In Stock Dac-qsfp-56g-i-3m Universally Coded Msa Compliant Direct Attach Copper Cable 56gbase-cu Qsfp+ (passive Twinax, 3m, Ind Temp) Holiday Edition [QM40kIKT]

DAC-QSFP-56G-I-3M Direct Attach Copper Cable

Introducing the ATGBICS DAC-QSFP-56G-I-3M, a universally coded MSA compliant direct attach copper cable designed for high-performance networking applications.

With a cable length of 3 meters and a 56GBase-CU QSFP+ interface, this cable offers seamless connectivity between two QSFP+ ports. Its passive twinax design ensures optimal signal integrity and low latency, making it ideal for data centers, servers, and other networking environments where high-speed, short-range connections are crucial. Here are some of the key features and benefits of this cable:

Compliant with MSA and IEEE standards for reliable performance

Passive twinax technology for reduced signal degradation

Operates within an industrial temperature range for versatile applications

Key Features and Specifications

ATGBICS DAC-QSFP-56G-I-3M is built to meet the highest industry standards, ensuring compatibility and durability.

Key specifications include a cable length of 3 meters and a passive twinax design, which provides a bandwidth of up to 56Gbps. This cable is fully compliant with the Universally Coded MSA DAC-QSFP-56G-I-3M specification, offering a compatibility guarantee with various networking equipment. Here are some of the notable features:

56GBase-CU QSFP+ interface for high-speed data transfer

Passive twinax cable for reduced signal loss and improved signal integrity

3-meter cable length for short-range connections

Practical Uses and Applications

The ATGBICS DAC-QSFP-56G-I-3M is an essential tool for modern networking solutions, offering numerous practical uses.

Whether you're setting up a high-performance data center, upgrading your server infrastructure, or creating a robust network infrastructure, this cable is a versatile choice. It's ideal for short-reach connections in 56G interconnecting networking applications, providing reliable and efficient performance. Here are some common uses:

Data center interconnects

Server and storage area network (SAN) connections

High-performance computing (HPC) environments