HPE Networking Instant On Transceiver 1G SFP+ LC LR

For single mode fiber connections up to 10 km

High-Speed 10GbE Fiber Connectivity

The HPE Networking Instant On SFP+ LR Transceiver provides ultra-fast 10-Gigabit Ethernet speeds over single-mode fiber, supporting long-distance connections up to 10 kilometers. Designed for Instant On 1930 and 1960 switches with SFP+ transceiver slots, it ensures reliable and high-performance networking.

10GbE Long-Range Fiber Connectivity

The SFP+ LR transceiver supports 10-Gigabit Ethernet speeds over single-mode fiber, delivering high-speed and stable data transfer for distances up to 10 kilometers.

Seamless Compatibility

Designed for Instant On 1930 and 1960 switches, this transceiver integrates effortlessly into SFP+ transceiver slots, providing plug-and-play connectivity with minimal setup.

High-Performance Data Transmission

With low latency and superior signal integrity, this transceiver ensures smooth and uninterrupted data flow, making it ideal for enterprise networking, cloud applications, and high-bandwidth workloads.

Reliable and Energy Efficient

Built for consistent performance, the SFP+ LR transceiver minimizes power consumption while delivering high-speed, stable connections, ensuring energy-efficient network operations.

Future-Ready and Scalable

This transceiver provides a cost-effective and scalable solution for businesses looking to future-proof their networking infrastructure, supporting growing bandwidth requirements and expanding network architectures.

For businesses needing high-speed, long-distance fiber connectivity, the Instant On SFP+ LR Transceiver is the perfect solution. Operating at 10-Gigabit speeds over single-mode fiber, it enables seamless data transmission across distances of up to 10 kilometers, making it ideal for connecting offices, data centers, and remote network locations. Fully compatible with Instant On 1930 and 1960 switches featuring SFP+ transceiver slots, this transceiver ensures low latency, stable connections, and efficient data transfer for modern networking demands.