Premium Quality Cisco 10g Direct Attach Twinax Sfp+ Cable, Passive, 30awg Cable Assembly, 3 M, Orange, 5-year Standard Warranty (sfp-h10gb-cu3m=) Set [6jK5a9lr]

Cisco 10G Direct Attach Twinax SFP+ Cable: Your Efficient Connectivity Solution

The Cisco 10G Direct Attach Twinax SFP+ Cable is designed to revolutionize your network connectivity. This cable offers an efficient and cost-effective way to establish high-speed connections within and between racks. With its robust features, it is an ideal choice for data centers, enterprise server rooms, and service provider transport applications. The cable is equipped with SFP+ connectors on each end, providing a variety of 10-Gigabit Ethernet connectivity options that ensure seamless data transfer and reliable network performance.

Key Product Properties and Specifications

The Cisco 10G Direct Attach Twinax SFP+ Cable boasts several key properties and specifications that make it a standout product. Constructed with a passive twinax copper design, it offers exceptional signal integrity and low latency. The cable features a cable length of 3 meters, making it perfect for connecting devices in close proximity. Additionally, it supports the InfiniBand protocol, further enhancing its versatility and compatibility with a wide range of network devices. With a 5-year standard warranty, you can trust in the quality and reliability of this cable.

Practical Uses and Target Audience Scenarios

The Cisco 10G Direct Attach Twinax SFP+ Cable is a versatile solution that can be utilized in various scenarios. Whether you are setting up a new data center, upgrading your existing network infrastructure, or implementing a service provider transport application, this cable is an excellent choice. Its efficient design and high-speed capabilities make it ideal for environments where quick and reliable data transfer is crucial. With its broad compatibility and robust performance, this cable is perfect for IT professionals, network administrators, and anyone looking to enhance their network connectivity.