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Huawei CR5P16BASD76 40E MPU SFU LPU AC PS 32U Router Chassis
- Chassis Type: Router Chassis
- Series: NetEngine 40E
- Module Support: MPU, SFU, LPU
- Power Supply: AC PS (AC Power Supply)
- Form Factor: 32U Rack-mountable
- High Capacity and Scalability
- Designed for Enterprise and Carrier Networks
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Product Overview
The Huawei CR5P16BASD76 is a 40E series router chassis designed for high-performance routing. It supports MPU, SFU, LPU modules and AC Power Supplies within a 32U rack-mountable form factor.
Technical Information
| Chassis Type | Router Chassis |
| Series | NetEngine 40E |
| Module Support | MPU, SFU, LPU |
Additional Specifications
| Power Supply Type | AC |
| Form Factor | 32U Rack-mountable |
Product Description
The Huawei CR5P16BASD76 is a high-capacity router chassis from the NetEngine 40E series, engineered for demanding enterprise and carrier-grade network applications. This chassis provides a robust platform for high-performance routing and switching, supporting a modular design that allows for the integration of Main Processing Units (MPUs), Switch Fabric Units (SFUs), and Line Processing Units (LPUs). It is equipped with AC Power Supplies to ensure reliable and stable power delivery. Designed in a 32U rack-mountable form factor, this chassis is optimized for efficient space utilization within data centers and network infrastructure rooms. The NetEngine 40E series is recognized for its advanced features, scalability, and ability to support a wide range of services, including MPLS, VPNs, and traffic engineering. The CR5P16BASD76 chassis serves as a foundational element for building sophisticated and resilient routing solutions. The modular architecture of this chassis enables network operators to customize their configurations by selecting the appropriate MPUs, SFUs, and LPUs to meet specific performance requirements and interface densities. The use of AC power supplies ensures compatibility with standard power grids. This router chassis is a critical component for core routing, aggregation, and service edge deployments requiring high throughput and reliability.
