Holiday Special P06248-b23 Hpe® Compatible Direct Attach Copper Breakout Cable 200gbase-cu Qsfp56 To 2x100gbase-cu Qsfp56 (passive Twinax, 2m) Flash Sale: 50% Off [vl9QpRZT]

High-Speed Connectivity with HPE® Compatibility

The P06248-B23 HPE® compatible Direct Attach Copper Breakout Cable is designed to deliver unparalleled performance and reliability for high-speed networking applications. This advanced cable features a unique 200GBase-CU QSFP56 to 2x100GBase-CU QSFP56 configuration, making it an ideal solution for connecting 200G QSFP56 and 100G QSFP56 enabled devices. With its passive twinax design and 2-meter length, this cable ensures seamless data transfer over copper, providing a cost-effective and efficient way to connect hardware within close proximity racks.

Key Features and Specifications

The ATGBICS P06248-B23 cable stands out with its robust features and specifications. It operates over passive copper, offering exceptional signal integrity and reduced latency. The cable is designed to work within a commercial temperature range, ensuring reliable performance in various environments. Key features include:

• High-Speed Data Transfer: Supports 200GBase-CU and 100GBase-CU speeds, ideal for high-performance networking applications.
• Passive Twinax Design: Provides a cost-effective alternative to active cables, with reduced power consumption and signal degradation.

Practical Uses and Compatibility

This versatile cable is suitable for a wide range of networking applications, including data centers, cloud computing, and high-performance computing environments. It connects 200G QSFP56 and 100G QSFP56 enabled host adapters, switches, and servers, facilitating seamless communication between devices. The P06248-B23 cable meets the specification of HPE® P06248-B23, offering compatibility and peace of mind. With a limited lifetime warranty and a unique traceable serial number, you can trust in the quality and reliability of this product. Its MSA and IEEE compliance ensures full interoperability and standards adherence.