Best Seller Netapp Compatible<br> 100gbase-sr4 Qsfp28 (mmf, 850nm, 100m, Mpo-12, ) Accessory [w13f5xvB]

NetAPP Compatible 100GBASE-SR4 QSFP28 Transceiver

Experience unparalleled networking performance with our NetAPP Compatible 100GBASE-SR4 QSFP28 Transceiver. Designed for high-speed data transfer and reliable connectivity, this transceiver is the ideal choice for demanding network environments. With its advanced features and cutting-edge technology, it stands out as a premium solution for enterprise and data center applications.

Key Features and Specifications

This transceiver boasts a wealth of features and specifications that make it a top performer. Engineered for 100Gbps data transmission, it utilizes a 850nm laser to ensure optimal performance over a distance of up to 100 meters. The Multi-Mode Fiber (MMF) design, coupled with the MPO-12 interface, offers unmatched flexibility and scalability. Key features include:

• 100Gbps Data Transfer Rate: Deliver ultra-fast data transfer speeds for high-performance networking.
• MMF Technology: Support longer transmission distances with multi-mode fiber.
• 850nm Wavelength: Provide efficient and reliable communication over short distances.
• MPO-12 Interface: Ensure seamless connectivity and easy integration into existing networks.

Applications and Benefits

Whether you're building a high-performance network or upgrading an existing infrastructure, this transceiver offers a multitude of practical uses. Its compatibility with NetAPP systems ensures seamless integration into your environment. Key benefits include:

• Enhanced Network Performance: Experience faster data transfer and reduced latency for improved efficiency.
• Reliable Connectivity: Enjoy stable and consistent connectivity with advanced error correction capabilities.
• Scalable Solution: Scale your network with ease, thanks to its flexible and future-proof design.

Perfect for data centers, enterprise networks, and other demanding applications, this transceiver is a must-have for anyone looking to maximize their network's potential.