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ZXCTN 9008 （ V2.08.32 ） Packet Transport Product Hardware Introduction

ZXCTN 9008 （ V2.08.32 ） Packet Transport Product Hardware Introduction. Course Outline. ZXCTN 9008 （ V2.08.32 ） Product Hardware Introduction Product Overview System Structure Board Function Performance and index. Position of ZXCTN 9008 in the Transmission Network. Access Layer.

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ZXCTN 9008 （ V2.08.32 ） Packet Transport Product Hardware Introduction

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  1. ZXCTN 9008（V2.08.32）Packet Transport Product Hardware Introduction

  2. Course Outline • ZXCTN 9008（V2.08.32） Product Hardware Introduction • Product Overview • System Structure • Board Function • Performance and index

  3. Position of ZXCTN 9008 in the Transmission Network Access Layer Convergence Layer Core Layer CTN 6200 NodeB CTN 9004 CTN 6300 CTN 6200 NodeB MSC CTN 6100 RNC CTN 9008 BTS MGW MSTP Access Ring SGSN BSC NodeB MSTP Convergence Layer BTS • ZXCTN 9008 is the packet transmission-oriented carrier-class multi-service carrier product introduced by ZTE. • It focuses on bearing and transmission of integrated mobile Backhaul and FMC end to end solution, which can meet transmission requirements of various Convergence and core layer services.

  4. ZXCTN 9008 Product Profile

  5. Dimensions: 482.6mm(W) X 888.2mm(H) X 560.0mm(D) Based on all-packet architecture , subrack adopts vertical plug-in structure，12U height Mounting mode.： cabinet, with the depth of 600/800mm Two types power supply:-48V DC and 220V AC. Equipment power consumption : ≤ 2700W Switch capacity（dual-direction）: 2.24Tbps Backplane Capacity ：2.52Tbps Packet transmit rate： 476Mpps Multi-service bearing ：support GE(O/E)、10GE、POS STM-1/4/16/64、CPOS STM-1、Ch STM-1、ATM STM-1 service interfaces. Offers redundant protection for equipment-level critical units, including 1+1 protection for power board, main control board, switching board, clock board Earthquake-proof level： safe under level-9 earthquake . ZXCTN 9008 Brief Introduction

  6. ZXCTN 9008 provides access and transmission of various packet services. The system also provides perfect service protection, OAM and clock synchronization and carrier-class service transmission characteristics. The service transmission layer adopts MPLS-TP network technology. The service layer supports the Ethernet network. The system provides the capability of transmitting multiple services such as Ethernet service, TDM service and ATM service. The system provides guaranteed QoS. The system provides protection switching time less than 50ms. The system supports MPLS-TP OAM and Ethernet OAM functions. The system meets E-Line, E-LAN and E-Tree service models defined by Metro Ethernet Forum (MEF). As for transmission, it meets synchronous clock and time data required by the 2G/3G mobile communication base station. ZXCTN 9008 System Applications

  7. ZXCTN 9008 Application Scenario

  8. As the core layer device, ZXCTN 9008 is applicable to various solutionsand corresponding application scenarios： Access and transmission of the mobile base station service Access and transmission of the large client service and the VPN service Access and transmission of the Next Generation Network (NGN) service Access and transmission of the Next Protocol Television (IPTV) service Access and transmission of the Video On Demand (VOD)/ Voice over IP (VoIP) service Access and transmission of the mass client Internet service Access and transmission of the FMC service. Access and transmission of the MSAN/MSAG integrated service. ZXCTN 9008 Application Scenario

  9. Course Outline • ZXCTN 9008（V2.08.32） Product Hardware Introduction • Product Overview • System Structure • Board Function • Performance and index

  10. System Software Structure

  11. ZTE PTN Product Structure Management plane Control plane E1/STM-N Data plane Packets exchange core TDM PWE3 E1/STM-N IMA E1/ATM STM-N ATM PWE3 GE/10GE FE/GE/10GE ETH PWE3 Clock/time sync （Ethernet clock sync, 1588 time sync） • Three planes of data, control, and management are independently designed. • Packet exchange core, multi-service bearing • Supporting clock/time sync satisfies clock/time requirements in various types of application environments.

  12. Cabinet 2200mm 2600mm • Considering the heat radiation，at most one 9008 subrack can be installed in cabinet, one more 9004 subrack could adding in only for 2600mm height cabinet. • The free space can be used to install user’s device , such as router. • 1U space (1U = 44.45mm) at least be reserved in the bottom of cabinet for installing the cabinet back door and ensuring the connection of cabinet grounding cable. • Cabinet adopts unified ZTE transmission equipment cabinet, complying with IEC standards.；adopts front/back column and single front opening door.

  13. 1. Top outlet 2. Mounting bracket 3. Back column 4. Front column 5. Cable arranging clip 6. Cable area 7. Bottom outlet 8. Protection groundingterminal 9. Front door 10. Door lock 11. Power supply terminal Cabinet Component

  14. Functions： Power distribution box serves to receive active and standby external power supplies. After filtering and lightning protection of the external power supplies, it distributes two pairs of active/standby power supplies to each subrack. Types： ZXCTN 9008 support these two kinds of power distribution box: Power Distribution Box • -48V DC Power Distribution Box • 220V AC Power Distribution Box

  15. -48V DC Power Distribution Box 1. Mounting flange 2. Connection terminal of theprotection ground cable 3. Front panel of the powerdistribution box 4. -48 V RTN output of thesubrack power supply 5. -48 V output of the subrackpower supply 6. -48 V RTN input of theexternal power supply 7. -48 V input of the externalpower supply

  16. 220V AC Power Distribution Box 1. Mounting flange 2. Front panel of the powerdistribution box 3. Live wire input of theexternal power supply 4. Neutral wire input of theexternal power supply 5. Protection ground cableinput of the external powersupply 6. Protection ground cableoutput of the subrack powersupply 7. Connection terminal of theprotection ground cable 8. Neutral wire output of thesubrack power supply 9. Live wire output of thesubrack power supply

  17. LCD Fan Plug-in Box Cabling Trough Service Card Section Main Control Board Section Switch Fabric Card Section Filtering Mesh Air Inlet Power Module Handle ZXCTN 9008 Subrack • ZXCTN 9008 subrack adopts vertical plug-in structure; • Subrack provides 8 service process board slots ,2 main card slots, 2switch card slots, 3 power slots and 2 fanslots. • System transmits service signals and manages data between boardsvia bus. • Satisfies the mounting requirements of Subrack in the IEC standard cabinet or ETS standard cabinet；

  18. ZXCTN 9008 Fan Plug-in Box 1. Lock Button 2. Security Alarm Sign 3. Indicator 4. Fan • Each ZXCTN 9008 subrack is configured with 2 fan plug-in boxes, which are under top LCDs of the subrack and adopt the cooling mode of air intake from the bottom and outtake from the top. • A fan plug–in box is composed of 11 parallel fans, and the fans share a socket

  19. ZXCTN 9008 adopts rack design and hardware architecture of the entire system is composed of backplane, main board, switch fabric card, service card, intelligent platform management sub-system, power module, fan and so on. System Components

  20. Services and Functions • Service Processing Model

  21. ZXCTN 9008 Board Slots in Subrack

  22. ZXCTN 9008 Board Slots in Subrack

  23. ZXCTN 9008 Board Naming List

  24. ZXCTN 9008 Board Naming List

  25. ZXCTN 9008 Board Naming List

  26. Relationship Between Boards and Slots

  27. Relationship Between Boards and Slots

  28. Relationship Between Boards and Slots

  29. Course Outline • ZXCTN 9008（V2.08.32） Product Hardware Introduction • Product Overview • System Structure • Board Function • Performance and index

  30. Board Function • Main control board • P9008-MSCT • P9008-MSC • P9008-SC • Service board • Interface board • Motherboard • Power module • Fan module

  31. Board Functions P9008-MSCT board is the main control board of ZXCTN 9008, composed of the maincontrol unit, switching unit and clock unit. As the core board of the system, it adopts 1+1backup mode. P9008-MSCT

  32. Functional Block Diagram P9008-MSCT board is composed of the following modules： Power supply module Supervision module Control module Communication module Clock module Logic control module Switching module P9008-MSCT

  33. Front Panel P9008-MSCT 1. Captive fastener 2. Debugging interfaceCONSOLE 3. Local maintenance terminalinterface (LCT) 4. AUX management interface 5. Board reset button RST 6. Master/salve switchingbutton (EXCH) 7. Board copy button CPY 8. USB interface 9. Alarm input interface (ALMIN) 10. Alarm output interface(ALM OUT) 11. Cabinet lighting interface(CAB LAMP) 12. EMS interface (Qx) 13. Alarm indicator of mastermain control board 14. Running indicator of mastermain control board 15. Alarm indicator of slavemain control board 16. Running indicator of slavemain control board 17. Alarm indicator of power supply board 18. Running indicator of power supply board 19. Alarm indicator of switching board 20. Running indicator of switching board 21. Alarm indicator of service board 22. Running indicator of service board 23. BITS signal input interface 24. BITS signal output interface 25. Time signal interface 26. Spanner

  34. Board Indicator Status P9008-MSCT

  35. Board Indicator Status P9008-MSCT

  36. Board Functions P9008–MSC board is the main control board of ZXCTN 9008, composed of main controlmodule, switching module, clock module and other functional modules. It adopts 1+1backup working mode and is the core board of the system. Two switching modules on main control boards and two switch boards form four switching planes ,adopt 3+1 load balance and backup working mode. P9008-MSC

  37. Functional Block Diagram P9008–MSC board is composed of the following modules： Power supply module Supervision module Control module Communication module Clock module Logic control module Switching module P9008-MSC

  38. Front Panel P9008-MSC 8. Read-Write Indicator of SDCard ACT 9. SD Card Interface 10. USB Interface 11. Status Indicator of MaserBoard MST 12. Status Indicator of SlaveBoard SLA 13. Running Status Indicator ofPower Module PWR1–3 14. Running Status Indicator ofSwitch Fabric CardSFC1-2 15. Running Status Indicator ofService Card LIC1-8 16. Extractor 1. Fixed Screw 2. Debugging Port CONSOLE 3. Ethernet ManagementInterface MAGAGEMENT 4. AUX Management Interface 5. Board Reset Button RST 6. Board Master/SlaveSwitchover Button EXCH 7. Board Copy Button CPY

  39. P9008-MSC • Board Indicator Status

  40. Board Indicator Status P9008-MSC

  41. Board Functions P9008–SC is the switch fabric card of ZXCTN 9008, taking charge of fast switching ofsystem service data. 2 switch fabric cards and 2 switching modules on main control boardwork in load sharing mode and support 3+1 redundancy backup P9008-SC

  42. Functional Block Diagram P9008–SC board is composed of the following modules： Power Module Monitoring Module Control Module Communication Module Logic Control Module Switching Module P9008-SC

  43. Front Panel P9008-SC • Fixed Screw • Lever

  44. Board Function • Main control board • Service board • P90S1-12GE1XGET-SFPXFP • P90S1-24GE2XGE-SFPXFP • P90S1-2XGET-XFP • P90S1-2XGE-XFP • P90S1-4XGET-XFP • P90S1-4XGE-XFP • P90S1-24GE-RJ • P90S1-24GE-SFP • P90S1-48GE-RJ • P90S1-48GE-SFP • Interface board • Motherboard • Power module • Fan module

  45. Board Functions P90S1-12GE1XGET-SFPXFP board provides 12 GE SFP optical interfaces and one 10GE XFP optical interface. P90S1-12GE1XGET-SFPXFP

  46. Front Panel P90S1-12GE1XGET-SFPXFP 1. Captive fastener 2. Running status indicator ofGE optical interface 3. GE optical interface 1-12 4. Connection status indicatorof 10GE optical interface(LINK) 5. Data read-write indicatorof 10GE optical interface(ACT) 6. 10GE optical interface 13 7. Spanner

  47. Board Indicator Status P90S1-12GE1XGET-SFPXFP

  48. Board Functions P90S1-24GE2XGE-SFPXFP board provides 24 GE SFP optical interfaces and two 10GE XFP optical interfaces. P90S1-24GE2XGE-SFPXFP

  49. Front Panel P90S1-24GE2XGE-SFPXFP 1. Captive fastener 2. Running indicator of GEoptical interface LINK/ACT 3. GE optical interface 1–24 4. Connection status indicatorof 10GE optical interfaceLINK 5. Data read–write indicator of10GE optical interface ACT 6. 10GE optical interface 1–2 7. Spanner

  50. Board Indicator Status P90S1-24GE2XGE-SFPXFP

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