Hughes HL1120W OneWeb LEO User Terminal
- Global Connectivity: Fast, reliable internet everywhere.
- Extreme Durability: Operates in -40°C to +55°C.
- Electronically Steered Antenna: Full-duplex, self-aligning.
- High-speed Downloads: Up to 195 Mbps downlink.
- Efficient Power Use: Max 300 W, typical 150 W.
- Lightweight Design: Only 24 kg (53 lbs).
- Easy Setup: Self-pointing, ready out of the box.
- Comprehensive Compliance: CE, FCC, UL, and more.
Description
Unleashing Global Connectivity
Introducing the Hughes HL1120W OneWeb LEO User Terminal, the future of internet connectivity. This state-of-the-art device is designed to seamlessly connect with the OneWeb satellite constellation, providing you with high-speed, low-latency internet services. Whether you're in a remote location or a bustling city, the HL1120W ensures you're always connected.
Designed for Excellence
The HL1120W boasts a sleek, durable design capable of withstanding extreme temperatures, from the freezing cold of -40°C to the scorching heat of +55°C. Its compact and efficient outdoor unit is easy to install, requiring minimal maintenance, and is crafted with a durable aluminum chassis that's both lightweight and weather-resistant.
Advanced Technology for All
At the heart of the HL1120W is its Electronically Steered Antenna (ESA), a marvel of technology that provides full-duplex, self-aligning capabilities without the need for moving parts. This low-power, high-efficiency antenna is optimized for the Ku-band LEO satellite constellation, ensuring fast and reliable internet access. The indoor unit complements this technology with a Wi-Fi 6 router, offering dual GigE LAN ports for extensive connectivity options.
Features
- High-speed Internet
- Low-latency Connectivity
- Durable Aluminum Chassis
- Full-duplex ESA
- Self-aligning Antenna
- Wi-Fi 6 Router
- Dual GigE LAN
- Easy Installation
- Weather-resistant
- Low Power Consumption
Package
Hughes HL1120W OneWeb LEO User Terminal Includes:
- HL1120W Outdoor Unit
- HL1120W Indoor Unit
- 70m IFL Cable
Documentation:
