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Intellian OW130L Eutelsat dual parabolic enterprise user terminal (UT)
Request QuoteThe OW130L is a high performance user terminal that is able to utilize Eutelsat’s OneWeb Low Earth Orbit (LEO) satellite constellation. The OW130L has a 125 cm reflector and delivers a minimum of 18.2 dB/K G/T performance. The terminal consists of a pair on antenna ensuring consistency during LEO satellite handovers.
Radome Dimension
150 cm x 143 cm (59.1 x 56.3 inches)
Reflector Diameter
125 cm (49.2 inches)
Antenna Weight (Primary antenna)
95 kg (209.4 Ibs) | 96 kg (211.6 lbs) with heating module
Antenna Weight (Secondary antenna)
94 kg (207.2 Ibs) | 95 kg (209.4 lbs) with heating module
TX Frequency
14 GHz ~ 14.5 GHz
RX Frequency
10.7 GHz ~ 12.7 GHz
TX Gain
42.5 dBi
RX Gain
40.8 dBi
G/T
18.2 dB/K (@11.8 GHz)
Description
Key Features
- High Speed Connectivity
The OW130L delivers fast and responsive communication services to customers in land. Equipped with a 125 cm reflector and capable of achieving data speeds reaching up to 195 Mbps for downlink and 32 Mbps for uplink. The OW130L facilitates high-speed applications for extensive enterprises, large rural community broadband, and onshore smart energy initiatives.
- Seamless Connectivity
The OW130L is comprises of two antennas which operate in Primary-Secondary mode. The terminal’s 3 axis stabilization platform allows seamless and undisrupted connectivity, which is essential for smooth reliable handovers.
- Low temperature performance
Utilizing the latest heating device technology, the OW130L provides dependable performance in extremely low temperatures (-40 degrees Celsius). With Eutelsat’s OneWeb network being the only LEO constellation committing to 100% coverage of the poles, you can be assured of affordable and reliable broadband services for communities and businesses in regions of remote connectivity including in polar regions.
- Eutelsat’s OneWeb LEO constellation
Eutelsat supplies high-speed internet connectivity to every corner of the world, even in the most remote location. Utilizing its 648 LEO satellite constellation, Eutelsat’s OneWeb network is able to deliver high-speed low latency connectivity.
LEO satellite scan and tracking algorithm
The OW130L is comprised of two antennas which operate in Primary-Secondary mode. Designed specifically to prevent the keyhole effect, the OW130L ensures a reliable connection even when the satellite is directly overhead.
18.2 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 ±82 degrees
- ‘Keyhole problem’ avoidance design is implemented in the OW130L which in turn enables the antenna to continue tracking normally even when the satellite is directly overhead