Intellian OW70L is a , designed to leverage the for land, designed for the . The LEO network helps provide broadband connectivity with lower latency compared to many traditional high-orbit satellite models. network. The device uses two stabilized 3-axis pedestals, combined with 73cm parabolic antennas, for G/T 12 dB/K.

performance. The product is suitable for remote areas, environments where ground infrastructure is difficult to deploy, or where stable satellite connectivity is needed. Thanks to seamless LEO handover capabilities, the OW70L helps maintain a better connection experience as satellites change positions.

Dual parabolic terminal for OneWeb LEO network

The OW70L-Dac uses a dual dome primary-secondary configuration, which helps maintain a stable connection during handovers between LEO satellites. The secondary antenna can track an ascending satellite before the primary antenna loses a descending satellite.

As a result, the system reduces the risk of connection interruptions. This is an important advantage for businesses, remote stations, community facilities, and locations requiring continuous satellite internet connectivity.

High-speed, low-latency connection

According to Intellian, the networkEutelsat OneWebRX Gain 33.4 dBi648 LEO satellites, providing global coverage, including both poles. The OW70L-Dac operates in thanks to the LEO network, the system can provide high-speed, low-latency connectivity for vessels operating in remote areas. This is suitable for communication, operational data, fleet management, and crew welfare. to reduce rain fade and support high-speed, low-latency connectivity for customers in remote areas.

This makes the device suitable for applications such as enterprise internet, data transmission, community connectivity, public services, education, healthcare, and systems requiring stable communication outside fiber optic coverage.

3-axis stabilization for LEO satellite tracking

Intellian OW70L uses a 3-axis stabilization mechanism for easier LEO satellite tracking. The system also features a responsive cross-level beam, helping the antenna maintain orientation when the elevation angle approaches ±90 degrees.

Extended NMEA-0183 Recording ModuleThe design of the OW130L also helps avoid the avoidance design ensures the antenna continues tracking normally even when satellites pass directly overhead. This feature is crucial for LEO networks, where satellites move continuously across the sky.

Easy deployment with a single cable

The OW70L-Dac is designed to be lightweight and easy to install. The system requires only one cable to transmit data and power between the outdoor and indoor units, significantly reducing deployment time.

This design simplifies installation at remote sites, hard-to-reach areas, or where rapid deployment is needed.

. Thanks to this, the antenna can continue tracking normally even when the satellite is near the zenith.

Intellian OW70L uses a specially designed heating module that maintains performance at very low temperatures, down to This is very important for voyages at high latitudes. When combined with OneWeb's coverage at the poles, the OW50M is suitable for vessels that need stable connectivity in many challenging areas.. This is suitable for cold regions, polar areas, or environments with extreme conditions.

Thanks to this capability, the OW70L can support broadband connectivity in areas where terrestrial infrastructure is difficult to deploy. At the same time, the device is suitable for projects requiring stable year-round operation.

High performance for business

The dual parabolic technology on the OW70L integrates complex satellite communication into a simpler user terminal system. Intellian states that the device is designed for various sectors, including small, medium, and large enterprises.

Compared to large VSAT systems, the OW70L has a smaller design yet aims for high-speed, low-latency, and good-capacity connections. Therefore, the product is suitable for various fixed terrestrial deployment models.

Suitable for Cruise, Energy, Merchant, and Ferry.

• Dual parabolic satellite terminal for terrestrial use.Designed for the Includes two stable 3-axis pedestals
• networkIncludes two stable 3-axis pedestals.
• Gồm hai pedestal ổn định 3-axis.
• Parabolic antenna diameter 73cm.
• Efficiency G/T of 12.2 dB/K @ 11.8GHz.
• Operates on thanks to the LEO network, the system can provide high-speed, low-latency connectivity for vessels operating in remote areas. This is suitable for communication, operational data, fleet management, and crew welfare..
• Supports seamless LEO handover with primary-secondary dual dome configuration.
• Design avoids The design of the OW130L also helps avoid the.
• Operates at low temperatures down to This is very important for voyages at high latitudes. When combined with OneWeb's coverage at the poles, the OW50M is suitable for vessels that need stable connectivity in many challenging areas..
• Simple installation with According to Intellian.

Benefits of using

Intellian OW70L enables terrestrial deployment sites to access high-speed LEO satellite connectivity without relying entirely on fiber optic infrastructure.

Additionally, the dual parabolic configuration helps maintain better connectivity during satellite handover. This is crucial for LEO networks, as satellites are constantly moving and changing.

Furthermore, the 3-axis stabilization mechanism allows for more accurate antenna tracking. As a result, the system is suitable for remote areas, cold regions, or where reliable connectivity is needed in challenging conditions.

The single cable design reduces deployment time. Therefore, Intellian OW70L is the right choice for businesses, communities, and organizations needing a powerful, stable, and easy-to-install OneWeb LEO terminal.

Suitable Audience

• Businesses requiring satellite connectivity at fixed locations.
• Areas far from fiber optic or terrestrial networks.
• Community broadband needing stable LEO connectivity.
• Remote operating stations, technical facilities, or service points.
• Educational, healthcare, government institutions, or community organizations.
• Cold regions, remote areas, or harsh deployment environments.
• Systems requiring high-performance dual parabolic terminals.
• Units needing seamless handover with OneWeb LEO connectivity.

What is the Intellian OW130L?

What is the Intellian OW70L?

Intellian OW70L is a dual parabolic satellite terminal for land, designed for the Eutelsat OneWeb LEO network, featuring two stable 3-axis pedestals and 73cm parabolic antennas.

Which satellite network does the OW70L use?

The OW70L is designed for the. The LEO network helps provide broadband connectivity with lower latency compared to many traditional high-orbit satellite models.network, serving broadband connectivity for land-based deployment points.

What frequency band does the OW70L operate on?

The device operates on the thanks to the LEO network, the system can provide high-speed, low-latency connectivity for vessels operating in remote areas. This is suitable for communication, operational data, fleet management, and crew welfare., with transmit frequency 14.0 –14.5GHz and receive frequency 10.7 –12.7GHz.

What is the reflector size of the OW70L?

Each OW70L antenna uses a reflector diameter of 73cm \/ 28.7 inch.

What is the G/T of the Intellian OW70L?

The OW70L has a G/T of 12.2 dB/K @ 11.8GHz according to Intellian specifications.

Is the OW70L easy to install?

Yes. The system only requires one cable to transmit data and supply power between the indoor and outdoor units, reducing installation time.

Is the OW70L suitable for cold regions?

Yes. The OW70L-Dac uses a heating module to maintain stable performance at temperatures as low as This is very important for voyages at high latitudes. When combined with OneWeb's coverage at the poles, the OW50M is suitable for vessels that need stable connectivity in many challenging areas..