AddOn 100GBase-CU QSFP28 to QSFP28 Passive Twinax Cable - 1 Meter, TAA Compliant

AddOn MSA and TAA Compliant 100GBase-CU QSFP28 to QSFP28 Direct Attach Cable (Passive Twinax, 1m)

The AddOn QSFP-100G-PDAC1M-AO is a high-performance 100GBase-CU direct attach cable designed for reliable, high-speed network connectivity. This passive copper cable operates over twinaxial connectors and offers a maximum reach of 1 meter (3.3 feet), making it ideal for data centers and enterprise environments where secure and swift data transfer is essential. Crafted from high-quality copper, it ensures excellent conductivity and durability, supporting consistent network performance. The cable features a QSFP28 network connector on each end, facilitating seamless integration with compatible devices and enabling dependable, high-speed links across your infrastructure. This cable has been rigorously programmed, serialized, and tested for data traffic and application compatibility, guaranteeing full compliance with MSA standards and TAA regulations. Its design emphasizes ease of use, providing a passive connection that simplifies installation while maintaining optimal signal integrity. The product is manufactured in the United States and backed by a limited lifetime warranty, reflecting AddOn’s commitment to quality and customer satisfaction. Whether upgrading existing hardware or deploying new network solutions, this cable ensures a secure, high-performance connection tailored for demanding data environments.

Features:

• Network cable provides secure access to networked data, ensuring swift and dependable connectivity for consistent system performance

• Provides Twinaxial connector configuration for secure high-speed data transfer, ensuring smooth integration across supported devices

• Passive feature designed for convenience and ease of use, ensuring smooth operation and improved functionality across supported devices

• s QSFP28 Network connector, permitting you to establish a secure link with a network device for dependable functionality