| The BX1000 has the following key features:
Reduced capital and operational expensesThe BX1000 is highly scalable: the operator can start with a basic single card configuration at lowest price and cost-effectively upgrade the system as service demand requires more capacity or more interfaces. In addition, the operator can choose from two configurations to match system capacity and price level with quality of service demand. Capex and Opex reductions are the main benefits of the BX1000:
Integration in existing networksThe BX1000 protects the investments made in the installed SDH network and improves the operator's TDM services and revenue through its higher integration and lower cost solution. In addition, the system supports effective Ethernet transport over the existing network without the need for costly deployment of an overlay network. Management of the BX1000 is easily integrated in an existing network management solution. The system provides an Ethernet management port for on-site craft maintenance. Remote management is via DCC channels or in-band via a 2 Mbit/s payload channel. The BX1000 provides SNMP management as well as web-browser based provisioning; system management via the 7-layer OSI G.773 protocol stack can be supported as well. | |
| Interfaces | STM-1o, STM-1e, STM-4 and STM-16 via SFP PDH: E1 75 Ohm and 120 Ohm, DS1, E3, DS3 Ethernet electrical: 10/100/1000BASE-T Ethernet optical: 1000BASE-X via SFP Synchronization inputs and outputs: 2 Mbit/s or 2MHz |
| Cross connect and Protection | Non-blocking higher order and lower order cross connect Unidirectional, bidirectional, broadcast and loopbacks cross connections SNC protection, MSP protection, Collapsed node multi ring closure and protection LCAS protection and Ethernet service layer protection |
| Equipment protection | Redundant system core, cross connect, sync and power (6 slot configuration) |
| Ethernet applications | Point-to-point Ethernet Private Line Multipoint Ethernet Transparent LAN Service Multipoint Ethernet Virtual LAN service with bandwidth sharing, statistical multiplexing and trunk port aggregation |
| Ethernet mapping | GFP-F or LAPS encapsulation Virtual Concatenation VC4-xv, VC3-xv and VC12-xv, and LCAS |
| Ethernet services | IEEE802.1D bridging, 802.1Q VLAN and GVRP, 802.1ad stacked VLAN, 802.1w rapid STP, DiffServ QoS, flow classification, rate control and flow based queuing |
| OAM&P | Performance monitoring on all ports, connection and termination points Fault management and reporting Local and remote software and database download Miscellaneous Discrete inputs and outputs and alarm loop contacts Universal Serial Bus USB expansion port |
| Management | SNMP management Web-browser based provisioning Ethernet 10/100BASE-T for local access DCC or in-band via 2 Mbit/s payload for remote access Transparent DCC cross connect and IP tunneling for third party transport |
| Dimensions | 6 slot configuration: 224 mm wide, 300 mm high, 270 mm deep 2 slot configuration vertical placement: 88 mm wide, 300 mm high, 270 mm deep 2 slot configuration horizontal placement: 19” wide, 2U high, 270 mm deep |
| Power | Redundant -48V or -60V DC power inputs 6 slot version: 100 Watt, 2 slot version: 35 Watt 230V AC installation version available |
| Environment | Operating condition: ETS 300 019, class 3.1E Storage condition: ETS 300 019, class 1.2 Transport condition: ETS 300 019, class 2.3 Free convection cooling without the need for fans |
| Standards compliance | In compliance with the latest ITU, ETSI, IEC and IEEE standards for SDH and Ethernet equipment |