Blizzard Lighting SFP-SM3124-L2DC Optical Transceiver

High-Performance Optical Transceiver for Reliable Data Transmission
The Blizzard Lighting SFP-SM3124-L2DC is a high-speed optical transceiver designed to deliver dependable performance for single-mode fiber optic networks. With a data transmission rate of 1.25 Gbps, this device ensures stable and efficient communication over distances of up to 20 kilometers. Its compact design and advanced engineering make it an ideal solution for demanding applications requiring long-range connectivity.

Exceptional Range and Speed for Various Applications
Engineered for flexibility, this optical transceiver offers seamless integration with single-mode fiber cables, enabling high-speed data transfer over extended distances. Whether used in enterprise networks, data centers, or telecommunication setups, the SFP-SM3124-L2DC ensures low-latency and efficient data flow. Its 20-kilometer range makes it suitable for both urban and remote deployments.

Compact and Easy-to-Use Design
Designed for ease of use, the transceiver is compatible with standard SFP ports, allowing for quick and hassle-free installation. Its compact form factor ensures minimal space usage in network devices while delivering maximum performance. This makes it a practical choice for scalable network expansions and upgrades.

Reliable and Energy-Efficient Operation
The SFP-SM3124-L2DC is built with energy efficiency and durability in mind. Its robust construction ensures consistent performance in various environmental conditions, providing reliable operation over long periods. This transceiver also adheres to industry standards, offering compatibility with a wide range of networking equipment.

Perfect for Long-Distance Networking Solutions
With its superior range and compatibility, this optical transceiver is an excellent choice for professionals managing large-scale or long-distance networking projects. Its dependable performance and high-speed capabilities ensure seamless connectivity for data-intensive operations.