ZXCTN 9000 Multi Service Grouping Platform

The ZXCTN 9000 Multi Service Grouping Platform product is a new generation of telecommunications grade Multi Service Grouping Platform (CMPP) launched by ZTE in response to the trend of IP based development of telecommunications services, based on MPLS/MPLS-TP technology. It uses a grouping core to achieve multi service carrying and provides customers with end-to-end solutions for Mobile Backhaul, Metro-E, IP-RAN, and FMC. It is committed to reducing network construction and operation costs for customers and helping operators achieve smooth network evolution.

The ZXCTN 9000 multi service packet platform product covers the access, aggregation, and core layers of the network. Faced with the complexity and uncertainty of business network carrying requirements, it integrates the advantages of packet and transmission technology, adopts a packet switching core, integrates multi service adaptation interfaces, synchronous clocks, carrier grade OAM and protection functions, and realizes carrier grade business processing and transmission such as MPLS/MPLS-TP, Ethernet, ATM, and TDM on this basis.

Product business characteristics

Multi business unified carrier platform to meet the development needs of all businesses

Based on a fully grouped architecture, PWE3 simulation technology is used to be compatible with TDM, ATM, FR and other services, supporting various tunneling technologies to fully meet the needs of full-service development and reduce network TCO.

Leading timing processing capability to meet high-precision synchronization requirements

ZTE has integrated the advantages of synchronous Ethernet and 1588V2 technology to propose a leading "time synchronous Ethernet" solution, which effectively controls the frequency of message transmission, accelerates convergence time, and hardware implements precise timestamp insertion and extraction in the 1588 protocol, effectively improving the accuracy of time synchronization.

A comprehensive end-to-end QoS solution that provides refined differentiated services

Providing end-to-end QoS management can fully ensure the requirements of different services for latency, jitter, and bandwidth, meet the bandwidth control of user level multi services, truly guarantee the SLA of service access, and provide support for operators' refined operations.

Powerful hierarchical OAM functionality improves network availability

Provide hardware based OAM mechanism, layered monitoring, achieve fast fault detection and localization, performance monitoring, end-to-end business management, support continuous and on-demand OAM, and ensure carrier grade service quality of services in packet transmission networks. Hierarchical OAM based on various granularities such as physical ports, logical links, tunnels, pseudowires, etc., makes network operation and maintenance more transparent and operation management more convenient.

Multiple reliable mechanisms to ensure network security

L has complete equipment level protection, network level protection, and network edge level protection functions, ensuring fast switching within 50ms, adopting multiple protections, and achieving a reliability of 99.999% of telecom grade.

An open technology platform that supports the rapid development of business networks

Adopting an open technology platform that is compatible with traditional transmission and data networks, the software flexibly adapts to the development of multiple standard formats (MPLS-TP, IP/MPLS, Ethernet technology), fully supports seamless interoperability between MPLS and MPLS-TP, reduces technology selection risks, and provides long-term support for the evolution of business networks.

Unified network management system, simplifying operation and maintenance

We adopt ZTE's unified network management platform NetNumen U31, and implement centralized management with SDH/MSTP, ASON, WDM, and OTN to achieve end-to-end path creation and management functions, providing powerful QoS and OAM management functions, real-time alarm and performance monitoring functions. Network element management and user-friendly interface that meet the requirements of traditional transmission networks, easy to operate and maintain, make packet networks have the attributes of being manageable and easy to maintain for the first time.