AddOn QSFP+ Network Cable (Part Number: ADD-QCIQIB-PDAC5M) - 5 Meter 40Gbps Passive Copper Direct Attach Cable for Cisco & IBM Devices

AddOn Cisco® QSFP-H40G-CU5M to IBM® 00D5810 Compatible TAA Compliant 40GBase-CU QSFP+ to QSFP+ Direct Attach Cable (Passive Twinax, 5m)

The AddOn QSFP+ Network Cable (Part Number: ADD-QCIQIB-PDAC5M) is a high-performance 5-meter passive copper direct attach cable designed for reliable, high-speed data transfer in demanding network environments. Crafted from durable copper material, this cable ensures secure and swift access to all your networked data, supporting data rates up to 40Gbps. Its twinaxial construction is ideal for locations requiring up to 10 meters of high-speed connectivity, providing a stable and efficient connection for your network devices.
Built to meet or exceed industry standards, this cable is fully compliant with TAA regulations and adheres to Multi-Source Agreement (MSA) standards, ensuring compatibility across Cisco and IBM hardware. Each cable is pre-programmed, uniquely serialized, and tested for data traffic and functionality, guaranteeing seamless integration and performance identical to OEM cables. The passive design enhances usability and reduces power consumption, contributing to overall network efficiency.
This cable is compatible with a wide range of network devices, offering a reliable solution for data centers, enterprise networks, and high-performance computing environments. AddOn stands behind the quality of this product with a limited lifetime warranty, providing peace of mind for your investment. Whether upgrading existing infrastructure or deploying new systems, this cable provides a secure, high-speed connection essential for modern network operations.

Features:

• Allows you to access all of the networked data, swiftly and securely

• Twinaxial cable type - for places where up to 10 meters coverage with high-speed data transfer is required

• Passive feature for better usability and increased efficiency

• Network Device supported for better reliance and optimal performance