HX9400-R SDH STM1/STM4 - ADM/TM CONCENTRATION NODE

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1 Version 1.7 March 07 HX9400-R SDH STM1/STM4 - ADM/TM CONCENTRATION NODE C ONCENTRATION OF STM4 AND STM1 Features 6U height, ETSI shelf STM-4 or STM-1 for the Aggregate Line TM, 2xTM, ADM, and XC SNCP/UPSR Ring protection MSP(1+1) protection for Pointto-Point 8 General-Purpose Slots for Tributary cards Hot-Swappable Redundant Power cards Hot-Swappable Aggregate Line and Tributary cards Aggregate interface: 2 x STM-1 or 4 SNCP ring or 2 x STM-1 or 4 MSP (1+1) or combination Tributary interface: Up to 252 *E1/DS1 add/drop with Circuit Pack Protection Up to 32* Ethernet Ports add/drop with Circuit Pack Protection Up to 12* E3/DS3 add/drop with Circuit Pack Protection Up to 1* Tributary STM-4 with MSP (1+1) Protection Up to 6* Tributary STM-1 with MSP (1+1) Protection Up to 32*4 RS232 (Asynch) add/drop Full Cross-Connect at VC12/VC11/VC3/VC4 levels External/Internal/Line timing source DTMF Engineering Order-Wire using VoIP phone Full Front Access TMN management (CXR-INMS) with full FCAPS and end-to-end circuit management Supports GFP, VCAT and LCAS The HX9400-R is the largest equipment of the ADM/TM SDH multiplexer range from CXR constituting of four models: the compact 1U systems STM1 HX9100-1U and STM4 HX9400-1U, and the modular systems HX9100-3U and high density/or hub STM4 HX9400-5U. This powerful equipment is providing a traffic s concentration up to 2 STM4 SNCP rings and 6 STM1 MSP(1+1) in a single node and the full crossconnect of all VC12, VC3 and VC4. This new generation equipment, based on SDH+ technology, is design to have full add & drop up capabilities from the following tributaries: 252 x E1/T1 protected (1+1) 12 x DS3/E3 protected (1+1) 32 x 10/100M Ethernet protected (1+1) 4 Gigabits Ethernet protected (1+1) 6 x STM1 with MSP (1+1) 1 x STM-4 with MSP (1+1) Or a combination of all The modular SDH-ADM node HX9400-R can provide up to 4 STM4 or STM1 aggregate interfaces and the following Network topologies: 2 STM4/1 rings with SNCP protection 2 STM4/1 linear with MSP(1+1) Or a combination of both And the cross-connect capabilities of the HX9400-R at the VC4, VC3 and VC12/VC11 levels give it the power of a high density concentration node for TDM links and IP/Ethernet flows or a concentration/hub of different SDH serials or rings infrastructures. The HX9400-R has the capability to concentrate

2 Page 2 Version 1.7 March 07 The HX9400-R is available as an ETSI shelf 19 5U fully modular. This equipment with all cards is compliant with relevant ITU recommendations, the ETSI standard, all European regulation CE, EMC and RoHS. The security of operation is guaranteed by the redundancy of AC or DC power supply with load sharing, the redundancy of the CPU and all aggregate or tributary fiber optic interfaces are protected in MSP (1+1) or SNCP Ring modes. Every cards is hotswappable and doesn't affect the running services. The HX9400-R has a full capability to Cross connect VC4 or STM1 in SMT4, VC12 in V4 or VC3 in VC4 and soon VC12 in VC3. The cross connect capability is 4 x 4= 16 VC4 or 4 x 4 x 252 VC12. This gives to this equipment a large capacity as an SDH central node or hub. The HX9400-R, like all devices of the HX9100 and HX9400 ranges, are based on the SDH-Plus feature. They are supporting GFP, VCAT and LCAS protocols. These are optimizing the transport of IP over SDH infrastructure. These features give to this range of equipment a real capability to transport the Ethernet flow with a high level security and a permanent QoS. The system can bound in a GFP trunk n x VC12 or n x VC3 and could reserve VCxx for variable bandwidth on demand. Meet us on the Web : The HX9400-R provides powerful Operation, Administration, Maintenance and Provisioning (OAM&P) functionality. This includes fault management, performance monitoring, configuration management, and network security management. Logs and reports can be printed as well as viewed directly. The SFP optical module can be delivered as an option with the Digital Diagnostic Monitor (DDM) feature which controls the temperature and the receiving and transmitting power very reliable for the management of optical interfaces and permit to optimize the life of the optical modules. The HX9400-R can be managed locally over a console port or LAN port as a craft interface with a menu-driven interfaces or remotely via DCC channel or in-band/outband LAN with a menu-driven or in SNMP. For centralized administration of the SDH and PDH equipments CXR proposes a light solution named CXRView-Plus and a very power Telecommunication system (TMS) named the CXR-iNMS. CXRView-Plus is a management based system on SNMPc from Castle Rock SNMP management. With a Windows interfaces the user can setup, monitor all devices, store and restore configuration and software release and their update and exchange of PDH/SDH devices and the user can show the active status of all links between devices. The CXR-iNMS is a powerful SDH EMS/NMS. It provides a complete set of operation interfaces that are consistent with the Telecommunication Management Network (TMN) concept (ITU Recommendation M.30,G.784) for SHD Network Element/Operations System (NE/OS), NE/NE, and NE/Craft communications. User can easily operate HX9xxx series both locally or remotely over centralized management.

3 Version 1.7 March 07 Page 3 TOPOLOGIES WITH THE MAIN INTERFACES The structure of the HX9400-R s main interfaces gives the possibilities to deploy different topologies: one ring or two rings with SNCP or MS-PRing protection, or one ring with SNCP plus MSP (1+1) protection. This can be STM1 or STM4 link depending of setting and optical module selection.

4 Page 4 Version 1.7 March 07 TOPOLOGIES WITH THE MAIN INTERFACES This mains interfaces are also supporting serial or bus topologies as a drop insert (ADM) or as a simple or double Terminal Multiplexer (TM). The HX9400-R can also provide a mix of ring and TM. This can be STM1 or STM4 link depending of settling and optical module selection.

5 Version 1.7 March 07 Page 5 H OW TO ORDER 1/2 References Description Details HX9400-5U HX9400 Main ETSI chassis 5U 19 Without power supply, CPU and cards Plug-in card HX9400-R-CB Connector Board plug-in card One required per chassis HX9400-R -FAN Fan plug-in card One required per chassis HX9400-R-CC4 CPU plug-in card with two STM4 or STM1 interfaces without SFP optical modules HX9400-R-SD48 HX9400-R-SA -48 Vdc For redundancy purposes, ordering a second plug-in module will provide dual power.. For AC choose an appropriate power cord 90 to 240 VAC, 50/60Hz and 48VDc Tributaries plug-in card HX9400-R-32TE 32 E1 (75 ohm or 120 ohm) or 32 T1 software programmable interface plug-in card HX9400-R-64TE 63 E1 (75 ohm or 120 ohm) or 64 T1 software programmable interface plug-in card HX9400-R SWM-GTX-8TTX 1GigaBitEthernet /100BaseT with Layer 2 switch and n VC12 or n VC3 up to 622Mbps mapping up to 622Mb HX9400-R-3DE3 3 DS3 or 3 E3 software programmable interface plug-in card HX9400-R-ADSTM1/4 B155/B622 STM-1/4 software configurable interface plug-in B155 means that the B16 plug-in card is set to STM-1 interface. B622 means that the B16 plug-in card is set to STM-4 interface. Because of the limitation of the cross-connect capacity: B155 in Slots 1-4 will only have one STM-1 optical interface. B155 in slots 5-8 will have a maximum payload of 2 STM1 per card. B622 in slots 1-4 will have a maximum payload of 1 STM-1 per card. B622 in slots 5-6 will have a maximum payload of 2 STM-1 per card. B622 in slots 7-8 will have a mamum payload of 4 STM-1 or one STM-4 per card.

6 Page 6 Version 1.7 March 07 H OW TO ORDER 2/2 Accessories SFP MODULES SFP-STM1-E SFP module STM1 electrical SFP-STM1-MM2 SFP-STM1-SM30 SFP-STM1-SM50 SFP-STM1-SM SFP-STM1-SM SFP-STM1-SM15-W13 SFP-STM1-SM15-W15 SFP-STM1-SM60-W13 SFP-STM1-SM60-W15 SFP module STM1 single mode 1310 for 2km, LC SFP module STM1 single mode 1310 for 30km, LC SFP module STM1 single mode 1310 for 50km, LC SFP module STM1 single mode 1550 for 100km, LC SFP module STM1 single mode 1550 for 120km, LC SFP module STM1 single mode CWDM 1310 for 15km, LC, must be used face to SFP-STM1-SM15-W15-LC SFP module STM1 single mode CWDM 1550 for 15km, LC, must be used face to SFP-STM1-SM15-W13-LC SFP module STM1 single mode CWDM 1310 for 60km, LC, must be used face to SFP-STM1-SM60-W15-LC SFP module STM1 single mode CWDM 1550 for 60km, LC, must be used face to SFP-STM1-SM60-W13-LC Meet us on the Web : SFP-STM1-SM30-D SFP-STM1-SM50-D SFP-STM1-SM D SFP-STM1-SM D SFP-STM1-SM D SFP-STM1-SM D SFP-STM1-SM D SFP module STM1 single mode 1310 for 30km, LC, with DDM SFP module STM1 single mode 1310 for 50km, LC, with DDM SFP module STM1 single mode 1550 for 100km, LC, with DDM SFP module STM1 single mode 1550 for 120km, LC, with DDM SFP module STM1 single mode 1550 for 160km, LC, with DDM, L-4.2 SFP module STM1 single mode 1550 for 200km, LC, with DDM, L-4.2 SFP module STM1 single mode 1550 for 260km, LC, with DDM, L-4.2 SFP-STM1/4-SM10 SFP-STM1/4-SM20 SFP-STM1/4-SM50 SFP-STM1/4-SM80-15 SFP module STM1/STM4 -OC3/OC12 single mode for 10km LC SFP module STM1/STM4 -OC3/OC13 single mode for 20km LC SFP module STM1/STM4 -OC3/OC13 single mode for 50km LC SFP module STM1/STM4 -OC3/OC13 single mode for 80km 1550nm LC SFP-STM1/4-SM20-D SFP-STM1/4-SM40-D SFP-STM1/4-SM50-D SFP-STM1/4-SM80-15D SFP-STM1/4-SM100-15D SFP-STM1/4-SM120-15D SFP-STM1/4-SM160-15D SFP-STM1/4-SM200-15D SFP module STM1/STM4 -OC3/OC13 single mode for 20km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 40km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 50km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 80km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 100km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 120km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 160km LC, with DDM SFP module STM1/STM4 -OC3/OC13 single mode for 200km LC, with DDM

7 Version 1.7 March 07 Page 7 SLOTS GLOBAL PAYLOAD SDH TRIBUTARIES 1 STM1 2 3 STM1 4 AGREGATE 1 AGREGATE STM1 4 STM1 STM1 STM1 7 4 STM1 8 Link without MSP STM1 STM1 STM1 STM1 STM1 STM1 STM1 STM1 STM1 STM1 STM4 Link with MSP(1+1) Simple Maxi 252 E1 Maxi 252 E1 + Protection Simple Maxi 12 E3 Maxi 12 E3 + Protection Simple Maxi 6 x 8 10/100Bt 6 x 1000Bt Maxi with Protection 6 x 8 10/100Bt 6 x 1000Bt 64 E1 64 E1 64 E1 64 E1 64 E1 64 E1 64 E1 1:1 64 E1 1:1 64 E1 1:1 64 E1 1:1 3 E3 3 E3 3 E3 3 E3 3 E3 3 E3 64 E1 1:1 64 E1 1:1 3 E3 1:1 3 E3 1:1 CONNECTOR 3 E3 1:1 3 E3 1:1 3 E3 1:1 3 E3 1:1 STM4(1+1)

8 Page 8 Version 1.7 March 07 SPECIFICATIONS Physical/Electrical Dimensions for 6U 440mm x 264mm x 280mm (H/D/W) AC Power 90 to 240 VAC, 50/60Hz DC Power -24 to -48 Vdc ± 15% Temperature 0 to 50 C Humidity Mounting EOW LAN port Console port E1/T1 interface connector Optical Interface connector Number of Optical STM-x Number of E1/T1 channels Clock Source Internal, STM1-Line, External Management Interface 0-95%RH (non-condensing) Desktop stackable, 9/23 inch rack mountable, RJ-45 RJ-45 DB-9 and Ethernet SCSI-II 68 pins SFP module with LC connectors Up to 6 STM4 or Up to 16 STM1 Card of 32 E1/T1 or 63 E1/ 64 T1 Meet us on the Web : Standard SNMP V1 (RFC1213, RFC2863, RFC1493) OSS interface 10/100BaseT FE (IEEE 802.3u ) NE/NE interface DCC/HDLC/Ethernet type II Max. Number of Tributary Modules 252 x E1/T1 Tributaries 12 x DS3/E3 Tributaries 32 x 10/100M Ethernet Tributaries 6 Gigabit Ethernet tributaries Optical STM1 aggregate line Sensitivity See SFP Connector LC Tributary Modules E1 module Line Rate Mbps ± 50 ppm Framing Unframed Line Code AMI/HDB3 Connector SCSI-II 68-pin connectors 2 SCSI for 3channels 4 SCSI for 63 channels Input Signal ITU G.703 Nb Channels 16, 32 or 63 Jitter ITU G.823 Electrical 75ohms coax/120ohms Output Signal ITU G.703 T1 module Line Rate Mbps ± 32 ppm Framing Unframed Line Code AMI/B8ZS Connector SCSI-II 68-pin connectors 2 SCSI for 32 channels 4 SCSI for 64 channels Input Signal DSX-1 0dB to 30dB Total Channels 16, 32 or 64 w/albo Jitter ITU G.824 Output Signal DSX-1 w/short haul (0-133, , , , ) (feet) DS3 module Data Rate Mbps ± 20ppm Framing Unframed Line Code B3ZS Output Mask Bellcore GR-499-core Connector BNC connector Total Ports 3 Impedance 75 Ohm Coax Jitter ITU G.824

9 Page 9 Version 1.7 March 07 SDH STM4/1 INFRASTRUCTURE SPECIFICATIONS Tributary Modules E3 module Data Rate Mbps ± 20ppm Framing Unframed Line Code HDB3 Output Mask ETS Sec , ITU G.703 Connector BNC connector Total Ports 3 Impedance 75 Ohm Coax Jitter I ITU G.824 Tributary Ethernet/Gigabit Ethernet card: HX9400R-GTX-8TTX Line Rate Mode E-Line Point-to-Point Process Protocol 8 x 10/100 Mbps RJ45 Mapping 1 x 10/100/1000Mbps RJ45 Non switch card support 8 E-Line mode FE and GE can t 8 WAN/LAN FE or 1 WAN/LAN GE work together VCAT, GFP(G.7041), LAPS, LCAS (G.7042) and non-lcas n x VC12, n x VC3 or n x VC4 Maximum 1 WAN or 622Mbps Or 8 WAN 155Mbps Tributary Ethernet/Gigabit Ethernet switch card: HX9400R-SWM-GTX-8TTX Line Rate Mode Layer2 Protocol Process Protocol 8 x 10/100Mbps RJ45 Mapping 1 x 10/100/1000 Mbps RJ45 E-Line Point-to-point E-LAN Multipoint Port-MAP WAN and LAN port Port-Trunking x WAN per port RSTP (802.1W), VLAN (802.1Q, 802.1P) Flow Control (802.3X) MSTP (802.1S) IGMP Snooping QoS VCAT, GFP(G.7041), LAPS, LCAS (G.7042) and non-lcas BCP-PPP or EoS Layer 2 RFC2615 (Q4 2009) n VC12, nvc3 or nvc4, Maximu m 622 Mbps FE and GE can t w ork together Maximu m 8 WAN Tributary Gigabit Ethernet switch card: HX9400R-2TGX-2UCB Q This future card will support 2 10/100/1000Baset and 2 Universal Combo 10/100/1000BaseT with 2 SFP slot for 100FX and 1000SX/LX/ZX SFP modules. CXR Anderson Jacobson Rue de Ornette Abondant Tel. : Fax : trans@cxr.fr

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