Designed around your business
Multi-link bundling gateway delivering load balancing, anti-congestion and secure split-path data transmission across satellite, 5G and 4G links.
Link Multipath Mixed-Communication Gateway
Link multipath mixed transmission means bundling multiple physical ports into one logical port so that inbound/outbound traffic throughput is load-balanced across member ports. The switch decides which member port sends packets to the peer switch according to the user-configured port load-balancing policy. When the switch detects a link failure on a member port, it stops sending packets on that port and recalculates the sending port among the remaining links per the load-balancing policy; when the failed port recovers, recalculation is performed again.
Multi-Link Mixed Transmission Technology
This system adopts a multi-link data transmission mode in which each channel only carries the amount of data it can bear at a given instant; when sending data, the size of each link's sending window is reasonably calculated from the overall front-end sending window. This effectively avoids network congestion and solves the congestion problems caused by low bandwidth and high latency of a single link.
Because data travels over multiple channels operating in a latency-based load-balancing mode, more data can pass per unit time. This compensates for a single link's shortcomings in bandwidth and coverage, achieving complementary advantages of space-based and terrestrial, high-frequency and low-frequency links.
The gateway supports autonomous selection of space-based links as well as 5G, 4G and other link types, and also supports autonomous configuration of the number of such links. Customers can prioritize low-cost transmission paths such as terrestrial 5G and 4G, and various paths can transmit collaboratively, substantially reducing customer usage costs while ensuring link quality.
The gateway splits data and transmits it over multiple channels that are physically isolated from one another. The data carried by each channel is completely random packets before reaching the aggregation server — even if intercepted, it is disordered and cannot be reconstructed. Moreover, even if all channel data is captured, because packet transmission times are random, an intruder still cannot recover the original data.
Gateway Device
Application Scenarios
The stability, reliability and security advantages of link aggregation have broad application prospects in data communication services across industries.
Vehicle Applications
Provides a stable high-bandwidth environment for onboard equipment, vehicle hosts or people in the vehicle — such as autonomous driving, in-vehicle network cameras, dashcams, engineering/electrical maintenance and autonomous operations.
Personal Mobile Applications
Provides networking for handheld devices such as mobile phones, intercoms, law-enforcement body cameras, media cameras and live-streaming devices.
Fixed-Site Applications
Where wired bandwidth is insufficient or unstable, satellite IoT plus bundled 5G/4G multi-path wireless links jointly provide a stable, highly reliable, high-bandwidth environment — for example remote collaboration, land supervision, wide-area infrastructure supervision and environmental monitoring traceability.