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HP 654943-001 ProLiant SL250S G8 Left Tray CTO Node Server
- ProLiant SL250S Gen8 CTO Node
- Left Tray configuration
- Designed for high-density computing
- Scalable server architecture component
- Supports Intel Xeon processors (specific generation/socket TBD)
- Provides compute resources for demanding workloads
- Part of HP's modular server solutions
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Product Overview
The HP 654943-001 is a ProLiant SL250S Gen8 Left Tray CTO Node Server. It serves as a compute node within a scalable server architecture, designed for high-density computing environments.
Technical Information
| Server Model | ProLiant SL250S Gen8 |
| Node Type | CTO Node (Configure-to-Order) |
| Tray Configuration | Left |
Additional Specifications
| Architecture | High-Density / Scalable |
| Manufacturer | HP |
| Product Line | ProLiant |
Product Description
The HP 654943-001 represents a specific compute node configuration for the HP ProLiant SL250S Gen8 server platform. This model is designed as a 'CTO' (Configure-to-Order) node, meaning it likely ships as a base chassis or a specific component tray that can be further customized with processors, memory, storage, and other components to meet specific deployment needs. The 'Left Tray' designation indicates its physical placement or configuration within a larger multi-node chassis, such as a shared chassis that houses multiple independent server nodes. The ProLiant SL250S Gen8 is part of HP's line of scalable and high-density server solutions, often used in environments like high-performance computing (HPC), cloud infrastructure, or large-scale data centers where maximizing compute power within a limited physical footprint is critical. These nodes are designed to be modular, allowing for efficient deployment, maintenance, and upgrades by swapping out individual components or entire nodes. As a compute node, the primary function of the 654943-001 is to provide processing power, memory, and potentially local storage for running applications and workloads. It would typically house CPUs, RAM modules, and possibly local drives, connecting to the rest of the system via high-speed interconnects within the shared chassis. This modular approach allows organizations to scale their compute resources incrementally as demand grows.
