIG II Document support la migration doc 3 2 1 Pre migration tests Disconnect the maintenance te
27. SkyWAN B Our Ref December 2014 Page 62 82 REDDIG II Document support la migration doc 4 11 2 INTELSAT Intelsat owns the satellite It will be notified of our work Each site must be verified in terms of polarity and power To do this each site must make contact and follow their instructions or call an auxiliary which will make contact with Intelsat for it Country Argentina Bolivia Brazil Curitiba Brazil Manaus Brazil Recife Chile Colombia Ecuador Paraguay Peru Uruguay Venezuela L band frequency modem C band up Carrier ID Auxiliary frequency Camus Moli re Camus Chevallier Chevallier Camus Moli re Moli re Moli re Moli re Camus Chevallier 1 357 813 MHz 6 017 187 MHz 18663203 Chevallier French Guyana 1 357 813 MHz 6 017 187 MHz 18663203 Chevallier Trinidad amp 1357 813 MHz 6 017 187 MHz 18663203 Chevallier Tobago 1 357 813 MHz 6 017 187 MHz 18663203 Chevallier 1 Each auxiliary will coordinate the line up 2 By request from the auxiliary authorise transmission from both IBUCs Notify the auxiliary of the weather as the line up must be done in clear weather 3 By request from the auxiliary contact Intelsat Our Ref December 2014 REDDIG II Document support a la migration doc Page 63 82 Contact Information ROC Tel 1 404 361 2600 Option 3 Fax 1 404 381 2426 Email rocops intelsat com 4 Follow its instructions
28. TEPA NMS TSTS E 75 6 2 1 Check the active monitors ccccccccsecsccceccseccucccsccusccucccucccccusccsccsccusccsceusccsscescesscesscesceuccesccesceuscesscasceescesscescess 75 Our Ref December 2014 Page 4 82 REDDIG II Document support a la migration doc Level 3 6 2 2 Check the performance monitor 75 6 2 3 Check the connections to the console porte 75 6 3 STEP 3 MIGRATION OF THE LEVEL 3 EQUIPMENT ecc cerrerre rece ree eee rie nie nie riccio rie Aia nie nie riesi ee eee nie nie rien 75 64 STEPA CHECKING THE PSAT DOCUMENT grin nona II rari 76 Co STPS FINALISING THE INSTALLATION ole de ori 76 Ok A N EE EE 76 6 5 2 Finalise the cabling for the services on REDDIG II iii 76 0 IIa 76 6 5 4 Removing the outdoor cables from KREDIT 76 65 gt Removing RTR RX IFI leali laica 76 T CAFPENDICES di vl ira 78 ol TELO ae er 78 dot Dolo 78 7 1 2 Additional E amp M and EI commands iii 78 Our Ref December 2014 Page 5 82 REDDIG II Document support la migration doc Figure Overview of the IP re transmitter components excerpt from the specific plan 13 Figure 2 Voltage measurement at the bay terminals cccccsnsseeeeeseeeeeeeeeceeeeeeeeeeeeeaaaaeas 15 ees LED GHOT io Erreur Signet non d fini Figure 4 SkyWAN start up sequence Erreur Signet non d fini Figure 5 Example of the services on REDDIG T 18 Fisure 6 MemoteeC xEZM Cabo raro 20 Fig
29. ble 1s properly connected to the gigamedia substrate and connected to the lightning connectors 2 Ensure that the outdoor coaxial cables are properly connected to the lightning connectors Be sure not to cross the Tx and Rx cables etc 2 1 2 Charging and start up of the Signal TEK II tester It is carefully stored in a small fabric carrying case It is important to charge it as you may need It for some tests wiring tests for example description in the appendix See its instructions in your installation file 156811_SignalTEK_II Manual French 2 1 3 For the Brazilian sites IP re transmitter installation For the 3 Brazilian sites because there is a long distance gt 70 m between the antenna and the bays installation of a small self powered no electrical connection required IP re transmitter has been planned for repeating the signal Unfortunately this problem was discovered late and thus the solution to be installed was not tested or ever installed This 1s why the changes to the bay plans are shown in red The assembly consists of 2 parts a case on the antenna side to be installed contiguous to the antenna power supply SEEE box and a small powered modem on the bay side Our Ref December 2014 Page 12 82 REDDIG II Document support a la migration doc GDF be CZ For installation refer both to the bay plans and the specific plans for the IP re transmitter supplied Do not connect the antenna side box to the p
30. bles see 5 Ping another REDDIG I PC coordinate according to the standard table as necessary 3 8 1 Activating the tunnels corresponding to the tests The RADAR tunnels have the same interface number as the site to which they go Thus a tunnel to Argentina SAEZ will have interface number 20 To Bolivia SLLP 25 etc Thus one can activate or deactivate tunnel interfaces conf Tt Router config if shut deactivate config if no shut activate Router config interface tunnel XX Router Router Activate the tunnels site by site depending upon the tests to be conducted on all of the Ciscos A B and GBB Once the test has been conducted deactivate the tunnel Preferably only have tunnels open to a single site at one time 3 9 STEP9 IT IS TIME TO GO HAVE A BEER OR SOMETHING ELSE Our Ref December 2014 Page 37 82 REDDIG II Document support la migration doc GDF Nr CZ i 4 DAY 3 FINALISING INSTALLATION OF THE OUTDOOR PART At this point the services excluding MEVA should be functioning on the LEVEL 3 network Therefore the VSAT antenna may be turned off Thus it is possible to make the equipment replacements next to the antenna Figure 12 View of the source Our Ref December 2014 Page 38 82 REDDIG II Document support la migration doc di K INEO be CY GER ee 47 Level 3 4 1 STEP 0 A REPLACING THE SOURCE 1 Assemble the source Sub reflector Suppo
31. connector and plug it into the RX1 1 and plug the other side into the IP re transmitter Our Ref December 2014 Page 49 82 REDDIG II Document support a la migration doc INEO GDF ke CZ AP Cat SE EIASGAB AP Cat 5E E ASG9B AP Cat SE EIASGAB 2x0 75 HOSVWF VAN DV MA gw F F ETH z D TTT ID d ID LE eh A CABLING CONNECTORS TERRASAT SEE SHEET 06 4P FTP Cat 5E BELDEN 79294A 4P FTP Cat 5E BELDEN 7929A LO O i E A j T TO FROM MODEM TX TERRASAT RX TERRASAT REDDIG CABINET Our Ref December 2014 Page 50 82 REDDIG II Document support a la migration doc NEO ir Level 3 4 7 STEP 5 INSTALLING THE WAVEGUIDE The internal waveguide in the antenna body remains unchanged Only change the one that extends out of the access wall to the antenna body to the IBUC Figure 15 View of the waveguide to be replaced 1 Prepare the new waveguide and the rectangular Terrasat seal kit included in the IBUC carton Our Ref December 2014 Page 51 82 REDDIG II Document support a la migration doc INEO GDF ee CZ Waveguide Gaskets and Hardware 2 Prepare the screws with lubricant 3 Disconnect the old waveguide 4 Clean the surface to which the new waveguide will be connected 5 Use an appropriate seal it is smaller than the LNB seal spray it and attach the waveguide to the antenna pillar 6 On the IBUC TX 1 1 side remove the temporary protection from the
32. d Frames 1 Introduction to topologies 2 Master and slave 1 TPC and AGC 2 Power essential parameters 7 Network Design Erlang calculation TDMA simulation Intelsat simulator 8 Network Design Practical case 9 Cisco configuration course 10 Cisco Laboratory MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY 11 Cisco Laboratory Afternoon 12 Cisco Laboratory 13 Netgear equipments configuration and Lab 14 SKYWAN part 1 1 Introduction Cards description 2 Equipment operation Normal Loop and Diagnostic 3 Light indicators and LRU replacement 4 Basic troubleshooting SKYWAN Laboratory 15 Skywan part 2 1 Line up manager presentation 2 LUM laboratory 16 SKYNMS configuration 1 IP CTL RT NRT 17 SkyNMS tools 1 Database 2 MIB 3 Grapher 18 SkyNMS Laboratory 1 IDU skywan configuration 131 Network configuration 3 FR implementation 19 Skywan Cisco Netgear Laboratory Integration configuration 20 NMS system Part 1 1 console 2 web interface 3 Learn how to navigate through workspaces how to create new workspace add reports A2 RLA 03 901 RCC 18 WP 03 WEEK3 MONDAY _ TUESDAY WEDNESDAY _ THURSDAY FRIDAY _ _ _ FRAD 1 1 MODEM 3 2 1 2 SSPA 1 1 Other REDDIG 1 1 RLA 03 901 RCC 18 WP 03 APPENDIX B Summary of faults and spare parts 2014 Manufacturer Memo
33. d to then lower the attenuation of the IBUCs depending upon the feedback from Intelsat During the line up you will be asked to transmit a pure carrier wave CW In this case you must change the reading of the IBUCs from Burst to Continuous 4 10 1 2 Interface config Check the addresses entered in the IP address 10 100 XX 41 and 42 IP subnet mask 255 255 255 0 and gateway fields 10 100 XX 254 The rest are default values 4 10 1 3 System config Enter the Time settings in UTC time Custom title site name 4 10 1 4 Alarm config Normally the Tx and Temperature alarms must be in Major 4 10 1 5 Redund cfg Enter the following settings Set IBUC location leave the default value Set Online IBUC used to modify the position of the switch and thus which IBUC is transmitting to the antenna Redundancy mode Reverting allows switching from A to B and B to A Redundancy switching type Auto switching is automatic Auto clone settings enable changes to the major settings for the active IBUC will be automatically entered the same on the inactive IBUC Other IBUC IP address and Other IBUC public Address 10 100 XX 41 if you are configuring IBUC B and 10 100 XX 42 if you are configuring IBUC A 4 10 1 6 Alarm log After having configured both IBUCs clear the log by clicking clear Our Ref December 2014 Page 59 82 REDDIG II Document support a la migration doc 4 10 2 RX 1 1 4 10 2 1 Rx Cfg Save Settings
34. ecessary 3 6 2 Migration 1 2 3 Ask the customer to load the configuration for its router in accordance with the addressing plan Once loaded connect it to the IP service port through the patch panel Conduct a connection test with a ping coordinating in the standard way Our Ref December 2014 Page 35 82 REDDIG II Document support la migration doc 4 Ask the customer to validate with an AMHS file transfer 3 7 STEP 7 RADAR MIGRATION SUMU AND SAEZ The RADAR ports are DB25 They are planned to be transported in BSTUN BiSync Migrate these ports simultaneously between SUMU and SAEZ Check with the customer to ensure the system is operating properly Our Ref December 2014 Page 36 82 REDDIG II Document support la migration doc 3 8 STEP 8 RADAR IP TESTS 1 Connect to Netgear switch A select a port to which nothing 1s connected and modify the port to accept AMHS VLAN 101 On the VLAN 101 assign the port to Untagged U On the PVID part assign the VLAN 101 to this port For help refer to IRS USerimantiallfor the Netgear switch 2 Configure your computer to be on the AMHS network Gee dia PAD without giving it a gateway Your IP address will end in 200 3 Then ping the gateway 254 It should respond 4 Then configure the gateway and ping the gateway of one of the REDDIG sites If this does not work conduct a trace route tracert to the remote site and check the routing ta
35. ed yesterday 3 Both SkyWAN LEDs should then show a steady green light 4 Wait 10 min and for clear meteorological conditions then in the Line Up Manager in the monitoring tab or monitoring screens TDMA Power menu note the following values divide by 10 a value of 115 is actually 11 5 dB EsToNoRef dB SkyWAN A EsToNoOwn dB SkyWAN A EsToNoRef dB SkyWAN B EsToNoOwn dB SkyWAN B The EsToNoRef values must be greater than the EsToNoMin value 11 2 dB The EsToNoOwn values must be greater than the EsToNoMin and EsToNoMod values 5 In the Set parameters tab Station section change the EsToNoMax value to the value previously noted in EsToNoOwn if you have clear skies 6 In the Operation tab set TPC Transmit Power Control to On 7 In the Set parameters tab click on get parameters and then put in permanent mode 8 Before restarting the equipment check that you noted the values in 4 restart the equipment if it goes into diag mode steady orange diag LED and operation off for more than 5 min disconnect and reconnect the power supply cable and verify that the TPC On and EsToNoMax settings were saved 9 Do the same thing on SkyWAN B 10 As the SkyWANS are again on the network switch from IBUC A to IBUC B There should be no loss of SkyWAN synchronisation lights that blink for more than 2 sec If so use the Line Up Manager to connect to one of the SkyWANS that is blinking and go to the sup
36. emented during the theoretical practical course on the REDDIG II of Rio 11 August to 5 September 2014 2 6 The course was given by a Colombian entity certified for providing the CISCO course with the participation of 22 delegates from 9 REDDIG II member States This event was possible thanks to the support provided by the Aeronautical Administration of Colombia 24 During the course the participants received theoretical classes on CISCO routers and switches and did laboratory practice to supplement the theory Taking into account the short duration of the course an attempt was made to provide ample information 2 8 The Member States of project RLA 03 901 as well as the ICAO South American Regional Office thank the Aviation Administration of Colombia for having organized this important course this contributing to the training of the personnel who will be responsible for the maintenance and operation of the REDDIG II Theoretical and practical REDDIG II Course 2 9 The theoretical practical course on the REDDIG was held as scheduled in Rio Brazil for two weeks It comprised four sessions three in Spanish and one in English The four sessions were carried out in two sections the first from 11 to 22 August and the second from 25 August to 5 September 2014 2 10 Two persons were trained for each REDDIG node Some States had three candidates for each node as was the case of Argentina Brazil Peru and Bolivia A total of 39 people were trai
37. enol OT Q siR W si SI J5 coax Be Re e TE Io El 7 Spi A Our Ref December 2014 Page 47 82 REDDIG II Document support la migration doc J7 NW esT CUDIND GDF be CZ 4 6 STEP 4 CONNECTING THE POWER SUPPLY 1 Verify that the circuit breakers in 4 1 are in fact open off 2 Disconnect the old power supply cables At the SSPAs disconnect the power supply cable J7 4 AT E E EST KL l gi RR ve d 4 WI OX Vin ef Si y WE D AN y QT AC E St di Zwee ele XA TH IIN EE LS Ue Our Ref December 2014 Page 48 82 REDDIG II Document support la migration doc AR e Level 3 GDF SZ S eve M TO Rx WAVEGUIDE TO Tx WAVEGUIDE SWITCH SW2 SWITCH SW p ri 3 POS NS 2 POS NS CO ITEM 24 TO BE FITTED ACROSS RELAY TERMINALS AS SHOWN NC WIRE NOT cS 4 CONNECTED MAINS wh M ai N e 3 With the multimeter verify that there is no voltage on the three cables 4 Prepare terminations for the two IBUCs With these same cables connect the three plugs to the Terrasat power supply cables To do so refer to the 5 Prepare terminations for the RX 1 1 For Brazil connect the cable coming from the electrical panel above to the IP re transmitter With the 3m power supply cable provided put a termination on one side with the Terrasat
38. ervision monitoring tab In the TDMA frequency tab note the frequency offset value Switch IBUCs wait for the SkyWAN to return to the network and read the setting This difference must be reduced To do so you must change a parameter on the IBUCs Our Ref December 2014 Page 67 82 REDDIG II Document support a la migration doc AR e 7 Level 3 GDF SZ S eve ER Info Alarm Sensor Interface Cig System Cfg Alarm Cfg Redund Cfg Alarm L Logout IBUC A STANDBY TEO000002 Terrasat Tx Output Power Monitor Frequency 5137 MHz Tx State at Powerup Tx Powerup Delay lo Bee Power Read Mode Burst Threshold 200 dBm Burst Count e Guin Mode Open W Attenuation bo WB Tx Input Threshold Lon dBm Tx Input Threshold High dBm Tx Output Threshold Low dBm Tx Output Threshold High dBm Current Gain Control dB af fri CantralResat a Select v C Intemal 10MH Trim EE gt Only change one piece of equipment Note the default values Change this parameter by lowering or increasing by a large amount 20 for example and watching the positive or negative effect on the frequency offset during a new switch Adjust this parameter until a transition without loss of synchronisation is obtained the SkyWANS Note this value Our Ref December 2014 Page 68 82 REDDIG II Document support a la migration doc Level 3 5 2 STEP 2 MIGRATION OF THE SERVICES TO THE VSAT LINK 1 Starta continuous ping
39. etup ANSIW YU _ Figure 9 Hyperterminal Configuration AFTN December 2014 Page 31 82 GDF Nr CZ Line delay milliseconds Character delay 0 milliseconds ASCI Receiving C Append line feeds to incoming line ends DC Force incoming data to 7 bit ASCII Gei Figure 10 HT Configuration ASCII The parameter echo typed character locally will display what you are typing in the window Once a session has been opened you can type text which will be received on the other end 3 5 1 Pre migration tests Conduct a test in hyperterminal by coordinating according to the following hierarchy Colombia Manaus Ecuador Manaus Paraguay Argentina Guyana Venezuela Guyana Venezuela Suriname Venezuela Our Ref December 2014 Page 32 82 REDDIG II Document support la migration doc NEO 7 Level The coordinator will indicate which site should transmit and thus the other sites will connect to the corresponding port 3 5 2 Migration Migrate the services according to the same hierarchy and test Voice communication MEVA E1 E1 Il nodes Voice communication AFTN connections to to REDDIG Il nodes AFTN connections MEVA Il nodes and MEVA II nodes to REDDIG Il and MEVA II nodes VOICE PABX AFTN switch Figure 11 Bogota Colombia migrate the MEVA connection from Atlanta KATL to REDDIG II Our Ref December 2014 Page 33 82 RE
40. he contract 22 It was agreed with the States that although the timetable of activities of REDDIG II specified that States had 45 days to clear local customs they would try to do it in a shorter period of time so that commissioning would not coincide with Christmas holidays In this regard each State noted how much time they would require for this process and it was estimated that it would not 5 RLA 03 901 RCC 18 WP 03 exceed one month During the teleconference it was considered that in the event a State took 45 days or more to clear customs that REDDIG II provisional acceptance tests PSAT should be conducted in January 2015 2 33 Considering that the process of custom clearance of the equipment in all the States ended in mid December 2014 and that implementation of the last mile links from nodes of the REDDIG II to the Level 3 fiber optic network entry points was completed by the end of the month of December 2014 the operational implementation of REDDIG II was postponed to mid January 2015 INEO amp Level 3 consortium was responsibility of the delay Operational implementation of REDDIG II 2 34 The operational implementation of REDDIG II by the Consortium INEO amp Level 3 began on January 15 2015 and was completed on January 31 2015 INEO planned to perform it in five days but was completed in a period of 17 days 2 39 The implementation comprises the following phases whose detailed description is presented as Appendix F
41. he resources defined in paragraph 2 2 access the inside of the dish or have someone else do so 4 Bring tools with you penetrating oil hex keys open ended spanners tubular socket wrenches and scissors and something to protect the source temporarily plastic bag that can be sealed and tape Diaphragm gt amp gts ef Di 5 Use a pencil to draw a line on the existing source and its axis to identify its original position 6 Remove the upper part of the existing source and take out the old diaphragm 7 Come down off the antenna with the old diaphragm and upper part of the feed 8 Cut the new diaphragm to match the old one 9 Go back onto the antenna and re attach everything Our Ref December 2014 Page 42 82 REDDIG II Document support a la migration doc GDF be CZ 4 3 STEP 1 ASSEMBLING THE LNBS ON THE WAVEGUIDE SWITCH 1 Take the LNBs rectangular seals Prematex lubricant and spray grease silicone to complete the insulation 2 Verify that all equipment is dry For each LNB 1 Spray the round seal if there is a groove on the LNB and on the waveguide or the half moon seal if there is a groove on only one piece of equipment 2 Insert the seal into the groove 3 Attach the LNB to the waveguide switch ports 1 and 3 Our Ref December 2014 Page 43 82 REDDIG II Document support a la migration doc GDF be Le 44 STEP 2 ATTACHING THE LNBS TO THE SOURCE Except for the specia
42. ible power supply Confirming proper operation with air traffic controllers He she is not be responsible for the following but may be requested to Provide us with an electrician to install breakers in the electrical panel on site Make staff available to us to help with installation tasks such as handling Provide us with a pallet truck for transporting cases bays Help us to identify an outdoor installation site for the GPS site see below Provide us with all required access permissions Our Ref December 2014 Page 8 82 REDDIG II Document support a la migration doc 1 3 NEW EQUIPMENT TO BE INSTALLED The new equipment to be installed on the site is as follows One bay measuring 600 x 1000 x 2000 mm and related equipment modems routers etc One redundant IBUC system Except in Trinidad to be installed Coaxial and outdoor data cables Indoor CAT V multi pair data cables DB25 Two circuit breakers GPS Antenna Remote monitoring screen with keyboard and mouse IP Telephone The following have not been installed or still need to be installed Waveguide switch and LNB on the VSAT antenna source Electrical connection of the IBUCs and RX1 1 reuse old cables Renovation of the VSAT antenna depending upon the site Replacement of the source horn and or diaphragm on the source depending upon the site Commissioning of the new system line up Migration of the services Customer approval Pay special a
43. ith the support of Project RLA 03 901 working paper WP 04 of this Meeting presents further information as well as a proposal for a basic course on IP networks CISCO routers and switches for its analysis and approval by RCC 18 Implementation of new services 2 14 During April 2014 it was successfully completed the testing of end to end of the circuit oral ATSd between Foz de Iguacu Brazil Guarani Paraguay being in operational performance Logistic matters of the REDDIG 2 15 The logistic operations mainly caused by faults in the nodes include the shipping of equipment or parts of the REDDIG spare parts from the warehouse located in the Regional Office in Lima ICAO or any other node to nodes that require them including arrangements with factories for the repair of equipment payment of the transport and the costs involved as well as coordination and support to the States in the import and export processes 2 16 During year 2014 11 logistic operations were carried out The summary of failings and spare parts are presented in Appendix B of this working paper 2 17 Appendix C presents 2014 statistics regarding the number of mayor attention to the network nodes as well as its distribution in terms of the type of equipment that requires the attention 2 18 Appendix D presents the picture of network availability from 2004 until the end of 2014 Follow up to the implementation of the new REDDIG II REDDIG II factory acceptance tests FAT
44. l case of Paraguay the LNB is accessed through the trap door behind the antenna body Figure 13 View of the antenna body Do not turn the existing source A polarity test will be conducted so if you do not move the source you will have nothing to do except those who will replace 1t For information the screws used to modify the polarisation are as follows Our Ref December 2014 Page 44 82 REDDIG II Document support a la migration doc Polarisation adjustment zone Polarisation adjustment zone Adjustment screw Our Ref December 2014 Page 45 82 REDDIG II Document support a la migration doc GDF be CZ 1 Remove the existing waveguide switch and LNBs 2 Identify the groove type groove or no groove on the source 3 Dry the waveguide if necessary 4 Clean the groove 5 Prepare the screws as in paragraph 4 3 6 In Lima identify the groove type on the waveguide filter 7 Depending upon the grooves prepare a rectangular seal half moon or round spray it and assemble the switch LNB and the filter in Lima on the source as follows Connections and filter unchanged Figure 14 Replacing LNBs Our Ref December 2014 Page 46 82 REDDIG II Document support la migration doc COF Nr CZ 4 5 STEP 3 INSTALLING CABLES ON THE LNBS 4 5 1 Connecting the coaxial and switch cables Connect the coaxial cables to the LNBs and the Amphenol to the waveguide switch ER CEE EE J7 Amph
45. l report can be downloaded from the ICAO website http www icao int SAM Pages MeetingsDocumentation aspx m 2014 REDDIGHO1 Customs clearance process of REDDIG II equipment 22 The RCC 16 meeting formulated Conclusion RCC 16 5 Customs clearance updatings requiring Project RLA 03 901 member States to update information concerning national customs clearance requirements and submit it to the ICAO SAM Office 2 28 Each of the REDDIG II member States sent its requirements as well as the address and name of the person to whom the REDDIG II provider should deliver the equipment 229 Despite the delivery of REDDIG II equipment should has been made in late July 2014 was delayed by almost two months due to problems encountered by the contractor in obtaining the export license from French customs French customs wanted to make sure that REDDIG II equipment was not to be used for military purposes Accordingly REDDIG member States sent a form signed by the focal point stating that the equipment was only to be used for civilian purposes 2 30 In order to compensate for the delay the contractor sent the equipment by air instead of by sea between mid September to mid October 2014 2 31 In order to coordinate customs clearance of REDDIG II equipment with focal points two teleconferences were held on 1 and 2 October 2014 to report on the date of delivery of the equipment and documents by the contractor for customs clearance by States as specified in t
46. lephone from REDDIG I and connect it to REDDIG II Conduct a call test to the other maintenance telephones according to the following hierarchy Country Manaus Manaus Colombia Manaus Sites with E amp M will only see the corresponding LED light up Sites with an El cannot carry out this test It will be replaced by AFTN tests between these sites 3 2 2 Migration Migrate the services according to the same hierarchy and test Our Ref December 2014 Page 27 82 REDDIG II Document support a la migration doc 3 3 STEP 3 ATS DS HOTLINE MIGRATION 3 3 1 Pre migration tests Conduct a call test to the other telephones according to the following hierarchy Country Manaus Manaus Colombia Manaus Sites with E amp M will only see the corresponding LED light up Sites with an El cannot carry out this test 3 3 2 Migration Migrate the services according to the same hierarchy Do not migrate the ATS DS to Peru Colombia or Ecuador Test Our Ref December 2014 Page 28 82 REDDIG II Document support la migration doc Level 3 3 4 STEP 4 TELEPHONE MIGRATION TO DIAL PLAN 1 ATS Dial plan is reserved for ATS calls to be dialled For sites with an El a service interruption must be planned alert those responsible 3 4 1 Pre migration tests Conduct a call test to the other telephones according to the following hierarchy Country Peru Manaus Sites with E amp M will only see the cor
47. ll come through the single port of the REDDIG II node RLA 03 901 RCC 18 WP 03 Appendix F Operational implementation of REDDIG II 1 T AY ay 47 Level 3 Migration Support Document Reference ICAO REQUEST FOR TENDER ST 22501200 File Document support a la migration doc Project NEW TRANSPORTATION NETWORK OF THE REGIONAL AERONAUTICAL TELECOMMUNICATION NETWORK REDDIG II Document support la migration doc DISTRIBUTION COMPANY Intended for H COMPANY Intended for P RW i o me E 1 ms Drafted by C CHEVALLIER Ma Approved by Our Ref December 2014 Page 1 82 REDDIG II Document support a la migration doc Level 3 DOCUMENT HISTORY DATE PAGES OBJECT AUTHOR 04 12 2014 Initial Document C CHEVALLIER 05 01 2015 Translation modification Technicis CHEVALLIER Our Ref December 2014 Page 2 82 REDDIG II Document support a la migration doc GHiF M CZ CONTENTS MIGRATION SUPPORT DOCUMENT W 1 FILE DOCUMENT SUPPORT A LA MIGRATION DOC cssccssscccscscccsscccscccsccccssccccsccccsccccsccccsscoeees 1 CONTENTS E 3 TABLEOFFIGURES BR reali 6 t INTRODUCTION RE 7 lol 25 E 7 1 2 INSTALLATION CONDITIONS AREA OF RESPONSIBILITY OF THE FOCAL DOINT seeessencesenesennsse 8 1 3 NEW EQUIPMENT TOBEINSTALLED erre rrererre rie rie rec ie rie rie riecenie rie rieresie nie rie risse zie rie rie sesie nie riesesie nie nieriorene 9 l4 EF EE Eege a an a a EE 10 US ONTA EE 10 LO OFT SPEC
48. migrated Identify the REDDIG I service cable and verify with the customer that the service 1s in fact operational If possible carry out a test and above all pay special attention to the AFTNs Department Operational Identification Connector and Straight crossover the gender cabling existing cable Plan for an appropriate amount of time identifying each service is not easy the bay is 10 years old Our Ref December 2014 Page 17 82 REDDIG II Document support la migration doc 2 4 2 INEO GDF be Le Figure 3 Example of the services on REDDIG I Confirmation of ability to connect If the bay 1s less than 5 m away an extension has been provided and you have gender benders in your equipment bag Otherwise the customer should have provided the service at the base of the REDDIG II bay contractual Identify the extension for each service label it at least temporarily ensure that it is long enough to make the connection and check its connector type Department Identification Identification of the Comment of the extension existing cable Our Ref December 2014 Page 18 82 REDDIG II Document support a la migration doc For help use the excel document S interface wiring xls in the 07 REDDIG I info folder Example 1 CONTRACT C9762 RACK SIZE 47U FROM CABLE NOTES E E Fi a A d IDENT LOC POS sysner REF pin TYPE IDENT
49. naus will then conduct a test to ensure proper operation Our Ref December 2014 Page 75 82 REDDIG II Document support a la migration doc Level 3 6 4 STEP 4 CHECKING THE PSAT DOCUMENT Ensure that on the PSAT document that only equipment removal is missing and that all service and redundancy tests were completed 6 5 STEP 5 FINALISING THE INSTALLATION 6 5 1 Install the VPN in the bay The VPN was held up in customs and could not be sent Install it now And check for its presence on the NMS in green 6 5 2 Finalise the cabling for the services on REDDIG II Finalise the cabling for the services on REDDIG II with the customer or if the customer prefers to handle this 6 5 3 Finishing work Protect the outdoor connectors with Scotch tape 23 which can stretch and 33 to properly tighten them 6 5 4 Removing the outdoor cables from REDDIG I Remove the cables from REDDIG I coaxial and multi pair with special care do not pull out the new ones 6 5 5 Removing the old IBUCs and RX 1 1 The existing equipment is owned by the countries and the ICAO Help them to move it Modifying the cabling The IP telephone must pass through the patch panel and the Dataprobe Take the RJ45 RJ45 connector provided and install it on the patch panel Connect it to an RJ45 card on the Dataprobe on one of the two COM ports Our Ref December 2014 Page 76 82 REDDIG II Document support a la migration doc INEO GDF be
50. nd change the value 97 to 98 Do the same thing for the settings on the SkyWAN 7000 Our Ref December 2014 Page 71 82 REDDIG II Document support a la migration doc m ASS 16 m ASS 16 ASS 16 ASS 16 m ASS 16 ASS 16 ASS 16 m ASS 16 ASS 16 RES 16 m ASS 16 Card 14 Status Cad 15 Statua Cad 16 se Card 2 Status Card 3 Staus Card 4 Slatue Cad 5 Status Cand 6 Gas Cad Malus Card H Status Card 9 Status a Skywan IDU 1070 TOMA Es a Soe IDU 7000 TOMA Es my Goen IDU 7000 TOA Fra mm wes DU 000 TOBIA Fra fi ween IDU 7000 TOMA Fra RSS 16 Card 14 Status RSS 16 Card 15 Statua FSS 16 Cerd 16 Status Copy RSS 16 Card 2 Status RSS 16 Card 3 Statua FSS 16 Cerd 4 Status RSS 16 Card 5 Status ASS 16 Card 5 Status FSS 16 Cand 7 Statue RSS 16 Card Status RSS 16 Card 3 Status Enables Cusi Paloma e Enables Custom Pedonmanc rabies Custom Pernon Enables Cuziom Pelamar Enables Custom Pedome Level 3 5 5 STEP 5 REDUNDANCY TESTS AND NMS DISPLAY In accordance with the PSAT document conduct the redundancy tests checking to ensure that the failure nicknames have been transmitted to the NMS 5 5 1 Tx 1 1 IBUC redundancy Disconnecting the coaxial cable from the active IBUC and switching Conduct an A to B and then B to A test 5 5 2 RX 1 1 Disconnecting the cable from the active LNB on the RX 1 1 and switching Conduct an A
51. ned per dems and travel expenditures for 36 people were covered by the contract The content of the course in Rio is posted on the website of Project RLA 06 901 www limal icao int reddig 2 11 During the theoretical practical course it was noted that a significant number of participants had no experience with IP technology and that training in router programming was probably not fully taken advantage of and many people had difficulties despite being the most important component of REDDIG II We feel this is mainly due to lack of basic knowledge of IP networks Therefore it is important that each person designated to be in charge of REDDIG II maintenance and operation in addition to RF and satellite communication knowledge should have basic knowledge of IP networks CISCO routers and switches Although a course on the subject was conducted in Colombia and the course in Rio offered much information on the topic we believe that the knowledge provided in these courses cannot be assimilated if the basics are lacking 212 Basic courses on CISCO networks routers and switches are given in practically all REDDIG II member States Aeronautical administrations should train all the technical staff in charge of communication system maintenance and operation through these basic courses since nowadays there are IP networks and devices everywhere 3 RLA 03 901 RCC 18 WP 03 2 13 In case REDDIG members consider that this type of courses should be given w
52. ower supply Sw SWITCH SHDSL N EE Z I D x i i L L N L PW1 24V Stand POWER SUPPLY 84 264 VAC 24VDC N gt D Te O AC100 2x1 5 HO5VV F DC100 2x0 75 HOSVVF gt Q ae P Pr EF 1A 24V il Vid OV 24V 24V F5 1 vu 2x0 75 HOSVVF O WE Sa 361 5 U1000RO2V i 361 5 U1000RO2V DO suo CABLING 2 CONNECTORS TERRASAT SEE SHEET 06 4P FTP Cat 5E BELDEN 7929A 4P FTP Cat 5E BELDEN 7929A L D RE FROM TO MAINS SEEE BOX ai ila ii TO TO FROM MODEM TX TERRASAT RX TERRASAT REDDIG CABINET Figure 1 Overview of the IP re transmitter components excerpt from the specific plan Our Ref December 2014 Page 13 82 REDDIG II Document support a la migration doc 2 2 STEP 2 PREPARATION FOR REPLACEMENT OF THE FEED HORN OR DIAPHRAGM If you are not involved in this replacement skip to the next step In the coming days you must replace part of the antenna the source or the diaphragm WITHOUT RE AIMING THE ANTENNA Thus it is necessary to access this part located more than 1 8 m above the ground To do so it is essential to prepare the following for the day the work is to be done not now Your safety harness Request a ladder from the customer for safety then access the source by climbing into the dish Request a volunteer to do this for you bonus authorised Rent an aerial basket if the other recommendations are not possible Our Ref December 2
53. responding LED light up Telephones through El cannot be pre tested 3 4 2 Migration Migrate the services according to the same hierarchy Provide as much assistance as possible with the migration of Peru Columbia and Ecuador as they must migrate all of their services at once Test Our Ref December 2014 Page 29 82 REDDIG II Document support a la migration doc GDF be Le 3 5 STEP 5 AFTN AND METEO WEATHER MIGRATION Here only AFTNs and METEO will be migrated do not migrate RADARS for SUMU and SAEZ AFTN tests must be conducted using the serial USB adapters provided or COM port 1 on the monitoring PC L SEE D ele a tela Pai amp Q are E Wi Serial ports DB 25 male Ire V Figure 8 View of the AFTN ports Use hyperterminal for asynchronous data transfer Our Ref December 2014 Page 30 82 REDDIG II Document support a la migration doc The port uses 8 data bits no parity or flow control bits 1 stop bit configuration 8 N 1 typically at 2400 bps but pay special attention as this depends upon the connection Propn t s de COM6 Param tres du port Configure the connection as follows Edit View Call T tGPRMC Our Ref REDDIG II Document support la migration doc AM ANSI AAAA3I AAA V Help Function amow and ctl keys act as 0 Terminal keys Windows keys Backspace key sends OH Del Och Space Cti H Emulation Terminal S
54. rt frames Sub reflector Mount the Sub reflector on the feed using the frames and screws Our Ref December 2014 Page 39 82 REDDIG IT Document support la migration doc Level 3 ll Bolt M6X30 E 2 Turn off the amplifiers SSPA A and B and the existing outdoor box switch box waveguide at the electrical panel If possible lock it out Our Ref December 2014 REDDIG II Document support la migration doc Page 40 82 3 4 5 6 1 8 9 GDF IEZ Do not forget you safety harness and hard hat With the resources defined in paragraph 2 2 access the inside of the dish or have someone else do so Bring the new source and its tools with you too penetrating oil hex keys open ended spanners and tubular socket wrenches Use a pencil to draw a line on the existing source and its axis to identify the original position of the source normally there is a circular guide on the inside Thus if it was turned you will not see one line but two unaligned segments Remove the existing source If necessary dry the tube clean dry cloth and if you have it an air can Replace the old source with the new one Our Ref December 2014 Page 41 82 REDDIG II Document support a la migration doc xs ls AR e 3 gt Level 3 GDF See DS SE eyes D T 4 2 STEP 0 A REPLACING THE DIAPHRAGM 1 Turn off the existing SSPAs 2 Do not forget you safety harness and hard hat 3 With t
55. s command is supported on Foreign Exchange Office FXO Foreign Exchange station FXS and E amp M ports Examples The following example sets the DTMF interdigit duration on a voice port to 150 milliseconds voice port 1 00 timing interdigit 150 gt Leave the default or increase it to 200 Our Ref December 2014 Page 78 82 REDDIG II Document support a la migration doc GDF SZ a Level 3 timing dialout delay To specify the dial out delay for the sending digit on a specified voice port use the timing dialout delay command in voice port configuration mode To reset to the default use the no form of this command timing dialout delay time no timing dialout delay time Syntax Description trunk or an E amp M immediate trunk Range is from 100 to 5000 The default is 300 time Dial out delay in milliseconds for the sending digit or cut through on a Foreign Exchange Office FXO Command Default 300 milliseconds gt Increase it to 1000 timing wink wait To specify the maximum wink wait duration for a specified voice port use the timing wink wait command in voice port configuration mode To resetto the default use the no form ofthis command timing wink wait time no timing wink wait Syntax Description time Maximum wink wait duration in milliseconds for a wink start signal Range is from 100 to 6500 The defaultis 200 Defaults 200 milliseconds Command Modes Voice port configuration Command
56. s for Manaus 10 100 36 254 If this test fails ensure that Manaus can be reached ring me and then go to amp ppendix 74 to 2 9 STEP 9 CALL TO MANAUS OR EZEIZA ON THE CONF CALL NUMBER Depending upon your zone use the IP telephone to call Manaus or Ezeiza on the conf call number Manaus 1111 Ezeiza 1121 This number will be useful for reaching Manaus and Ezeiza for coordinating tests For the sites in Colombia Ecuador and Peru it is recommended if you have enough time to carry out the next step day 2 step 1 or at least to coordinate its execution for the following day as early as possible as a disconnection is required for the test Our Ref December 2014 Page 23 82 REDDIG II Document support a la migration doc 3 DAY 2 TESTS ON THE LEVEL 3 NETWORK 3 1 STEP 1 PRE TESTS 3 1 1 Sites with the EL Columbia Peru and Ecuador Together with the focal point under its authorization disconnect the El from REDDIG I and connect it to REDDIG II It would interrupt the communication so do it only under its approval Check the synchronisation of the Els To cross TE NT the command 1s as follows Router conf t Router config controller el 0 y z O slot port Router configure controller clock source internal NT line TE free running Place a call to Manaus on dial plan 2 maintenance admin at 3601 or 3602 Receive a call from Manaus on the maintenance line Correct the parameter
57. s if necessary For more El setting commands rero appendix 76500 3 1 2 Sites with the E amp M Select an E amp M connection on dial plan 2 maintenance admin Together with the focal point if possible and under its supervision and authorization disconnect the E amp M cable from REDDIG I and connect it to REDDIG II see file Dial peer numbers rev final xlsx Place a call to your INEO contact in Manaus on dial plan 2 maintenance at 3601 or 3602 or in Ezeiza at 2001 If the E amp M is on dial plan 1 call Manaus at 3612 Receive a call from Manaus or Ezeiza on the maintenance line dial plan 2 or on dial plan If nothing happens check the wiring see appendix YYY An LED should light up on the back side of the Cisco E amp M card Correct the parameters if necessary Our Ref December 2014 Page 24 82 REDDIG II Document support la migration doc Some basic E amp M commands Router conf t Router config voice port O W z O slot port Router config voiceport _ Cptone defines the ring type by country dial type defines the digit modulation type dtmf touch tone dialer pulse pulse dialer impedance defines the type of impedance 600c 600r 900c complexl complex2 operation 1 defines the type of operation 2 wire 4 wire two wlre operation four wire operation signal defines the signal type delay dial immediate wink start type defines the type of E amp M E amp M type I E
58. stalled a Cisco 1921 router or equivalent essi RUE LL SR d se ne gt e t t DES i 5 E KE EX Figure 6 Cisco 1921 Example With or without the help of the focal point identify the router and without disconnecting it connect it to REDDIG II with the appropriate cable use an extension or a longer cable if necessary This equipment is identified in boxes on the plans as LEVEL 3 EQUIPMENT 2 7 STEP 7 LOADING THE CISCO CONFIGURATIONS Load the new Cisco configurations version 8 Load the Cisco for chain A then B and lastly the GBB 2 8 STEP 8 CONNECTION TESTS THROUGH LEVEL 3 This step involves checking the connection of REDDIG II through the LEVEL 3 network From your PC connected to the switch port 22 for example or from the monitoring PC conduct a PING test to Manaus and then to the sites to which you have ATS DS hotline communication As areminder you must open the command prompt CMD to conduct this test Our Ref December 2014 Page 22 82 REDDIG II Document support a la migration doc Es Administrateur C WINDOWS ie AXE ping a 100 36 254 Microsoft Windows version 6 1 7681 Copyright cc 2009 Microsoft Corporation Tous droits r serv s D Users HCG526 gt pinyg 10 108 36 254 Envoi d une requ te Ping 10 10909 36 254 avec 32 octets de donn es IP address of your PC IP 10 100 XX 200 MASK 255 255 255 0 Gateway 10 100 XX 254 Addres
59. t support a la migration doc
60. t support a la migration doc GDF be Le He Eet View Configure Took Window Hop ad sl PEEL address Device Type Status Qu 1010021271 1010025121 Cerco Router Posten st ioni Cal My Network a 10 100 25 101 1010025101 Cisco VSAT Router Ping Down at leas VE M devices dani grep E CISCO VSAT E 10 100 25 102 10 100 25 102 Ceco VSAT Router PingiCown at kaas sien firmi ron GEB ACCESS 10 100 25 30 10 1002530 Workstation PinglDown st lea ewes ell Goy Tsing ATEPO9 Ping Down at leas a oup Eples rim PingDowm at laa tn ring Mew E Tl do ei is gj engen Netgear FSM 726 Ping Down at lens VPN Ping Down at ee Coni an Sunch Detaprobe RS Fotos tiens Delete Re 141 LHE Tamasal Ping Down at lea Sven IDU 1070 Ping Down at lons Sicywen IDU 1070 RSS Power Supply Statua J gel OMA Sky rma ba I RE fa get JE Skywan IDU 7000 TOMA SNMP Montor Test SMTP Simple Mail Transfer Protocol E mal server SNMP Test valable of SNMP JE SNMP MP LO Dsk 1 samus SNMP Monitor WP SNMP HP ILO Desk 2 status SNMP Monitor RR SNMP BUC bout Laval SNMP Mordor JE SNMP MUC input Level SNMP Mondor m ea se x Lf the value matches Sen the monitor is Un The value 97 is incorrect Replace with 98 as above Click OK Do the same with the IDU 7000 Go to the Configure tab then Performance Monitor Library click on SkyWAN IDU 1070 TDM then Edit a
61. tec FX SLIM Card 1 SBMN Universal I O Card 1 SEGU Manufacturer ViaSat Quad Output P S 1 SBRF 1 SAEZ 1 SOCA 24 VDC P S 1 SAEZ 1 SOCA BPM Module 1 SBRF Conn P S Backplane 1 SBRF 1 SPIM Manufacturer Paradise Datacom SSPA TX Module 1 SLLP M amp C 1 SLLP RX Waveguide Switch 1 SKED Hard Disk PC Linux 1 SOCA Appendix C RLA 03 901 RCC 18 WP 03 REDDIG 2014 Attention to nodes 159 SAEZ SBCT SBMN SBRF SCEL SEGU SGAS SKED SLLP SMPM SOCA SPIM SUMU SVMI SYGC TTZP COCES Nodes Appendix C RLA 03 901 RCC 18 WP 03 REDDIG 2014 Distribution of attentions FRAD x MODEM m SSPA Otros REDDIG EXTERNOS v Gd kt Jul SAEZ SBCT SBMN SBRF SCEL SEGU SGAS SKED SLLP SMPM SOCA SPIM SUMU SVMI SYGC TTZP COCES Nodes Appendix C RLA 03 901 RCC 18 WP 03 REDDIG 2014 Distribution of attention by category of equipment Other REDDIG Appendix D RLA 03 901 RCC 18 WP 03 REDDIG Network Availability 0 999952 0 999947 0 999943 0 999951 0 99998 9 999939 0 999951 0 999945 0 999905 0 99991 0 999901 0 9995 0 999 0 9985 0 998 0 9975 0 997 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 RLA 03 901 RCC 18 WP 03 APPENDIX E Results of the Third technical operational meeting for the implementation of REDDIG II RTO 3 No Conclusion RTO3 1 Proposal to conduct a course on the WhatsUp Gold application That the Eighteenth
62. to B and then B to A test 5 5 3 Master SkyWAN Only in Manaus and Ezeiza Disconnect the Tx and Rx cables from the active master confirm the master relay takeover and that the synch is re established in a few seconds Our Ref December 2014 REDDIG II Document support a la migration doc Page 72 82 5 5 4 Cisco Turn of Cisco 1A and watch the switch to channel B After having conducted the tests return to A 5 5 5 SkyWAN Turn of SkyWAN A and watch the switch to channel B After having conducted the tests return to A 5 5 6 Ethernet Switch Turn off Netgear Ethernet Switch A and watch the switch to channel B After having conducted the tests return to A 5 5 7 RSS Turn off the RSS and confirm that communication is not interrupted Our Ref December 2014 Page 73 82 REDDIG II Document support a la migration doc Level 3 6 DAYS FINALISING 6 1 STEP 1 TESTS OF THE DEDICATED LINKS TO THE GBB 6 1 1 Backup test Turn off both SkyWANS and after a few minutes verify that you have access to the other sites and that the services are operational 6 1 2 Dedicated links There are dedicated links for the Cisco GBB Not all services go through it Only some AFIN and a voice port without cable are present These AFTNs pass through the RSS switch and then output B is looped back to the RSS Rebouclage Vers CISCO GBB Vers CISCO B Vers CISCO A CISCO GBB Our Ref December 2014 Page 74
63. to this working paper Preparation of the migration Land network tests Completion of the implementation of outdoor Commissioning of the satellite termination network Finalization 2 36 To follow up on activities in each of these phases as well as in decision making joint migration to the land the new VSAT network I REDDIG and provisional acceptance PSAT in the site more tests tests NAT network daily teleconferences from January 14 to February 5 2015 were conducted 3 Suggested action 3 1 The Meeting is invited to a Take note of the information provided b review the activities performed 2014 that are presented in in section 2 and in the Appendices A to F of this working paper and c discuss any other related matter it may deem appropriate for this agenda item Appendix A RLA 03 901 RCC 18 WP 03 a MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY 1 REDDIG Il Architecture Introduction to IP 1 Ethernet interface 802 3 framing MAC 2 IP Basics and address classes and sub netting 3 Routing Static and Dynamic RIP OSPF and BGP 4 Qos 2 IP advanced Afternoon multicastissues Tunneling 3 VSAT Station Components 1 Instruments and measurement units 2 IBUC main parameters BW Power frequency 3 LNB main parameters and noise 4 Redundancy 4 Outdoor equipments Laboratory 5 VSAT Networking Impact of Networking on bandwidth consumption 6 SKYWAN Satellite Access an
64. ttention to the packing list provided which includes all equipment sent Our Ref December 2014 Page 9 82 REDDIG II Document support a la migration doc INEO 42 Level 2 GDF SZ 6 Level 3 1 4 SITE INDICES NUMBERS chile Pu Guyana RS E Trinidad Venezuela 2 1 5 CONTACTS See specific technical installation specifications 1 6 SITE SPECIFICATIONS See specific technical installation specifications Our Ref December 2014 Page 10 82 REDDIG II Document support a la migration doc 2 DAY 1 PREPARATION FOR MIGRATION 2 1 STEP 1 INSPECTION OF COMPLETED WORK To err is human therefore it is important to check the installation work to ensure that everything has been completed Outdoor data cable pulling Amphenol and coaxial connectors Antenna renovation Earthing the IBUCs and RX 1 GPS Antenna Installation Wiring from the GPS antenna to the receiver Installation of the bay Installation of the circuit breakers st bay provided within 5 m Printer and screen installation Connection of the Belden cable to the Gigamedia connector on the bay see paragraph 2 1 1 If the preceding list has not been entirely approved complete these tasks right away except for antenna dimensions Our Ref December 2014 Page 11 82 REDDIG II Document support la migration doc GDF be Le 2 1 1 Inspection of the lightning connectors 1 Ensure that the Belden ca
65. ure 7 REDDIG I and II connection diagram ss 21 Firme se Cisco eege 22 Fitore gt imonmomne PE CORNEDO TL ep nes de i 30 Figure 10 View of the AFTN ports nine reescccsntesecteesheonones dan eoneessnbeseeteesee tonte 30 Figure 11 Hyperterminal Configuration AFIN 31 Figure 12 HT Configuration ASCH eeeeessssssssssssssseseeerereesssssssssssssssererrereresesssssssssseseeeereeeeeee 32 aA e e E A E E E E E ATER T 33 SUS de VW E SONCE ege 38 Figure 15 View of the antenna body iridato 44 tere EE LE NB n EEE 46 Figure 17 View of the waveguide to be repl ced ss 51 TOUTE Mes AMPRENOL Ala CAD a oro 54 Pisure 19 mG Me ES E 56 Our Ref December 2014 Page 6 82 REDDIG II Document support a la migration doc 1 INTRODUCTION 1 1 PREFACE The REDDIG system implemented at the beginning of the 2000s is an ICAO project for air traffic control in South America It 1s interconnected with its equivalent in Central America COCESNA through the node in Tegucigalpa Honduras and with MEVA CAR Caribbean zone through the nodes in Maiquetia Venezuela and Bogota Colombia Each node in the project is identified by its ICAO code figure 1 The two main nodes on the networks are SBMN Manaus Brazil and SAEZ Buenos Aires Argentina This document is a supplement to the specific installation specifications for each site Migration of the REDDIG system requires coordination at all times Communication is currently supported by a
66. waveguide switch and install the guide opposite the load with the standard protective measures seal screws etc Our Ref December 2014 Page 52 82 REDDIG II Document support a la migration doc Our Ref December 2014 Page 53 82 REDDIG II Document support la migration doc GDF be CZ 4 8 STEP 6 CONNECTING THE CABLES 4 8 1 IBUC TX 1 1 1 Connect the coaxial cable to J6 e e J x ar i sl d LUE 2 Connect both power supply cables 3 Connect the Belden Amphenol data cable to J3 I I I I I I Figure 16 Amphenol data cable Our Ref December 2014 Page 54 82 REDDIG IT Document support la migration doc 4 8 2 RX 1 1 1 Connect the coaxial cable from the bay to L Band RX connector J6 Ac BREATHE PUNCTU D DW J7 WG SWITCH J6 L BAND RX 10MHz FSK Do not finalise the moisture protection measures wait until the tests and power up procedures have been completed Temporarily protect the cables with tape 2 Connect the power supply cable FOR BRAZIL In Brazil there 1s an IP re transmitter Provide power to the IP re transmitter by Our Ref December 2014 Page 55 82 REDDIG II Document support la migration doc NEO 7 Level 3 2 Other sites connect the power supply cable 4 9 STEP 6 POWER UP AND CONFIGURATION PROCEDURE 4 9 1 Power up procedure Turn on power to the equipment by closing the circuit breakers that

Agenda Item 3: Report of the activities carried out to date

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