Challenges
Access Issues
Unable to meet various transmission needs, such as rail transit communication subsystems and signals, power monitoring, disaster prevention, environment and equipment monitoring systems, automatic vending inspection systems, video services and passenger information services, etc..
Bandwidth Limits
The introduction of cloud services such as cloud computing, big data, has put forward higher requirements for transmission bandwidth and real-time performance, to transmit data from various business systems to the cloud platform in real time.
Lack of Redundancy
In the existing network, problems like fiber damage, line interruption, equipment power failure, board failure, etc. seriously affect the stability of the transmission network. It also creates great pressure of self-efficiency and line maintenance for customers.
Key Benefits
Multi-Service Access
Possess 100M~400GbE comprehensive access capability.
Various services are mapped to the most matching pipes, arbitrarily aggregated into wavelengths for unified transmission.
Low Latency
Adopt a minimalist network architecture design, reduce forwarding nodes and system delay.
The service layer supports protection configurations such as 1+1 OLP, and protection switching delay is less than 25ms.
High Reliability
Support power supply 1+1 hot backup and 1+1 NMU backup to ensure reliable and stable transmission of services
Adopt 1+1 OLP module to protect the service transmission by active/standby optical fiber lines through dual fed and selective receiving
Data Center Interconnection
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