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HP JD238-61201 8x 10GBase-X Open module + 2x 40GBase-X Module Chassis
- Modular Chassis System
- 8 x 10GbE (10GBase-X) Ports
- 2 x 40GbE (40GBase-X) Ports
- High-Speed Network Connectivity
- Scalable Network Infrastructure
- Designed for Data Centers and Enterprise Networks
- Supports various transceiver types (SFP+, QSFP+)
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Product Overview
The HP JD238-61201 is a modular chassis designed for high-performance networking. It includes an 8x 10GBase-X open module and 2x 40GBase-X modules, providing extensive high-speed network connectivity options.
Technical Information
| Product Type | Network Module Chassis |
| Included Modules | 1x 8-port 10GbE (10GBase-X), 2x 40GbE (40GBase-X) |
| Port Types | 10GBase-X (SFP+), 40GBase-X (QSFP+) |
Additional Specifications
| Brand | HP |
| Application | High-Speed Networking |
Product Description
The HP JD238-61201 represents a high-density, high-performance networking solution, likely part of HP's modular switch or fabric interconnect product lines. This specific configuration includes a chassis populated with a significant number of high-speed network interfaces: eight ports supporting 10 Gigabit Ethernet (10GBase-X) and two ports supporting 40 Gigabit Ethernet (40GBase-X). These 'open' modules suggest flexibility in transceiver selection, allowing administrators to choose the appropriate SFP+ and QSFP+ modules for their specific fiber or copper cabling needs. The inclusion of both 10GbE and 40GbE ports provides a scalable and versatile platform for demanding network environments. The 10GbE ports are suitable for connecting servers, storage devices, or high-performance workstations, while the 40GbE ports are ideal for high-speed uplinks to core switches, aggregation layers, or for interconnecting multiple chassis in a larger fabric. This combination allows for efficient traffic aggregation and distribution within data centers or large enterprise networks. This modular system is designed for environments where high bandwidth, low latency, and scalability are paramount. It enables the creation of robust network infrastructures capable of supporting virtualization, cloud computing, big data analytics, and other bandwidth-intensive applications. The modular nature allows for future upgrades and customization, ensuring the network can adapt to evolving technological requirements.
