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Product Overview |
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The HPE P01197-001 Server Motherboard for the CL2200 Gen10 serves as the core hardware platform that supports high-performance computing in dense server configurations. It fits seamlessly into HPE's rack design, enabling scalable memory and expansion options needed in enterprise IT environments. |
General Information |
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| Brand | HPE |
| Part Number | P01197-001 |
Physical Characteristics |
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| Weight | 5.00 |
| Condition | Refurbished |
Miscellaneous |
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| Assembly Required | Yes |
| Eco Friendly | Yes |
| Compliance Standards | WEEE, RoHS, cURus, CE, FCC, CCC, UL, TUV, cULus, CSA, cUL |
Product Description |
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The HPE P01197-001 Server Motherboard is built for use in the HPE ProLiant CL2200 Gen10 servers, providing a reliable platform for data center applications. It manages core processing, memory, and connectivity tasks essential for running enterprise workloads. Commonly found in rack-mounted server environments, this motherboard supports high-density computing and is favored by IT professionals managing cloud services, virtualization, and large-scale storage solutions. Key Features
This motherboard is typically deployed in enterprise data centers where space and performance optimization is critical. It plays a key role in delivering consistent uptime and scalability for demanding computing tasks. By delivering solid hardware support and expandability, it helps businesses maintain efficient server operations with reduced downtime. |
Use Cases |
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The HPE P01197-001 server motherboard is typically employed in enterprise data centers and high-density computing environments where reliable performance and scalability are critical. It is best suited for IT professionals managing rack-mounted servers that require efficient memory expansion and flexible PCIe-based connectivity options. How It's Used:
This motherboard's design facilitates efficient resource allocation and system scalability in dense server configurations, enabling organizations to optimize operational workflows and maintain performance standards as their computing demands evolve. |