Ultra-Fast, Stellar Connectivity
Intellian OW70L
Fixed - Dual Parabolic user terminal - Available
Product Description
Designed for high throughput performance and efficiency, the Intellian OW70L user terminal provides primary or
backup connectivity solutions for the most remotely-located requirements, allowing them to operate effectively,
communicate and serve customers. The UT can operate down to -40°C, making this solution ideal for extremely
cold environments.
Features
- Full Duplex Dual Parabolic Antennas
- Seamless satellite tracking with uninterrupted data transfer
- Throughput up to 195 Mbps/32 Mbps (DL/UL)*
- Professional installation required
Target Users
Remote branch offices
Rural ISP, Community Broadband
Smart Energy (onshore)
Healthcare
Hospitality
Remote branch offices
Videoconferencing, cloud services, web training, nancial transactions,
video security and surveillance, data transfer, critical IoT Ops, business
continuity, mining sites
Rural ISP, Community Broadband
Schools, libraries, health & community centres, local shops,
Kiosks, residential, condominium
Smart Energy (onshore)
Oil & gas exploration and wind farm markets, including real-time IoT data
and automated operations
Healthcare
Hospitals, clinics (remote patient monitoring, health support for home
workers)
Hospitality
Lodging, Event Planning, Travel & Tourism, Restaurants & Bars
Technical Specifications
Dimensions (Reflector size)
UT weight
Operational temperature
Power consumption
Data User Interface
Ingress Protection
Dimensions (Reflector size)
84.5d x 77h cm (73 cm)
UT weight
65kg (32.5Kg x dome)
Operational temperature
-25°C to +55°C
-40°C to +55°C (with Heater)
-40°C to +55°C (with Heater)
Power consumption
150W typical (no heater)
440W peak (heater ON)
440W peak (heater ON)
Data User Interface
1 x 1GbE port on the IDU
Ingress Protection
IP66
* Max theoretical speed supported by the system assuming clear sky
Kymeta Hawk u8
Flat-panel user terminal - Available March 2023*
Product Description
The Kymeta Hawk u8 user terminal (UT) is a lightweight system that combines a full-duplex flat panel Ku-band
antenna, a OneWeb modem, and an optional Wi-Fi / cellular SD-WAN module. The integrated UT is easy to
install in one of two configurations: a fixed installation via a pole mount accessory or a GO configuration via
a transportable case accessory. An optional de-icing accessory is available for both the fixed and GO
configurations, enabling operation in very cold temperatures and in snow conditions. Just add power and connect to the OneWeb network.
Features
- Full duplex, single, at-panel antenna
- Throughput up to 195 Mbps/32 Mbps (DL/UL)**
- No professional installation required
- Cellular/Wi-Fi capability optional
- Multiple mounting, deployment and power accessories
- De-icing accessories available
- Comms On The Move ready
Target Users
Industrial
Enterprise
Energy
Government
First Responders
Industrial
Advanced automation, IoT, safety and surveillance, workforce
communications
Enterprise
Business communications, exploration, diagnostics for renewable applications, security & surveillance.
Energy
Quick setup for business communication, remote diagnostics,
infrastructure monitoring, remote surveillance, exploration.
Government
Border security, homeland defence, humanitarian aid, disaster recovery
and relief, critical communications, embassy communications.
First Responders
Fire & rescue, natural disasters, dispatch and operations centres, police,
and paramedic vehicles.
Technical Specifications
Dimensions (Reflector size)
UT weight
Operational temperature
Power consumption
Data User Interface
Ingress Protection
Dimensions (Reflector size)
89.5w x 89.5d x 14h cm
UT weight
30.5 kg
Operational temperature
-40°C to +55°C (ambient)
With up to 1120 W/m2 solar load
With up to 1120 W/m2 solar load
Power consumption
95W typical, steady state
Max power SW dened by user
Max power SW dened by user
Data User Interface
1 x 1GbE port
Ingress Protection
IP66
* This terminal is under development and the information on this slide is subject to change over time.
** Max theoretical speed supported by the system assuming clear sky.