Hughes LEO HL1100W & HL1120W Terminals - Oneweb


Version: Simple HL1100W 75 Mb/s
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Description

🛰️ LEO Satellite — OneWeb / Eutelsat

Hughes LEO Terminals
HL1100W & HL1120W

Next-generation self-pointing ESA antennas on the OneWeb constellation. High throughput, low latency, global coverage — for businesses, defense, and critical infrastructure.

195
Mbps DL (HL1120W)
32
Mbps UL (HL1120W)
<50
ms LEO Latency
−40°
to +55°C
0
Moving Part

The Hughes ESA Antenna: a revolution for LEO

The Hughes HL1100W and HL1120W terminals integrate a latest-generation Electronically Steered Antenna (ESA). With no mechanical moving parts, the antenna automatically points to the OneWeb constellation satellites as soon as it is powered on.

Designed for the most demanding outdoor environments, the robust aluminum plate resists extreme weather conditions while maintaining enterprise-level connectivity performance.

Instant Self-Pointing No specialized training required — operational upon installation
🌐
OneWeb LEO Ku-band Constellation Near-complete global coverage with low latency thanks to low Earth orbits
🏗️
Simplified Installation RG-6 coaxial cable up to 30.5 m — integrated Wi-Fi 6 IDU with 2 GigE ports
🔒
Differentiated QoS & Multi-APN Application-specific Quality of Service management — ideal for enterprise networks
📡

Electronically Steered Antenna

Cutting-edge technology: no moving parts, ultra-low profile, total weather resistance. Operational in minutes.

ESA LEO Ku-band OneWeb Wi-Fi 6 Full-Duplex Multi-APN
Two models available

HL1100W or HL1120W — Choose your performance level

From compact terminals for remote sites to high-performance terminals for critical infrastructure

📡
HL1100W
Compact LEO Terminal — Half Duplex
75
Mbps DL
14
Mbps UL
Radio Mode Half Duplex
ODU Dimensions 59.8 × 40.2 × 6.0 cm
ODU Weight 10.6 kg
Power Consumption 130 W (typ.)
EIRP +36.6 dBW
G/T up to 11.3 dB/K
Temperature −40°C to +55°C
IDU Wi-Fi 6, 2× GigE LAN
IFL Cable Up to 30.5 m (RG-6)
Power Supply 100–240 V AC / DC
Half Duplex Compact Wi-Fi 6 CE / FCC UKCA
Technical Comparison

HL1100W vs HL1120W — Summary Table

Feature HL1100W HL1120W
Radio Mode Half Duplex Full Duplex
Download Speed (DL) 75 Mbps 195 Mbps
Upload Speed (UL) 14 Mbps 32 Mbps
EIRP +36.6 dBW +36.6 dBW
G/T up to 11.3 dB/K up to 11.3 dB/K
ODU Dimensions 59.8 × 40.2 × 6.0 cm 59.8 × 82.7 × 11.1 cm
ODU Weight 10.6 kg 24.0 kg
ODU Power Consumption 130 W (typ.) 235 W (typ.)
IFL Cable RG-6 coax (single) RG-6 dual coax
Operating Temperature −40°C to +55°C −40°C to +55°C
IDU Wi-Fi Wi-Fi 6 (optional) Wi-Fi 6 (optional)
LAN Ports 2× GigE RJ45 2× GigE RJ45
Power Supply 100–240 V AC / DC 100–240 V AC
Certifications CE, FCC, Anatel, UKCA, UL, IEC CE, FCC, Anatel, UKCA, UL, IEC
Satellite Network OneWeb LEO Ku-band OneWeb LEO Ku-band
Recommended Use Remote sites, backup, SMBs Enterprises, defense, critical infrastructure
Why Hughes LEO?

The advantages of Hughes LEO technology

A next-generation satellite connectivity solution designed for the highest demands

Low Latency
LEO satellites in low orbit (~1,200 km) drastically reduce latency compared to GEO satellites (~36,000 km). Smooth real-time applications, video conferencing, and transactions.
🌍
Global Coverage
The OneWeb constellation offers near-global coverage, including polar regions and the most isolated areas inaccessible to terrestrial networks.
🏢
Enterprise-Grade Quality
Dedicated capacity, guaranteed SLAs, differentiated QoS, 24/7 monitoring. No bandwidth sharing with consumer users.
🔧
Simplified Installation
Automatic self-pointing without specialized training. Rapid deployment even in emergency conditions. No moving parts to maintain.
🛡️
Resilience & Redundancy
Ideal satellite backup in case of fiber, cable, or 4G outage. Maintains operations during natural disasters or unforeseen events.
❄️
Extreme Robustness
Guaranteed operation from −40°C to +55°C. Weather-resistant aluminum chassis. Designed for the most hostile environments.
📊
Centralized Management
Unified network supervision, centralized billing, dedicated Hughes support. A single interface to manage the entire deployment.
🔌
Easy Integration
Compatible with existing infrastructure. Multi-APN, configurable QoS, integrated Wi-Fi 6. Integrates into any enterprise WAN network.
Concrete applications

Use Cases — Who uses Hughes LEO terminals?

Proven solutions in the world's most demanding environments

🏪
Retail & Commerce
Retail Connectivity Backup
A chain of 20 stores (50,000 m² each, $1M+/month revenue) needed a reliable backup solution after recurrent network outages due to storms. Hughes LEO service replaced slow GEO solutions and insufficient 4G.
Continuity of credit card transactions
Maintenance of security cameras and back-office
Dedicated capacity per store (not best-effort)
Operational even after weather disasters
🎖️
Defense & Security
Military Base in Arctic Region
A military base in the Arctic required high-speed connectivity for its ISR (Intelligence, Surveillance, Reconnaissance) missions and the well-being of its hundreds of personnel. GEO satellites were unusable at these latitudes.
Full polar coverage (impossible with GEO)
Simultaneous ISR and MWR at guaranteed speeds
Dedicated SLAs, unshared bandwidth
Ruggedized equipment for extreme climate
🚨
Emergency Management
Multi-State Emergency Network
A federal incident response center needed to coordinate rescue teams across several states after a natural disaster, when terrestrial networks are destroyed or saturated. Self-pointing ESAs allow deployment without specialized training.
Rapid deployment without satellite training
Voice + Internet + Video simultaneously
Mobile hotspots for disaster victims
Real-time inter-agency coordination
🦺
Public Safety
Public Safety Network Backup (911)
An emergency management organization in a rural state needed backup for its emergency call centers (equivalent to 911), which were susceptible to outages during natural disasters (hurricanes, tornadoes, floods).
Easy activation by local personnel
Coverage over hundreds of square kilometers
Emergency call center always operational
Scalable according to the extent of the disaster
🏭
Critical Infrastructure
Pipeline & Energy Monitoring
A pipeline operator needed 24/7 monitoring of hundreds of critical points in isolated areas, with a patchwork network (4G + GEO + wireline) that was difficult to manage. The Hughes LEO solution provides unified end-to-end connectivity.
Continuous end-to-end monitoring
Real-time anomaly detection
Easy addition of new sites (solar)
Guaranteed environmental compliance
🔐
Enterprise & WAN
Secure & Resilient WAN
Multi-site enterprises require resilient and secure WAN connectivity, with satellite redundancy for remote sites or areas at risk of outage. Hughes LEO integrates into existing SD-WAN architectures.
SD-WAN integration and hybrid architectures
Automatic failover in case of outage
Application-differentiated QoS
Centralized Hughes SLA and billing

The OneWeb / Eutelsat constellation

Hughes HL1100W and HL1120W terminals operate on the OneWeb LEO constellation (now Eutelsat OneWeb), one of the largest low Earth orbit satellite constellations in the world.

Unlike geostationary satellites (GEO) positioned at 36,000 km, OneWeb satellites orbit at approximately 1,200 km altitude, reducing latency to less than 50 ms — comparable to a terrestrial fiber connection.

Hughes, as a strategic partner of Eutelsat OneWeb, brings over 50 years of expertise in satellite networks to deliver enterprise-grade managed services on this infrastructure.

648+
Satellites in orbit
~1 200
km altitude
<50
ms latency
Ku
Frequency band
🌍

Global LEO Coverage

Near-global coverage including polar regions, oceans, and the most isolated areas. Ideal for deployments where no terrestrial infrastructure is available.

Low Orbit Polar Coverage Low Latency High Speed
Compliance & Certifications

International Certifications

Hughes LEO terminals are certified for use in major global markets

🇪🇺 CE — Europe
🇺🇸 FCC — United States
🇧🇷 Anatel — Brazil
🇬🇧 UKCA — United Kingdom
UL — Safety
IEC — International
📡 R&TTE (HL1100W)
🌐 OneWeb Certified

🛰️ Need LEO satellite connectivity?

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