Xmas Gift Idea Aqp85b4-030 Amphenol® Compatible Active Optical Cable 100gbase Qsfp28 (850nm, Mmf, 30m) Save 40% Now [vtf85L1p]

Amphenol® Compatible Active Optical Cable for High-Speed Networking

Introducing the ATGBICS AQP85B4-030, an Amphenol® compatible Active Optical Cable designed for high-speed networking applications. This cable delivers unmatched performance with its 100GBase QSFP28 interface, utilizing a 850nm wavelength over Multi-Mode Fiber (MMF) for a cable length of 30 meters. The AQP85B4-030 is a perfect solution for short-reach connections in 100G interconnect networking environments, ensuring seamless and efficient data transfer.

• High-speed 100GBase QSFP28 interface
• 850nm wavelength for MMF connectivity
• 30-meter cable length for flexible deployment

Technical Specifications and Warranty

The ATGBICS AQP85B4-030 Active Optical Cable is engineered to meet the stringent specifications of the Amphenol® AQP85B4-030, ensuring compatibility and reliability. Operating within a commercial temperature range, this cable is suitable for various networking setups. It comes with a limited lifetime warranty, offering peace of mind and assurance of quality. Key technical details include:

• Compliance with MSA and IEEE standards & protocols
• Unique traceable serial number for product identification
• CE, FC, and RoHS compliant for safety and environmental standards

Applications and Benefits

Whether you're setting up a data center, enhancing your network infrastructure, or connecting high-performance computing systems, the ATGBICS AQP85B4-030 is an ideal choice. This cable offers numerous benefits, including reduced cabling complexity, improved signal integrity, and increased network efficiency. Ideal for a wide range of applications, it is particularly useful in scenarios where high-speed, reliable, and cost-effective connectivity is crucial.

• Optimized for 100G interconnect networking applications
• Enhances network performance and reliability
• Perfect for data centers, server rooms, and high-performance computing environments