AddOn 3M Brocade to Dell Dual-OEM Active Twinax DAC Cable (Part #ADD-SBRASDE-ADAC3M)

AddOn Brocade® (Formerly) 10G-SFPP-TWX-0301 to Dell® 330-3966 Compatible TAA Compliant 10GBase-CU SFP+ to SFP+ Direct Attach Cable (Active Twinax, 3m)

The AddOn 3M Brocade to Dell Dual-OEM Active Twinax DAC Cable offers a high-performance solution for connecting network devices within your data center or enterprise environment. With a maximum reach of 3 feet, this cable ensures reliable and high-speed data transfer, making it ideal for demanding network applications. Designed to meet or exceed industry standards, it is fully compatible with Brocade (formerly) and Dell systems, providing seamless integration and operation. Each cable is programmed and uniquely serialized, undergoing rigorous data-traffic and application testing to guarantee compliance and optimal functionality. Constructed from high-quality copper, this cable supports stable and secure connections, reducing latency and improving overall network performance. Its active Twinaxial design simplifies installation and enhances ease of use, making it suitable for a variety of high-speed network configurations. The product complies with Multi-Source Agreement (MSA) standards and Trade Acts Agreement (TAA) requirements, ensuring quality and regulatory adherence. Backed by a limited lifetime warranty, the AddOn DAC cable is a dependable choice for network professionals seeking durability, compatibility, and high performance in their cabling infrastructure.

Features:

• Provides a simple and efficient way to connect multiple devices within your business network, ensuring smooth communication and reliable data transfer

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

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

• SFP+ network support offers a stable connection with network devices, supporting uninterrupted signal transmission and system integration