EnGenius SFP3215-40 10G SFP Network Transceiver Module

The EnGenius SFP3215-40 is a high-performance 10G SFP (Small Form-factor Pluggable) network transceiver module designed to provide reliable and high-speed connectivity for network infrastructure. This transceiver module is engineered for 10 Gigabit Ethernet applications, offering a seamless and efficient solution for data transmission over optical networks. 

The SFP3215-40 is designed to deliver excellent performance and reliability. It operates over a single mode fiber (SMF) with a wavelength of 1310 nm, which is optimal for long-distance data transmission. The module supports a maximum transmission distance of up to 40 kilometers, making it suitable for a range of network deployment scenarios, from enterprise networks to data centers. 

This transceiver module is built with a compact and robust design that ensures durability and long-term performance. It features a hot-swappable design, allowing for easy installation and replacement without needing to power down the network equipment. This capability minimizes downtime and enhances network reliability, which is crucial for maintaining continuous and stable network operations. 

The SFP3215-40 supports industry-standard protocols, ensuring compatibility with a wide range of networking equipment. It is designed to work with various switches, routers, and network interface cards, providing a flexible and versatile solution for different networking needs. The module’s high-speed performance and low latency ensure efficient data transfer and optimal network performance. 

Additionally, the EnGenius SFP3215-40 is built to meet rigorous quality standards, ensuring consistent and dependable performance. Its advanced features and specifications make it a valuable component for high-speed data networks, where performance and reliability are critical. 

Overall, the EnGenius SFP3215-40 10G SFP network transceiver module offers a reliable, high-speed solution for network connectivity, designed to meet the demanding requirements of modern network infrastructures. Its long-distance capability, robust design, and compatibility make it an ideal choice for enhancing network performance and ensuring efficient data transmission.