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Product Overview |
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The Dell Power Distribution Board with Bridge Card manages power distribution within PowerEdge C6100 servers, ensuring reliable energy delivery across server nodes. It fits into rack-mounted server configurations where stable and coordinated power management is vital for continuous operation. |
General Information |
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| Brand | Dell |
| Part Number | 0CC8J4 |
| Condition | Refurbished |
Physical Characteristics |
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| Weight | 3.00 |
Product Description |
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The Dell Power Distribution Board with Bridge Card is built for managing and distributing power within PowerEdge C6100 rack servers. It plays a crucial role in coordinating power flow between the server's multiple nodes, ensuring consistent and reliable operation. Often found in data centers or enterprise server setups, this component is essential for maintaining the health and efficiency of high-density server racks. IT professionals and system administrators benefit from its integration as it helps optimize power usage and enhances system stability. Key Features
This power distribution board with bridge card is typically deployed inside data centers where multiple servers operate in tight spaces. Its role is critical in keeping the PowerEdge C6100 servers running smoothly, minimizing downtime related to power issues. Real-world use shows it as a foundational part of server infrastructure, helping IT teams maintain system reliability and efficiency. |
Use Cases |
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The Dell Power Distribution Board with Bridge Card is primarily integrated within Dell PowerEdge C6100 rack servers, optimized for environments requiring precise and reliable power management across multiple server nodes. It is particularly beneficial in high-density data centers and enterprise IT infrastructures where maintaining uninterrupted power coordination is critical. How It's Used:
This power distribution solution enhances operational efficiency by enabling coordinated energy delivery across server components, which supports scalability and continuous uptime in demanding computational environments. Its design aligns with the specific power coordination needs of modular server architectures in mission-critical applications. |