Multi-Channel Bonding
Combine LTE, 5G, Wi-Fi, satellite, and fibre into a single aggregated data stream for superior speed and reliability.
FusionLink MultiPath is Xpedite’s advanced bonding technology that aggregates multiple communication channels—including cellular, satellite, Wi-Fi, and fixed lines—into a single high-capacity, resilient data stream. Instead of relying on a single connection that risks downtime or congestion, FusionLink intelligently distributes and prioritizes traffic across all available links.
The result is faster, more stable, and more secure connectivity with seamless failover. Whether deployed at remote sites, for mission-critical operations, or at high-demand events, FusionLink ensures continuous uptime, optimized performance, and scalable connectivity tailored to your environment.
Bond multiple channels into one seamless, secure, and scalable connection for maximum reliability and performance.
Combine LTE, 5G, Wi-Fi, satellite, and fibre into a single aggregated data stream for superior speed and reliability.
Ensure uninterrupted uptime with automatic switching to active channels if one link fails—critical for mission-critical operations.
Built on robust Teltonika routers with IoT sensor support—enabling predictive maintenance, monitoring, and enhanced reliability.
Intelligent bandwidth allocation ensures critical apps always get priority—keeping performance smooth under load.
Safeguard data with VPN, encryption, firewalls, and segmentation—ensuring trusted protection across all channels.
Easily configure, monitor, and troubleshoot networks remotely—ensuring performance and accessibility from anywhere.
Get operational in under 24 hours—minimising downtime and accelerating essential communications setup.
Tailored for different industries and use cases, FusionLink adapts to your evolving needs with flexible configurations.
FusionLink MultiPath bonds LTE/5G, fibre, satellite, and Wi-Fi into one high-capacity stream—delivering unmatched speed, reliability, and seamless failover for mission-critical operations.