Bnt Sfp+ Sr Transceiver

IBM BNT SFP+ SR TRANSCEIVER

The IBM BNT SFP+ SR Transceiver is a high-quality, reliable transceiver designed for use with IBM Blade Network Technology (BNT) networking products. This transceiver is compatible with a wide range of IBM networking devices, providing seamless connectivity and exceptional performance.

Features:

• High-speed data transmission: With a data transfer rate of up to 10Gbps, this transceiver ensures fast and efficient communication.
• Short-range connectivity: The SFP+ SR Transceiver is capable of transmitting data over a distance of up to 300 meters, making it ideal for short-range networking applications.
• Hot-pluggable design: This transceiver can be easily plugged or unplugged without interrupting network operations, providing flexibility and convenience.
• Multimode fiber compatibility: The SFP+ SR Transceiver supports multimode fiber optic cables, allowing for efficient data transmission in data centers and other high-bandwidth environments.
• Reliable performance: Built with high-quality components, this transceiver delivers stable and consistent performance, ensuring reliable connectivity at all times.

Benefits:

• Enhanced network connectivity: With the IBM BNT SFP+ SR Transceiver, users can enjoy seamless and reliable connectivity between IBM network devices.
• Optimized data transfer: The high-speed transmission capability of this transceiver allows for efficient data transfer, improving overall network performance.
• Flexible deployment options: The hot-pluggable design of this transceiver enables easy installation or removal, facilitating network configuration and maintenance.
• Cost-effective solution: By using the IBM BNT SFP+ SR Transceiver, users can leverage the existing network infrastructure while still achieving high-speed data transmission, providing a cost-effective solution.
• Quality and reliability: Built with IBM's commitment to quality and reliability, this transceiver ensures stable and consistent performance, minimizing network downtime.