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Huawei CR5P5K2C2D5B CCC-A 400G Cluster (2+2) CCC DC Base Configuration
- 400G Cluster Control Card (CCC-A) base configuration.
- Utilizes a (2+2) cluster setup for redundancy.
- Designed for high-performance data center networks.
- Provides 400Gbps aggregate capacity.
- Supports DC (Data Center) power.
- Enhances network reliability and throughput.
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Product Overview
The Huawei CR5P5K2C2D5B is a base configuration for a 400G Cluster Control Card (CCC-A) cluster, utilizing a (2+2) configuration. This setup is designed for high-performance data center networks requiring significant bandwidth and redundancy, operating in a DC (Data Center) power environment.
Technical Information
| Product Type | Cluster Control Card Configuration |
| Series | CCC-A |
| Capacity | 400G |
Additional Specifications
| Configuration | (2+2) Cluster |
| Environment | DC Power |
| SKU | CR5P5K2C2D5B |
Product Description
The Huawei CR5P5K2C2D5B represents a base configuration for a 400 Gigabit Ethernet Cluster Control Card (CCC-A) cluster. This specific configuration employs a (2+2) setup, which typically means two active control cards and two standby control cards. This architecture is fundamental for achieving high availability and fault tolerance in mission-critical network environments, such as large-scale data centers or service provider core networks. The 400G capacity signifies the substantial bandwidth this cluster can handle, enabling high-speed data transmission and processing. This is crucial for supporting demanding applications like cloud services, big data analytics, high-performance computing (HPC), and massive data transfers. The (2+2) redundancy ensures that if one or even two control cards fail, the cluster can continue to operate without interruption, maintaining network connectivity and service continuity. This configuration is designed for Data Center (DC) power environments, indicating compatibility with the power supply and infrastructure typically found in data centers. The CR5P5K2C2D5B provides the foundational elements for building a highly resilient and high-performance networking fabric, essential for modern IT infrastructures that rely on speed, reliability, and scalability.
