HX9500R - HX9500RA HYBRID SONET/SDH-PDH

Transcription

1 Multi-Ser vice Access Network - A HYBRID SONET/SDH-PDH Features Combined or Hybrid SONET - SDH ADM TM and E1/T1- PDH multiservice DACS 6U ETSI shelf 19 /23 Chassis with FAN TM, ADM and DCS at DS0, VC12, VC3, VC4 Dual aggregate Optical Ring STM-1/4/16 - OC-3/12/48 Hot-swappable cross-connect modules, tributary modules and power modules. Tributary Cards : High-Speed or High Density access (HS) Low-Speed access (LS) Power Modules DC (-48Vdc) *AC (90 to 240V, 50/60Hz) Dual Power (1+1) Networking Tributary E1/T1: Cards, Port, Line E3/T3: Cards, Port, Line STM1/4: MSP, SNCP Cross-connect Unit (XCU) SDH MSP, SNCP, SNCP with MSP and SNCP-MESH PDH E1 1+1 and SNCP PDH 64K with 3E1card TM, ADM, and cross-connect Full cross-connect at VC11/VC12/VC3/VC4 levels External/Internal/Line timing source with SSM Ethernet supports GFP, LAPS, VCAT and LCAS Full switch Ethernet capability on EoS card DTMF Engineering Order-Wire using VoIP phone Alarm suppression, masking and report Management Console port, VT100 menu SNMP Port Telnet Centralized management EMS-GUI CXRview CXR s EMS/iNMS EMS TMN management, full FCAPS end-to end circuit management A COMBO MULTIPLEXER PDH EDGE AND SDH TRANSPORT The A SONET/SDH-PDH is a Hybrid Multi-Service Access Multiplexer with STM-1/4/16 - OC-3/12/48 optical lines aggregate and HS tributaries as EoSDH and a non-blocking VC11/VC12/VC3/VC4 cross-connect together with a PDH DS0 cross-connect or DACS with Low Speed tributary modules. This solution combine the PDH access inside the SDH transport device in case of small sites. The /RA A 6U 6U shelf shelf support: with FAN is supporting: - 4 High Speed tributary module slots for - 4 E1, High E3, Speed STMx tributary and EoSDH module cards slots of the for E1, HX9400R E3, STMx and EoSDH cards of the - 6 HX9400R Low Speed tributary module slots for - 6 voice, Low Speed low and tributary high speed module data slots, EoPDH, for voice, TS low and and TDMoE high speed cards of data the, QX3440. EoPDH, TS and TDMoE cards of the With QX aggregate optical With 4 aggregate or electrical optical line interfaces, or the electrical x SONET/ SDH line interfaces, offers service the x providers a SONET/ versatile SDH offers service scheme providers including a versatile and MSP(1+1) scheme including UPSR/SNCP for UPSR/SNCP both ring and and linear MSP(1+1) network topologies. for both It ring works and linear with network HX91x0 topologies. This multiplexers equipment in works same network. in same connect matrix so delivering an integrat- and ed through a full non-blocking DS0 cross- HX9400 The network HS tributary with all HX91x0 modules and include HX9400 optical of CXR STM-1/4 range - and OC-3/12, face to E3/T3, all standard E1/T1 All interfaces are fully compliant with the ed mini DACS system. interfaces NG SDH multiplexers and Giga/Fast. Ethernet over relevant ITU ETSI and ANSI standards. SDH/SONET The HS tributary are modules mapped include into optical STM-1/4 - SDH - OC-3/12, payload through E3/T3, E1/T1 stand- Operation, Administration, Maintenance the The hybrid SONET/SDH-PDH provides full SONET ard interfaces techniques and Giga/Fast such as Ethernet GFP, LAPS, over and Provisioning (OAM&P) functionalities. VCAT SDH/SONET and LCAS. are The mapped HS modules into are the Users can easily operate the A used SONET in - HX9400RA SDH payload SDH through multiplexer. standard LS techniques tributary modules such as are GFP, connect- LAPS, agement together with HX9x00, locally or remotely with centralized man- The ed VCAT through and LCAS. a full The non-blocking HS modules DS0 are QX3440/S/D and different product of cross-connect used in HX9400RA matrix SDH so multiplexer. delivering an CXR ranges with CXRview-Plus (EMS) or integrated The LS tributary mini DACS modules system. are connect- CXR-iNMS (integrated NMS) Gpbs

2 Page 2 - Multi-Service Access Network THE A Power Fans Connector b.d Smart Solutions for Smart Networks 4 SDH slots 6 PDH slots SDH TOPOPLOGY OF THE A/RL : 6U height Rack chassis A : 6U height Rack chassis support up to 2.5G Mbps mapping bandwidth The /RA with two CPU/Aggregate -CC4 or CC16 give it the possibility to deploy the following topologies of SDH aggregates and tributaries. With 2 HX9500-CC4, this configuration support: 2 SNCP ring STM1/4 or 1 SNCP & 2 MSP 1+1 or 1 STM1/4 ring with 4 fibers SNCP+MSP and as tributaries 2 STM1 SNCP or 6 STM1 tributaries With 2 HX9500-CC6, this configuration support: 2 SNCP ring STM1/4/16 or 1 SNCP & 2 MSP 1+1 or 1 STM1/4/16 ring with 4 fibers CXR Anderson Jacobson Rue de l'ornette Abondant - France T +33 (0) F +33 (0) contact@cxr.com

3 Page 3 - Multi-Service Access Network THE RIGHT PROTECTION FOR PDH and SDH EDGE PDH ACCESS SDH CORE QX3440 QX3440S HX9400R HX9416R 1+1 SNCP-64K over PDH SNCP-64K over PDH in SDH SNCP MSP 1+1 SNCP+MSP SNCP MSP 1+1 SNCP MESH SNCP+MSP EoPDH L2: RSTP L3: Static, RIP, OSPF EoSDH E-LINE: SNCP LCAS E-LAN: RSTP

4 P a g e 4 - M u l ti - S e r v i c e A c c e s s N e tw o r k S P E CIF I CA T IO N S Physical/Electrical /RA-6U HX9x00R-FILTER HX9x00R-FILTER-CBL-xx AC Power DC 48v Power DC 24v Power Temperature Humidity -10 to +55 C 0-95%RH (non-condensing) Mounting Desktop stackable, 19/23 inch rack mountable supply with brackets, and wall mountable With TELEPHONE-EOW-IP a VoIP phone connected to -CCx. Mode VoIP SIP over EOW channel This card include 2 RJ11 FXS for Analog Circuit Telephone Device (Tip/Ring) and 2 Ethernet RJ45 to connect CC4. Mode VoIP SIP over EOW channel. DB-9F SCSI-II 68 pins SFP module with LC connectors Up to 6 STM4 or 12 STM1 with CC16 Card of 16E1/T1, 32 E1/T1 or 63 E1/ 63T1 EOW with -CB EOW with -CBB Console port E1/T1 interface connector Optical Interface connector Number of Optical STM-x Number of E1/T1 channels Smart Solutions for Smart Networks 6U chassis 433mm x 264mm x 223,5mm (W/H/D) 0,5U chassis 433mm x 22mm x 223,5mm (W/H/D) 2U chassis 433mm x 88mm x 223,5mm (W/H/D) with cable guide 6 or 10cm 90 to 240 VAC, 50/60Hz * -36 to 72 Vdc ± 15% By use of DC 48v card and a 1U 19 chassis with dual channel converter 24V to 48V the DCDC-2X W-1U DC 17 to 31 V to DC 48 V 300W each channel Clock Source Up to 4 clocks with priority from : Internal, STM-N Line 4 aggregate, 2 External input 2MHz or G704 w or w/o SSM, E1 PDH source, 2 output clocks Management Interface Console port Standard OSS interface NE/NE interface DB9F, RS232 DCE, user interface VT100 menu driven SNMP V1 and V3 (RFC1213, RFC2571 to RFC2575) 10/100BaseT FE (IEEE 802.3u ), Telnet and SSH V2 DCC/HDLC/Ethernet type II Alarm Input/Output Inputs Ports Internal resistance Connectors Outputs Ports The information contained in this document are provided without warranty and do 3 ma 1.5 ma 4 Maximum switching voltage 110 Vdc, 125 Vac Min. 100M ohm (at 500Vdc) Connectors RJ45 SNMP TRAP or Transmission from Input to Output Use ANSI IEEE T +33 (0) F +33 (0) contact@cxr.com Activation current Deactivation current Initial insul. resist. ITU-T CXR Anderson Jacobson Rue de l'ornette Abondant - France 4 1K RJ45 G.703, G.707, G.751, G.747, G.7041, G.7042, G.775, G.781, G.782, G.783, G.784 (management support SNMP base), G.803, G.806, G.811,G.813, G.823, G.824, G.825, G.826, G.841, G.747,G.957 (SFP base), G.958 (fiber cable), X.86, G.664 T1.105, T q & 802.1ad(VLAN), 802.1w(RSTP), 802.1s(MSTP), 802.3x(flow control), 802.3u, 802.1p(QoS) Standards Compliance Certification EMC: With -CC4 With -CC16 SAFETY: FCC Part 15 Subpart B, Class A; EN 55022, Class A; EN55024; EN IEC , IEEE1613 for utilization in electric substation IEC , IEEE1613 for utilization in electric substation * Q EN for Railway substation : * in preparation IEC /EN

5 Page 5 - Multi-Service Access Network TRIBUTARY GROUP TG 1 TG2 AGGREGATES PDH Tributaries SLOTS TRIB 1 TRIB 2 TRIB 3 TRIB 4 CC4 W CC4 E T1 T2 T3 T4 T5 T6 GLOBAL 4 X 155M N/A 2 X 155M N/A PAYLOAD 2 x 155M 2 x 155M 1 x 155M 1 x 155M 2 x 622M 2 x 622M 4 x 2M 4 x 2M 4 x 2M 4 x 2M 4 x 2M 4 x 2M STM-x transport STM-1/4 STM-1/4 STM-1 STM-1 Link without MSP N/A STM-1/4 STM-1/4 Link with MSP (1+1) E1 / E3 transport Maxi 252 E1 63 E1 63 E1 63 E1 63 E1 or 126 (1+1) 63 E1 63 E1 (P) 63 E1 63 E1 (P) Max. 12 E3 3 E3 3 E3 3 E3 3 E3 or 6 (1+1) 3 E3 3 E3 (P) 3 E3 3 E3 (P) 32 FE or 4 GE w/o 16 FE or 2 GE w FOM w/o STM-1/4 STM-1/4 STM-1/4 STM-1/4 8 FE 8 FE 8 FE 8 FE 8 FE 8 FE E1, FE1 transport and cross-connect Maximum 6 x 4E1, unique clock Maximum 3 x 3E1, unique clock, 1+1 and SNCP * EoSDH (over n VC12, n VC3, nvc4) EoPDH (over n 64K, n E1) Fiber to one QX3440 (4E1) A/RL CAPACITY WITH 2 CC4 BUS SDH to this 6 PDH Cards of 21E1 to 21 VC12 No SDH Maximum 3 x 4E1, unique clock, 1+1 Maximum 6 x 3E1, unique clock, SNCP * EoPDH 64k to 2M to 8M per card Fiber to one QX3440 (4E1) 1 FOM 1 FOM 1 FOM 1 FOM 1 FOM 1 FOM 14 FOM w 1+1 Use All QX3440 card 1 and 2 slots A/RL CAPACITY WITH 2 CC16 TRIBUTARY GROUP TG 1 TG2 AGGREGATES PDH Tributaries SLOTS TRIB 1 TRIB 2 TRIB 3 TRIB 4 CC16 W CC16 E T1 T2 T3 T4 T5 T6 GLOBAL 4 X 155M N/A 16 X 155M N/A PAYLOAD 2 x 155M 2 x 155M 8 x 155M 8 x 155M 2 x 622M 2 x 622M 4 x 2M 4 x 2M 4 x 2M 4 x 2M 4 x 2M 4 x 2M STM-x transport STM-1/4/16 STM-1/4/16 Link without MSP STM-1/4/16 STM-1/4/16 Link with MSP (1+1) E1 / E3 transport Maxi 252 E1 63 E1 63 E1 63 E1 63 E1 or 126 (1+1) 63 E1 63 E1 (P) 63 E1 63 E1 (P) Max. 12 E3 3 E3 3 E3 3 E3 3 E3 or 6 (1+1) 3 E3 3 E3 (P) 3 E3 3 E3 (P) 32 FE or 4 GE w/o 16 FE or 2 GE w 1+1 STM-1/4/16 STM-1/4/16 STM-1/4/16 STM-1/4/16 8 FE 8 FE 8 FE 8 FE 8 FE 8 FE 16 FE and 4GE FOM w/o 14 FOM w 1+1 Fiber to one QX3440 (4E1) 1 FOM 1 FOM 1 FOM 1 FOM 1 FOM 1 FOM E1, FE1 transport and cross-connect Maximum 6 x 4E1, unique clock Maximum 3 x 3E1, unique clock, 1+1 and SNCP * EoSDH (over n VC12, n VC3, nvc4) EoPDH (over n 64K, n E1) 4 GE/2,4Gbps BUS SDH to this 6 PDH Cards of 21E1 to 21 VC12 No SDH Maximum 3 x 4E1, unique clock, 1+1 Maximum 6 x 3E1, unique clock, SNCP * EoPDH 64k to 2M to 8M per card Fiber to one QX3440 (4E1) Use All QX3440 card 1 and 2 slots

6 Page 6 - Multi-Service Access Network HX9400RX/X SDH P ROTECTION The CXR SDH ADM/TM multiplexers /RA are supporting the SDH following s: The physical STM-x interfaces are connected in BUS or RING infrastructure with MSP or SNCP but each VC12, VC3 or VC4 circuit we is selected with or without protected by the MSP or SNCP. Then the bandwidth utilization of the STM-x fiber is optimized with protected circuits, theirs circuits and unprotected circuits. MSP 1+1 is available between aggregate interfaces of CC4/CC16 (between 2 ports of one card or 1 ports of 2 cards) and with two tributaries HX9400R-ADSTM1/4 cards (one STM4 as MSP 1+1 or 2 STM1 as MSP 1+1). SNCP is available between aggregate interfaces of CC4/CC16 (between 2 ports of one card or 1 ports of 2 cards) or and with two tributaries HX9400R-ADSTM1/4 cards (one STM4 between Slot1 and Slot3 or 2 STM1 between Slot1 and Slot 2 or Slot 3 and Slot 4). SNCP with MSP 1+1 with 4 fibers is available between aggregate interfaces of CC4/CC16 using the 4 ports. This is used in infrastructure with a level of risk on the fiber availability. SNCP Mesh with 2 CC4 or CC16 the SNCP protected circuit can cross the node from one aggregate CC4/16 interface to a tributary interface the HX9400R-ADSTM1/4 cards. T MESH feature gives the possibility to share physical interfaces to set-up several VC12/VC11/VC3/VC4 circuits. The SNCP is activated in Intrusive Mode only in case the fiber or in Non-Intrusive mode when the fiber is cut or on bad quality of the STM-x line. All s are Reversible or No- Reversible. The recovery time of circuits with MSP is < 10ms The recovery time of circuits with SNCP is < 50ms The recovery time of circuits with SNCP+ MSP over 4 fiber is < to 50ms A SDH TRIBUTARY INTERFACES High-Speed or High Density Access Tributary Modules (HS) plug-in Interface cards These cards can be used in HX9400RA or A without modification. HX9400R-ADSTM1/4 2 STM-1 or (OC-3/12) tributarie0.s HX9400R-63E1T1 or E x ports E1/T1 tributaries HX9400R-32E1T1 or E x ports E1/T1 tributaries HX9400R-16E1T1 or E x ports E1/T1 tributaries HX9400R-3DS3/E3 3x ports E3/T3 tributaries HX9400R--SWM-GTX-8TTX EoS (8xFE+1xGBE) Ethernet card with L2 switch (E-Line/E-LAN) HX9400R--GTX-8TTX EoS (8xFE+1xGBE) Ethernet card without switch (E-Line) L-2CB-2GSF EoS (2x GE + 2 Combo GE/SFP) switch with 2.48G back-plane HX9400R-7FOM 7 Fiber Optic (SFP) of 4E1 compatible with QX3440-4E1FO HX9400R-TDMoG TDMoGE PseudoWire SAT, CESoPSN with 2 WAN Combo 10/100/1000Baset & 2 SFP and 4 LAN 10/100/1000BaseT Remarks: all E1, T1, E3 and DS3 interfaces of the card are supporting independent clock synchronization as the standard SDH transport. Please looks to HX9400R datasheet for tributary specifications.

7 Page 7 - Multi-Service Access Network QX3440 & /RA PDH P ROTECTION The PDH QX3440 and the Hybrid SDH ADM/TM PDH A/RL and HX9550R multiplexers are supporting for n64k circuits the SNCP-PDH or SNCP-DS0 or SNCP- 64K s: Inside a static TDM PDH or PDH over SDH network this SNCP-PDH give a dynamic End to End between 2 sites A and Z for voice or data interfaces. This is feature is processed by the QX3440-3E1 or HX9550-3E1 cards and switch by the CPU/DACS TS0. At the both end A and Z an active link is generated over a Working Path (WP), and a duplicate link over the Path (PP). These links is a framed circuit DS0 n 64Kbps over a serial of E1 links. The switch of the n64k circuit from Working Path (WP) to Path (PP) is effective within 10ms. This is much faster than the full E1 switch in PDH network or Microwave but also in SDH Network with MSP-SDH or SNCP-SDH. This mode supports the of data or voice with or CAS circuits or G.704. The protected circuits are selected with one 64Kbps TS (Time Slot) or n 64Kbps TS with n<32. The E1 WAN use to carry such circuit can carry together standard traffic without in other TS. When using the x chassis the is generating at the PDH level and carried over SDH VC12 circuits. QX3440 & /RA PDH TRIBUTARY INTERFACES Low Speed Access Tributary Modules (LS) plug-in Interface Cards. They are used in QX3440/QX3440S or x without modification. QX3440-4E1(T1/BNC) 4x channel E1 or T1 QX3440-3E1(BNC) 3 x channel E1. This card support SNCP-PDH QX3440-8G703-64K 8x channel G703-64K Codirectionnal QX3440-TOR-8I-8O 8x channel Dry Contact I/O QX3440-8EM 8x channel 2W/4W E&M QX3440-2GSH4W 2x channel G.SHDSL (2 pairs) QX3440-4GSH 4x channel G.SHDSL (1 pairs) QX FXS 12x channel FXS QX FXO 12x channel FXO QX3440-FOE1-xxx 1 fiber optic with 4E1 QX3440-xC or 4 channel C37.94 (low speed optical) QX3440-SW8RT 8x port Bridge/Router EoPDH 64Kbps to 2M to 8Mbps QX3440-6V3x-DB25 6x channel V.35, V36, use 2 slots. QX3440-6X21-DB15 6x channel X.21, use 2 slots. QX3440-8RS232-A4S 8 RS232 Sync and Async QX3440-8RS232-BR 8 RS232 Async with bridge for dual concentrator (SCADA) QX3440-8RS485-TS-BUS 8x channel asynch RS232/RS485/RS232, Terminal Server, MOD-BUS.. QX3440-TDMoE TDMoE Pseudowire Emulation SAT/CESoPSN/AAL1, GE 2 WAN and 2 LAN Please looks to QX3440 datasheet for tributary specifications.

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