5000iP Series
Supporting your challenge toward all IP Network
The number of users with mobile internet access is growing due to interesting service applications such as multimedia contents downloading, mobile, TV broadcasting, on-line games, and ubiquitous computing, and it is also facilitated by the growth in internet-friendly devices (e.g. smart phones, tablet PCs). Under these circumstances, network operators are planning for major changes in network technology as they move to HSxPA (3.5G), LTE (4G) and WiMAX.
Today, NEC, as an industry-leading microwave radio supplier, is newly introducing next-generation IP trunk radio called 5000iPS to meet the needs of the above technologies cost effectively and realize the use of Ethernet as the underlying transport network. NEC already introduced SDH microwave radio 5000S for long-haul transmission in 2007. The 5000S has been proven to be very stable and reliable around the world. 5000iPS inherits the 5000S's high system gain with rich packet switching function, and microwave/optical features. Also, this platform can handle not only the IP traffic but also legacy TDM traffic to support your challenge toward all-IP network solution for long-haul transmission.
Features
High flexibility, high resiliency, compact solution
Design concept
Optimized, scalable and high-capacity link throughput
High-level resiliency for carrier-grade services
Transmission over both microwave and optical
Smooth migration from SDH to IP
Handling legacy TDM technologies
Channelized STM-1
High-level resiliency for carrier-grade services
Ring protection function
Advanced technology for carrier-grade services
High throughput with high modulations, wide channels and cross-polarization
Ultra-high-capacity radio with XPIC technology
Flexible and high-resiliency radio confituration in one rack
High system gain with advanced error correction and new amplifier technology
High level of packet networking functionality: RSTP, ITU-T G.8032v2
Advanced multi-service QoS support for TDM and IP with microwave adaptive modulation
Ethernet OAM for fault management and performance monitoring
Multiple clock sources: synchronous Ethernet, and legacy TDM synchronization
Optimized cost of ownership
Excellent use of 5000S assets such as BR CKT and TRP of existing 5000S
Low CAPEX: Reducing dedicated hardware units by technology convergence (TDM & IP equipment consolidated)
Low OPEX: Reducing maintenance costs by advanced engineering functions such as Ethernet OAM
Main features
System features
Frequency bands: 4 to 11 GHz
Configuration:
N + 0, N + 1
2-way Configuration (Back to Back, Repeater)
XPIC system
Hot-Standby/ Twin Path/Space Diversity
SD Constitution: IF Combined
Accommodation: Maximum 10 systems in one rack
Functional features
Native TDM and Native Ethernet
Throughput: Up to 640Mbps with XPIC
Super PDH: More than 75xE1
Add-Drop Multiplexer
SP+D-WRR QoS
Link Aggregation
Ethernet Ring Protection
Up to 512QAM AMR with advanced QoS
Radio Traffic Aggregation
Channelized STM-1 / STM-1 RST
SNCP
Ethernet OAM
RSTP
Multiple clock sources for synchronization
Related products
iPASOLINK Series
NEC's wireless transport solution
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