NEC SpectralWave® WX Seriesfor Driving Openness and Value
NEC is driving expansion of All Optical Networks with the introduction of its “SpectralWave WX Series,” a lineup of open specifications-compliant, open optical transport products. The lineup is built based on standards defined by Open ROADM and Telecom Infra Project’s (TIP) Phoenix initiative. NEC SpectralWave® WX Series – part of our NEC Open Networks solution suite – is designed to meet CSPs’ evolving needs and leverage an open ecosystem of industry leading network and software suppliers. The compliance with open specifications such as Open ROADM and TIP’s Phoenix enable these devices to support configurations that connect to the function blocks of APN-T, APN-G and APN-I as defined by Open APN of the IOWN Global Forum. SpectralWave® WX Series will help deploy All Optical Networks with large capacity, low latency and multiple connections, as well as advanced security, robustness and powersaving. Deploying an NEC SpectralWave® WX Series will give you the ability to:Scale your communications on demand to meet your changing network needs• Accelerate innovation with intelligence • Uncover new revenue opportunities
Transformation by SpectralWave WX Series Greater Capacity & Extreme Reach 67.2 Tbps over a single optical fiber and extreme reach with Raman amplification. This also helps the reduction of TCO and lower power consumption. Network Design and Optimization on demand Supporting CDC-ROADM to offer additional flexibility and operational simplicity with improving line redundancy and shortening recovery times. Simplified and Sophisticated Operation Control and management of the disaggregated, multi-vendor components with multiple data models such as OpenConfig, TAPI, Open ROADM AI-Based fault detection and predictive maintenance Automatic restoration and provisioning Flex-Grid technology Facilitating dynamic and bandwidth intense traffic demands and enabling capacity gains by a flexible spectrum, allocating minimum bandwidth, for a given channel configuration. WX-D Degree L-band Open ROADM compliant, L-Band multi-degree switch 1×32 WSS (Wavelength Selective Switch) Variable-gain Amplifier (up to 27dB) Optical Supervisory Channel (OSC) Optical Channel Monitor and pluggable OTDR (Optical Time Domain Reflectometer)WX-D Degree C-band Open ROADM compliant, C-Band multi-degree switch 1×32 WSS Variable-gain Amplifier (up to 27dB) Optical Channel Monitor Add-on L-Band system for C+L-Band transmission Features & Benefits
The highly integrated MN4100 platform unifies the functions of nextgeneration Digital Cross-connect System(DCS), SDH Add-Drop Multiplexer(ADM), Ethernet switch Resilient Packet Ring (RPR) in a single carrier-class shelf. It is designed to simply service provider networks and dramatically reduce both operational and capital expenditures. The system enables the delivery of SDH and TDM services as well as next-generation data services-including Ethernet (from FE,GE to 10GE) and Fiber Channelrapidly, efficiently and cost-effectively. MN4100 supports ASON/GMPLS which enables quick service provisioning over flexible network topologies. MULTI-SERVICE PROVISIONING MN4100 supports continuous and virtual concatenation at VC-12/3/4 in SDH. It also supports Generic Framing Procedure (GFP), Link Capacity Adjustment Scheme (LCAS), RPR and provides built-in Ethernet service functions. GFP protocol is used to map FE/GE/10GE services into NxVC12/3/4 for transmission. In addition, the platform supports Layer 2 switching. FLEXIBLE CONFIGURATION According to network requirements, the MN4100 can be flexibly configured to support STM-1, STM-4, STM-16 ,STM-64 and STM-256. It supports multiple Network Element (NE) types, including DCS,TM, ADM, and MADM and is able to add/drop various low-rate SDH/PDH signals directly into/from 10Gbit/s (STM-64) or even 40Git/s (STM-256) SDH signals. The MN4100 provides 320G non-blocking high order cross-connect capacity and 20G non-blocking low order cross connect capacity. The system could work under either AU4 or AU3 mode which is essential for international network interconnections. MULTIPLE NETWORK/EQUIPMENT LAYER PROTECTION SCHEME MN4100 supports Multiplex Section Protection (MSP), Subnetwork Connection Protection (SNCP), Dual Node Interconnection (DNI), 2F/4F MSSPRING, E1 1:8 Card Failure Protection (CFP), E3/DS3/STM-1e 1:3 CFP, 802.1d STP, 802.1s MSTP and 802.1w RSTP. MN4100 supports 1+1 hot standby protection for power system, clock, cross-connect module, controller and ASON module.
HARDWARE DIMENSIONS 866(H) x 535(W) x 280(D)(mm) including the ear WEIGHT Maximum 100kg TEMPERATURE 5 °C to 40 °C POWER SUPPLY -48V DC, -38V to -71V Operating Range POWER CONSUMPTION 1300W fully loaded COMPLIANCE FCC Part 15 Subpart B , VCCI,CE(EMC and LVD) Latest ITU-T Standard, Telcordia GR-253-CORE, IEEE802.3u/z/ad, 802.1/q/p/d/s/w, 802.17 802.3x, ROHS5 HUMIDITY 5 %RH ~85% RH@30 °C INTERFACE TYPE PORTS PER MODULE MAXIMUM PORTS PER CHASSIS STM-256 1 4 STM-64 1 / 2 32 STM-16 1 / 4 / 8 128 STM-4/1 8 / 16 352 STM-1 E 16 128 non-protected or 96 protected E3/DS3 24 192 non-protected or 144 protected E1 63 504 protected T1 63 504 protected 10GE 1 20 GE L1 Full Rate 10 200 GE L2 12 240 10/100M FE 8FE(o)+16FE(e) 288 10/100BaseFx 128 10/100BaseT 2.5G RPR W/O MPLS 16GE/FE ports dual 20 RPR card (*) Supports 2 MN4100 chassis in one ETSI 300mm/600mm 2.2m rack (**)The number of E1/T1 add/drop from one rack is also limited by cable wiring. CROSS-CONNECTION SDH CAPACITY Centralized non-blocking high/low order cross connect matrix: 320G HXC and 20G LXC for both AU3/AU4 TYPE Unidirectional, Bi-directional, Broadcast, Drop and continue.
