Ubiquiti UACC-OM-SFP10-1490 | SFP+ module | 1490nm, 10G, CWDM, 20km, single mode, duplex LC UPC

Efficient data transmission over 20 km

Ubiquiti UACC-OM-SFP10-1490 is an SFP module , which provides stable transmission in CWDM technology over distances of up to 20 km. With a wavelength of 1490 nm and a throughput of up to 10 Gbps, it is ideal for Single Mode fiber networks. It supports the Duplex LC standard, which ensures efficient data transmission and compatibility with a wide range of Ubiquiti devices.

10G long distance transmission

The UACC-OM-SFP10-1490 SFP module supports transmission speeds of up to 10 Gbps and allows data transmission over distances of up to 20 km. By using CWDM technology, it enables efficient use of fiber optics, reducing the need for additional connections. It is a solution for businesses and data centers that require a stable and efficient network infrastructure.

Duplex LC UPC connector - compatibility and precision

The module is equipped with a Duplex LC UPC connector, which guarantees a stable connection in fiber-optic networks. This ensures that the signal is transmitted without interference, which is crucial in infrastructures where reliability of data transmission is important. It supports Single Mode technology, which allows more efficient transmission of data over longer distances.

Compatibility with Ubiquiti devices

Ubiquiti UACC-OM-SFP10-1490 is fully compatible with UniFi Switch, as well as other SFP-enabled devices . As a result, users can seamlessly integrate the module into their existing infrastructure, expanding the capabilities of their fiber network. It supports various transmission standards, which increases its versatility in network applications.

Energy efficiency and environmental resistance

The module consumes a maximum of 1.2W, allowing for energy-efficient operation in high-performance systems. It operates at temperatures from 0 to 70°C, ensuring stability even in harsher environmental conditions. Operating humidity of up to 85% makes it suitable for use in both data centers and distributed fiber networks.