SDH OSN580 OSN 580 2xSTM-64 Board 02310TLK TNW1SL64D HW SL64D

Low latency: Adopting advanced hardware design and signal processing technology to ensure low latency and high efficiency in data transmission.

High reliability: Supports hardware redundancy and fault protection mechanisms to ensure high availability and stability of the network.

Energy saving and environmental protection: adopting low-power design, meeting the requirements of green energy conservation.

3. Application scenarios

Backbone network transmission: used for long-distance, high-capacity backbone network transmission to meet the high bandwidth needs of operators and enterprises.

Metropolitan Area Network Interconnection: Used for interconnecting core nodes in metropolitan areas, providing high-speed and stable data transmission.

Data Center Interconnection (DCI): Used for high-speed interconnection between data centers, supporting the transmission needs of cloud computing and big data services.

5G Bearer Network: As a key component of 5G network backhaul and fronthaul, it supports the high bandwidth and low latency requirements of 5G services.

4. Management and maintenance

Intelligent operation and maintenance: Supports Huawei iManager network management system to achieve centralized monitoring, configuration, and fault management of devices.

Automated configuration: supports automated business configuration and wavelength scheduling, reducing operational complexity.

Fault diagnosis: Built in fault diagnosis function, which can quickly locate and solve network problems.

5. Advantages

Large capacity: Supports up to 64x100Gbps transmission capacity to meet future network expansion needs.

Flexibility: Supports multiple business types and flexible wavelength scheduling to adapt to complex network environments.

High reliability: Adopting redundant design and fault protection mechanism to ensure high availability of the network.

Low latency: Optimize signal processing technology to ensure efficient and low latency data transmission.

Energy saving and environmental protection: Low power design that meets the requirements of green networks.