The Hughes 8100H02 is a remote terminal within the Hughes HX System, a carrier-grade satellite broadband platform designed for reliable connectivity across remote, maritime, and mobile networks. Operating as part of an integrated architecture, the 8100H02 leverages DVB-S2 adaptive coding and modulation on the outbound channel, with FDMA/TDMA return-link channels supporting up to 9.8 Mbps. The terminal enables star-topology gateway communication and optional single-hop mesh networking between remote sites without ground-station relay.
## Technical Specifications
• **Modulation & Access:** DVB-S2 with Adaptive Coding and Modulation (ACM) on downlink; FDMA/TDMA on return link
• **Data Rates:** Up to 9.8 Mbps per FDMA/TDMA channel
• **Network Protocol:** IPoS (Internet Protocol over Satellite) compliant per ETSI, ITU, and TIA standards
• **Topology:** Star mode (to HX Gateway) or mesh mode (remote-to-remote, single-hop)
## Key Features
• Dynamic Committed Information Rate (CIR) assignment per terminal or terminal group
• Idle bandwidth release for efficient spectrum utilization
• Per-link QoS configuration for star or mesh topologies
• End-to-end network security
• Active redundancy on all critical system components
• Advanced network management with remote diagnostic capabilities
• Optional mesh controller for coordinated remote-to-remote connectivity
## Typical Applications
• Broadband Internet and Intranet access in remote areas
• GSM/3G/4G backhaul links
• Maritime, airborne, and ground-mobile network support
• SCPC/MCPC replacement services
• MPLS extension or replacement
• Private leased-line services
• Voice, video, and data trunking in mesh configurations
• Secure embassy and government networks
• Disaster recovery and emergency communications
• Remote site monitoring and telemetry
## Compatibility & Integration
The 8100H02 integrates into the Hughes HX System architecture alongside an economical gateway earth station and high-performance remote terminals, supporting both dedicated and shared bandwidth scenarios within a single satellite platform.
