HPE Networking Instant On Transceiver 1G SFP LC LX

For single mode fiber connections up to 10 km

Reliable Long-Distance Fiber Connectivity

The HPE Networking Instant On SFP LX Transceiver enables long-distance, high-speed network connections, supporting 1-Gigabit speeds over single-mode fiber for distances of up to 10 kilometers. Designed for Instant On switches with SFP or SFP+ transceiver slots, it ensures seamless and stable network performance.

Extended Fiber Optic Connectivity

The SFP LX transceiver allows businesses to establish stable, long-distance network connections beyond 100 meters, reaching up to 10 kilometers over single-mode fiber.

Seamless Compatibility

Designed for Instant On switches with SFP and SFP+ slots, this transceiver integrates effortlessly, providing a reliable and scalable solution for growing business networks.

High-Performance 1-Gigabit Speeds

Supporting 1-Gigabit Ethernet, this transceiver ensures fast and reliable data transfer, ideal for businesses requiring high-speed and low-latency connectivity.

Stable & Efficient Data Transmission

The fiber optic technology used in the SFP LX transceiver minimizes signal loss, ensuring smooth and uninterrupted data flow for demanding network environments.

Future-Proof Networking Solution

Built for long-term scalability, this transceiver enables businesses to expand their fiber network infrastructure, providing a future-ready solution for modern networking needs.

For businesses requiring extended-range fiber connectivity, the Instant On SFP LX Transceiver is an ideal solution. Supporting fiber optic connections beyond 100 meters, it operates at 1-Gigabit speeds over single-mode fiber, reaching distances of up to 10 kilometers. This transceiver is compatible with all Instant On switches featuring SFP or SFP+ slots, offering a cost-effective and scalable networking solution. Whether connecting remote offices, data centers, or large campuses, this transceiver ensures stable, high-performance networking with minimal signal loss and maximum efficiency.