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HP 632223-B21 Voltaire QDR RAF LM 34 x Ports Managed Switch
- Managed Network Switch
- Voltaire QDR RAF LM model
- Features 34 ports
- Likely utilizes InfiniBand technology for high-speed interconnects
- Designed for low-latency, high-throughput networking
- Includes robust management capabilities
- Suitable for high-performance computing (HPC) environments
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Product Overview
The HP 632223-B21 is a Voltaire QDR RAF LM managed switch with 34 ports. This high-performance switch is designed for demanding network environments, likely utilizing InfiniBand technology for high-speed, low-latency interconnects. It provides robust management features for network administrators.
Technical Information
| Product Type | Managed Switch |
| Brand | HP / Voltaire |
| Model | QDR RAF LM |
Additional Specifications
| Ports | 34 |
| Technology | InfiniBand (QDR) |
Product Description
The HP 632223-B21, identified as a Voltaire QDR RAF LM managed switch, is a high-performance networking device designed for environments where speed and low latency are critical. The 'QDR' designation typically refers to Quad Data Rate, a standard within InfiniBand technology, which offers significantly higher bandwidth and lower latency compared to traditional Ethernet for certain applications. With 34 ports, this switch provides extensive connectivity options for servers, storage devices, or other network infrastructure components. As a managed switch, the 632223-B21 offers advanced features for network configuration, monitoring, and control. Administrators can utilize these capabilities to optimize network performance, ensure Quality of Service (QoS), implement security policies, and troubleshoot issues effectively. The 'RAF LM' designation likely indicates specific features or form factors related to its implementation within a larger system or data center environment. This type of switch is commonly found in high-performance computing (HPC) clusters, large-scale data analytics platforms, and other environments that require extremely fast and efficient data transfer between nodes. Its ability to handle high volumes of traffic with minimal delay makes it indispensable for applications that are sensitive to network latency.
