Today's Deal Dac-sfp56-50g-1m Universally Coded Msa Compliant Direct Attach Copper Cable 50gbase-cr Sfp56 (passive Twinax, 1m) Massive 70% Savings [n67olbHI]

High-Speed Networking with DAC-SFP56-50G-1M

The DAC-SFP56-50G-1M is a cutting-edge direct attach copper cable designed for high-speed networking applications. This universal coded MSA compliant cable is perfect for connecting two SFP56 ports in 50G interconnecting networking setups. With its passive twinax configuration and 1-meter length, it provides a reliable and efficient solution for short reach connections.

• Universal Compatibility: The DAC-SFP56-50G-1M adheres to the Universally Coded MSA specifications, ensuring compatibility with various networking devices and systems.
• Optimized Performance: This cable supports 50GBase-CR SFP56 protocol, delivering exceptional data transfer rates and low latency, ideal for demanding networking environments.

Key Features and Specifications

Our DAC-SFP56-50G-1M cable is not just a high-speed connector; it is a robust solution that guarantees performance and reliability. Operating within a commercial temperature range, it is suitable for a wide range of environments. Here are some of its key features:

• Passive Twinax Copper: Utilizing passive twinax copper technology, the cable offers cost-effective performance without compromising on quality.
• MSA and IEEE Compliance: The product meets all MSA and IEEE standards, ensuring seamless integration and interoperability with various networking devices.

Benefits and Warranty

With the DAC-SFP56-50G-1M, you can expect a hassle-free experience that comes with a compatibility guarantee and a limited lifetime warranty. Each cable is rigorously tested and features a unique traceable serial number for easy identification and tracking. Here are the benefits you can look forward to:

• Easy Installation: The cable is easy to install and does not require any additional equipment or tools.
• Reliability: The passive twinax design ensures stable and consistent performance, minimizing downtime and maximizing productivity.