ZENIC ONE ICN

The ZENIC ONE ICN (Intelligent Campus Network) is ZTE’s O&M platform tailored for campus networks. It integrates the management of campus equipment including OLTs/ONUs, WLANs, ACs/APs, switches and routers. It can manage the entire network in the campus, and the data is remained in the campus to ensure the data security. Its lightweight resources requirement helps the operators lower CapEx. It provides the simple operations and automatic functions such as one-click diagnosis and automatic provisioning to ease the O&M of campus networks.

Product Highlights

Integrated Management
· Unified management of PON, router, switch, WLAN, and IT devices
· Automatically discovery to construct a real network topology. Customized view for massive equipment.
Full-Time Detection
· Monitoring 7*24-hour alarms in real time to control the network status .
· Intelligent alarm association and root cause analysis helps to locate alarms, so that the faults can be located and solved in a timely manner.
Automatic Provisioning
· Configuration templates are planned for switches. Configuration files are automatically obtained after power-on to achieve “Zero-touch Provisioning”.
· Service templates are planned for PoL devices to achieve zero-configuration, plug-and-play, and automatic provisioning.
One-Click Diagnosis
· Intelligent diagnosis for fault management, one-click fast delimiting and locating of fault points.
· Identifying and delimiting the fault cause based on the knowledge database and AI algorithm, with the accuracy rate of more than 95%.
· The fault points and causes can be visually displayed..

Architecture

ZENIC ONE ICN Provides Unified and Intelligent Management for Campus Networks

The ZENIC ONE ICN is a cloud-native management system tailored for campus networks. It integrates the management of campus equipment including OLTs/ONUs, WLANs, ACs/APs, switches and routers. The ZENIC ONE ICN is the industry-leading 3-in-1 system integrating network element manager, SDN controller and network performance analyzer. It is based on a micro-service architecture to provide service-based, orchestrate, and combinable components. The abundant O&M functional components lead to easy and efficient operation and maintenance of campus networks.

Resources