PS-OW70P-S2 Intellian OneWeb OW70L-DAC Dual Parabolic Terminal, 12 dB/K, (Land)

PS-OW70P-S2 Intellian OneWeb OW70L-DAC Dual Parabolic Terminal, 12 dB/K, (Land)

The OW70L is a land-based user terminal for Eutelsat OneWeb’s Low Earth Orbit (LEO) satellite constellation.

It consists of dual 3 axis stabilized pedestals with 73 cm parabolic antennas providing 12.2 dB/K G/T performance.

By allowing seamless and undisrupted connectivity for LEO handovers, this user terminal gives customers in remote and challenging environments access to a cost effective and enhanced user experience otherwise inaccessible to them.

KEY FEATURES:

Low Latency – Providing global coverage (including both poles) Eutelsat OneWeb’s 648 satellite constellation provides fibre-like high speed, low latency connectivity to remote customers where terrestrial fibre connections are not possible.

The OW70L operates in Ku-Band for minimum rain fade and is able to deliver unmatchable high-throughput, low-latency connectivity.

High-performance – The technology behind our OW70L dual parabolic antennas integrates complex satellite communications technology into a simple UT specifically designed to meet the needs of many different sectors including small, medium and large enterprises.

The OW70L is able to provide fast-speed, low-latency and high capacity connectivity.

LEO satellite scan and tracking algorithm – The Intellian OW70L provides seamless, undisrupted connectivity through a primary-primary dual dome solution for consistent connection with LEO satellite handovers.

Each antenna operates independently offering enhanced flexibility to mitigate blockages and ensure optimal integrity of high-speed data transfer and low latency.

12.2 dB/K antennas with 3 axis stabilization

• 3 axis stabilization allows easy tracking of LEO satellites
• A responsive cross-level beam helps to point the antenna in the right direction even when the elevation angle approaches ±90 degrees
• ‘Keyhole problem’ avoidance design is implemented in the OW70L which in turn enables the antenna to continue tracking normally even when the satellite is directly overhead