ZXR10 M6000 carrier-class router is a Broadband Multi-service Gateway Contact: sherryt@versatek.cn
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Overview
ZXR10 M6000 carrier-class router is a Broadband Multi-service Gateway with large capacity and high performance, which made by ZTE particularly for the coming era of tri-networks convergence, mobile internet, IPv6, internet of things and cloud computing. It is the optimal choice for the construction of operator backbone network, MAN, mobile bearer network, internet data center, government network and intranet. With excellent quality, ZXR10 M6000 is dedicated to build highly qualified value-added network for operators.
Features
Ladder for Stepping Forward to the Era of Super-Broadband Network — Software & Hardware Platform with Large Capacity & High Performance
l Leading telecommunication with large capacity, high performance
As the core member of ZTE router, ZXR10 M6000 can lead the trend of broadband network with the support of 100G high-speed interface and high-density 10G interfaces.
Featuring advanced distributed parallel processing technique and Crossbar space-division switching architecture, ZXR10 M6000 is created a brand-new design for switching architecture and realizes smooth extension of system capacity based upon the existing popular high-end router hardware system architecture, which can effectively protect customer’s investment.
l Flexible sub/mother card architecture and rich interfaces enable freewheeling networking
ZXR10 M6000 uses flexible sub/mother card architecture and the universal mother card module can connect with any type of sub-interface card to reduce operators’ equipment costs. By flexible sub-card configuration, ZXR10 M6000 can provide high-density and diversified WAN and LAN interfaces, which makes the networking mode more flexible and provides customers with inexpensive and characteristic solutions to meet network individual demands.
l Modular and distributed software and hardware system with high reliability enables sustaining services
ZXR10 M6000 uses modular and distributed software and hardware system with high reliability. Featuring separated top/bottom architecture between system kernel and service module isolated with each other, the system kernel can keep high reliable running and avoid mutual influence with service modules.
Advanced philosophy in system design shows customer oriented. Featuring modular software system, flexibly excellent loading and unloading for service module, ZXR10 M6000 can help operator quickly grasp the market chances to flexibly extend new services.
Support redundancy design for key components and soft system modules; Support switching and controlling separation. Support graceful restart for various protocols, guarantee non-stop forwarding (NSF) during restart of the control plane and non-stop routing (NSR); Support ISSU non-stop online system upgrade; Support advanced Fast ReRoute (FRR) technology to protect node and line level failure to guarantee network stability; Support fast failure detecting BFD for everything to implement fast failure recovery and binding BFD with various route protocols, VRRP, VRRP Track and LDP; Supportg IGP FRR/LDP FRR/IP FRR/RSVP TE FRR and satisfying carrier-class protection requirements for key services; Support BRAS/CGN multi-chassis hot standby to enable sustaining services.
Base to Promote Infinite Evolution of Services — Service Innovation Platform with Strong Extension & Super Flexibility
l Unified service control with integrated BRAS and Router services
Complying with the trend of full-service integration, wireless and wire network long-term coexistence, ZXR10 M6000 integrates the Router, BRAS and Access Control (AC) services perfectly on the same hardware platform. Under the condition of meeting current service requirements, it can accommodate to the emerging service demand and realize flexible service deployment.
ZXR10 M6000 focuses on network construction with low costs and high quality. The platform integrating BRAS & Router & AC together known for large capacity and high performance, supports 2G/3G/LTE mobile services and fixed network services, supports various security, authentication, reliability and QoS functions.
The platform integrating BRAS & Router can decrease possibility of network fault points, reduce investment of interconnection ports, and provide the total solution of mobile and fixed network integration. It realizes network flatness, simplifies network structure, saves cost on network construction and operation, and increases the total value ownership of operators.
l Fast and Flexible Service Deployment Ensures Precise Operation
ZXR10 M6000 innovative service platform can offer rich service access modes including IPoE, PPPoE, IP leased-line, enterprise VPDN, ATM, TDM, WLAN etc. PWE3 technology can realize end-to-end service emulation for traditional ATM and TDM. services. MPLS L2/L3 VPN hybrid networking is capable of satisfying the flexible access requirements in different scenarios.
Under the trend of integration of three networks, IPTV greatly enhances the development space for broadband and broadcasting television market to offer strong power for the development of global telecommunication industry. Complying with the trend of network integration, ZXR10 M6000 focuses on safer, more efficient, more accurate and more reliable video service bearer to help customersupgrade market profit space by using of the exclusive IPTV studio control function, fast channel change(FCC) and in-built video card mechanism, session-class IPoE ability and multicast hot backup technology.
In-built service identification module can accurately distinguish user class and service type. 5-HQos can satisfy differentiated service demand, and help operators to achieve business fine operation.
l Unified bearer platform for backhaul services provides quality mobile bearer network
With the development of IP-based mobile services, a variety of services and technologies drive the backhaul bearer network to develop towards the direction of unification and convergence.
Following the development trend of mobile network, ZXR10 M6000 provides a variety of service interfaces to bear TDM / ATM / Ethernet / IP in a unified way, and adopts PWE3 technology to achieve end-to-end service simulation of traditional ATM and TDM, fully meeting the bearing demands of 2G/3G mobile backhaul services. In compliance with MPLS OAM, Ethernet OAM, BFD and other standards, M6000 provides end-to-end OAM service management capabilities to ensure carrier-class QoS of backhaul services. It also supports 1588v2+ synchronous Ethernet capability to improve time synchronization accuracy, control packet transmission frequency and speed up convergence time, to meet the precise frequency and time synchronization requirements for mobile base stations under large-scale deployment of mobile services. Besides, it offers rich MPLS L2/L3 VPN solutions to meet the bearing demands of 2G/3G mobile backhaul services and LTE S1 and X2 network interfaces.
As the bearer platform for backhaul service, ZXR10 M6000 is dedicated to creating a high-bandwidth, high-precision, high-reliability, operational, manageable and quality backhaul bearer network for mobile operators to protect their investment.
l Unified deployment platform for IPv6 service enables smooth network evolution
As the quick growth of mobile internet and internet of things, IPv6 has become the fundamental solution to respond exhausting IPv4 address. ZTE actively promotes the perfection and commercial capability of IPv6 technology and is becoming the main force in IPv6 standards drawing up.
Born in the age of rapid development of IPv6 technology, with foresight ZXR10 M6000 focuses on building a unified platform for IPv6 service deployment and implements smooth network evolution.
Based upon the urgent requirement of IPv6 evolution in domestic and overseas operators market, leading the global latest progress in IPv6 technology, ZTE has released rich solutions including Dual Stack, 6RD, DS-Lite, NAT444, IVI and NAT64+DNS64 to offer optimal transition solution for different operators.
Product Architecture
Featuring the rack-style structure popular in the industry, modular architecture and integrated chassis design, hot-swappable for all line-cards and components, ZXR10 M6000 series carrier-class router has flexible expandability.
The key system components include:
l Main Processing Unit (MPU)
MPU is the main control point of the system, taking care of the management and routing service of the entire system. The embedded high-performance processor in MPU is responsible for the calculation maintenance of dynamic routing protocol and the control, maintenance, configuration and management of the operating system. MPU in 1:1 redundant design guarantees carrier-class reliability of ZXR10 M6000.
l Switch Fabric Unit(SFU)
SFU is the core part of data forwarding. SFU implements fast packet switching in the system, and enables non-blocking data exchange between slots. SFU adopt switching fabric oriented to high-speed implementation.
To ensure the reliability and redundancy of the switching system, ZXR10 M6000 uses N+1 load sharing and redundant design, plus all SFUs working at the same time. When 1 SFU breaks down, the rest still can provide adequate switching capacity for entire system switching process.
l Packet Forwarding Unit (PFU)
PFU realizes message processing and forwarding. It implements maintenance management of all sorts of protocol and service forwarding table. According to different network capacity, M6000 can provide PFU with different forwarding capability. High-performance network processor chip provides high-speed data processing capability, and professional traffic management chip provides adequate queue resources and traffic buffer.
l Physical Line Interface Unit (PIU)
PIU is the external interface of router, realizing service access in different speeds and via different types of interface. PIU exchanges signals on physical link with the data frame on link layer. When data frame is received, it will be changed to data message and sent to PFU. Then forwarding engine will find the destination port and implement high-speed message forwarding.