The document discusses pre-deployment activities for migrating to the MAX-NG network system. This includes a site survey, inventory of existing equipment, compacting line boards to reduce space and power usage, configuring IP addresses and connectivity to the MPLS core, and preparing data for subscriber migration. It also outlines the deployment process, including installing new MAX-NG equipment, configuring gateways and routing, and integrating with billing and provisioning systems. Suggestions for maintenance after deployment are also provided.

1. PRE-MIGRATION ACTIVITY
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2. Pre-Retrofit Activity
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3. Pre-Retrofit Activity
Site Survey of Exchange
Total number of Co-located Line BMs
Total number of Trunk BMs
Total number of RSUs working
Connectivity available at RSUs
Total number of V5.2 AI links working
Total number of PRI Links working
Total number of BRI lines working
Connectivity available for MPLS
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4. Pre-Deployment Activity
 Filling the exchange Survey Sheet for Site-wise BOM preparation.
 Total number of Co-located Line BMs and compaction of BMs as
per corporate guidelines. BM Compression.ppt
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5. BM Compression
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6.  As per the PAN-India data most of the exchanges / BMs are working
with only 30% to 40% loading.
 In present Scenario the working ports of LCC Cards are distributed in
a random fashion.
Present Scenario
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7. Faulty Ports Working ports Spare Ports
Present Working of Ports
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8.  We need to shift Terminal equipments in such a manner, so that
the working subscriber should be moved to Base Module rack and
then Line Module-01 and Line Module-02 rack.
 In this manner subscribers are organized properly among the
various racks.
Action Item
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9. After Relocation - I
Faulty Ports Working ports Spare Ports
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10. After Relocation - II
Faulty Ports Working ports Spare Ports
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11. Final Result
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12. The Final Working Rack
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13. Main Advantage
 This is applicable to Co-located BMs and Remote BMs.
 This will lead to power saving.
 It will generate inventory of Control cards of ATU (i.e.
TIC/ISP/TUI) and Power Supply Cards.
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14. Activity for MBM Sites
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15. MBM Exchange
 The same strategy can be implemented in the MBM exchange.
 The equipment planning for MAX-NG has been done after
considering the BM compression activity.
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16. ]
BM8
BM7
BM6
BM5
BM1
2
BM1
1
BM1
0
BM9
BM4
BM3
BM
BM2
BM1
Schematic View of MBM Exchange 10-08-2022
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17. BM8
BM7
BM6
BM5
BM8
BM1
2
BM7
BM1
1
BM6
BM1
0
BM5 BM9
BM4
BM3
BM
BM2
BM1
BM Compression Activity… 10-08-2022
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18. BM8
BM7
BM6
BM5
BM4
BM3
BM2
BM1
Power Saving
Controller Card Repository
LCC Cards Repository
Less No. of NGTK Required For MAX-
NG Conversion
Schematic View after BM Compression 10-08-2022
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19.  Power Saving
 Controller Card Inventory
 LCC Cards Inventory
 Less No. of NGTK Required For MAX-NG Conversion
Main Advantage
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20. Pre-Deployment Activity (Contd.)
 Migration of existing BRI connection to alternate solution like
CDMA VPN
 Network Configuration between SDCA and Core switch by MPLS
NOC
 Last Mile connectivity between MAX-NG Aggregator and MPLS
Core through RPR
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21. Pre-Deployment Activity
 Configuration of Required IP addresses at MPLS for MAX-NG VLAN
 Verification of various equipment as per the site configuration and
final BOM.
 Retrofit data preparation for MAX to MAX-NG migration for C5
subscribers creation, Routing and Trunking Data, various Access
Gateway related Data.
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22. Requirement
 The uplink connectivity is through 1GigE Optical patch cord.
 The length of patch cord for the above connectivity.
 The type of connectorization at ADM end of RPR i.e. FC or LC or SC
so that the patch cord can be supplied accordingly.
Kindly mail this information urgently to cdotmaxng@gmail.com
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23. Deployment Related Activity
 Infrastructure Installation at Main exchange site i.e. 2-Slot and 6-
Slot Chassis.
 Installation of network elements and configuration at Remote site
for the IP connectivity.
 Installation of MAX-NG Access Equipment, EBM, LAN Switch and
Client Terminal at site
 Configuration of LAGs as per Co-located BMs and Remote BMs
 Configuration of MLS as per Network Connection
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24. Deployment Related Activity
 Configuration of MG/SG (if required for POI), V5AG and PRIAG as
per working ISUP Signalling & Media links, AIs and PRI Links
 Network Data Creation in Class-4 SS for connectivity of SDCA to L2
TAX and POIs
 Configuration w.r.t Billing and Provisioning through BSNL CDR
system and Clarity system
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25. Planning for MAX-NG Installation
 One BM Cabinet at MBM location will be use as MAX-NG BM
 MAX-NG BM will house CACU (Central Access Control Unit) system to
install common elements for that MBM i.e.
Main Aggregation Switch (1+1)
Network Access Gateway Card (1+1)
Ethernet-to-E1 Bridge Main (1+1)
Shelf Manager Card (1+1)
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26. Planning for MAX-NG BM
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27. MAX-NG BM for CACU System
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 All the E1s for the Network i.e. POI PCMs, V5.2 AN-RAXs and PRI-
PBX are required to re-route to MAX-NG BM.
 One Card Frame of MAX-NG BM has a provision of DDF to
terminate all the above mentioned E1s.
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28. DDF Unit for MAX-NG BM
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Assy. With MDF Tag Block to DDF Plate Assy.
Complete Assy. With MDF Tag Block to DDF Plate Assy.
Fully Assembled Card Frame with MDF Tag Blocks
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29. Planning at Line BM / RSU Site
 At Co-located Line BM / RBM site, new LAGU (Line Access Gateway
Unit) system will be installed in place of bottom two Card frame of
Base Module.
 LAGU system house only 02 nos of NGTJ-LAG Card and 02 nos of TSI
card.
 CAT-5e LAN cable for Co-located Line BM or existing E1 Cables in
case of RSU are directly terminated on the backplane of LAGU system.
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30. Suggestion
Few Suggestion / Maintenance after MAX-NG:
 IPM should be connected at MDF for Lightning Protection
 High Voltage Protection (HVP) module developed by C-DOT to be installed
in the exchange at Heavy Lightning Prone Area
 Proper checking of Earthing of exchange.
 Proper training of MAX-NG maintenance staff.
 Proper maintenance of Power plant, Generator and battery back-up
arrangement.
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31. 10-08-2022
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Feedback :- cdotmaxng@gmail.com
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