iMaster NCE (IP Domain)

iMaster NCE (IP Domain)

iMaster NCE (IP Domain) centrally manages, controls, and analyzes IP devices such as NE, ATN, CX, and PTN series NEs in a unified manner. Ideal for IP private line, IP core, mobile transport, and metro network scenarios, it provides functions such as device plug-and-play and service automation to enable automated full-lifecycle network management and maintenance. With real-time monitoring of network traffic and quality, iMaster NCE (IP Domain) leverages big data analytics to identify network trends in real time and implement proactive maintenance and closed-loop optimization through service control and optimization.

Use Cases

Network Path Navigation

With the development of networks, services occupy more and more network resources, and the network scale is becoming more complex and large. Traditional MPLS traffic engineering technologies cannot meet the requirements of live networks. The network path navigation technology provides tunnel nd-to-End lifecycle management and is an important means to ensure the networks service quality.

High-Precision Network Map: Real-time network change awareness

Tunnel Path Navigation: Intelligent Path Computation

SLA Deterioration-Driven Optimization: Application-level experience assurance

Automatic Network Fault Optimization: Minute-level congestion relief


Network Congestion Analysis

Experience-based operation is the key to IP RAN 4G/FMC to explore potential and increase revenue and differentiate competition. NCE provides network-wide/regional Poor-QoE base stations and trend visualization, accurate congestion point locating, and optimization suggestions. This feature improves carriers' proactive O&M capabilities and fault demarcation and locating efficiency, resolves network congestion, increases wireless traffic, improves wireless user satisfaction, and promotes carriers' revenue growth and business success.

Poor-QoE Base Station Analysis: Panorama of quality visualization and accurate demarcation of wireless/transport network congestion points

Network Congestion Analysis: Proactively identify bottlenecks, guide mobile service E2E performance optimization, and guide accurate planning


Openness and Programmability

Facing severe network O&M challenges, the open programmable system is based on the YANG model to provide E2E open programmable capabilities, including device driver programmability, network service programmability, and open device and service northbound interfaces. In addition, the open programmable system provides a security and reliability guarantee mechanism.

Fast Adaptation of Multi-Vendor Devices: The YANG interface automatically identifies and reads device YANG model files, generates NE driver packages, and loads them to the system. This helps quickly adapt and manage a new device, improving the adaptation efficiency by 90%.

Fast Service Rollout: Supports user-defined service YANG models and service logic, automatically generates northbound APIs to quickly integrate with the OSS.

For more information, visit the Datacom Network Open Programmability Developer Community.