Premium Quality Active Optical Cable Qsfp28 To Qsfp28, 100g, 15 Meters Riser Rated (ofnr), Msa Compatible Kit [NU7GMbva]

High-Performance 100G QSFP28 to QSFP28 Active Optical Cable

Introducing the L-com AOC-Q28-ER-015-MSA, a MSA compatible 100G QSFP28 to QSFP28 Active Optical Cable designed for seamless network integration and digital diagnostics. This cable offers a reliable and cost-effective solution for high-speed data transmission over distances of up to 15 meters. With its riser rated (OFNR) cable, it ensures safe and efficient connectivity in various environments.

Key Features

• Operating Data Rates up to 100G: Experience lightning-fast data transfer speeds for your network applications.
• Distance Range 15 meters: Achieve long-range connectivity without compromising on performance.

The L-com AOC-Q28-ER-015-MSA is designed to be hot pluggable, simplifying patching and providing a cost-effective approach for short links. It is also available in standard temperature ranges and industrial operating temperatures, making it versatile for various applications.

Seamless Integration and High Compatibility

With its MSA compatibility, the L-com AOC-Q28-ER-015-MSA ensures 100% compatibility with other OEM and third-party Active Optical Cables. This cable has been meticulously designed, programmed, and tested to perform identically to MSA's original transceivers, guaranteeing outstanding network performance. Its digital diagnostics feature allows for real-time performance monitoring, enabling proactive maintenance and troubleshooting.

Applications

• Telecommunication Service Providers: Enhance your network infrastructure with high-speed, reliable connectivity.
• Metro Ethernet: Achieve seamless data transmission in metro Ethernet networks.

The L-com AOC-Q28-ER-015-MSA is ideal for a wide range of applications, including intra-rack and across-rack interconnects, transport networks, switch and router high-speed backplane interconnects, and high-performance computing clusters. It is a must-have solution for organizations seeking top-notch network performance and flexibility.