5G and LEO satellite as a real primary or failover path, not a last resort.
Mobile and satellite internet used to mean expensive, high-latency, last-resort connectivity. That has changed. Business 5G fixed wireless and Low Earth Orbit (LEO) satellite networks now deliver throughput, latency, and jitter numbers that are good enough to run voice, video, and SaaS as a primary path, and very strong as a diverse failover circuit under SD-WAN.
We source business-grade 5G across AT&T, Verizon, and T-Mobile, and LEO satellite through Starlink Business, Starlink Maritime, and emerging carriers like OneWeb and Amazon Kuiper for enterprise.
Traditional geostationary satellite sits roughly 36,000 kilometers up, which forces a round-trip latency of 600 milliseconds or more. That is fine for one-way data, but voice calls feel broken and any interactive application is painful. LEO satellite constellations operate at 550 kilometers, dropping typical latency into the 30 to 60 millisecond range with jitter low enough to support hosted voice and video.
Business 5G fixed wireless lands in similar territory, with latency under 40 milliseconds in most markets and downstream throughput that frequently beats local cable. Both technologies install in days instead of months, and neither requires construction.
Together they fill two critical gaps. The first is the diverse-path failover that SD-WAN needs at sites where two wireline carriers do not exist, which is far more common than enterprises assume. The second is true primary connectivity at locations where running fiber is impossible or uneconomic: remote facilities, construction sites, pop-up retail, agricultural operations, maritime, and disaster recovery.
5G or LEO as the second path at sites that only have one wireline carrier, so a single cut does not take the location offline.
Primary connectivity for locations where fiber and cable are not available and DSL is no longer viable.
Event venues, construction trailers, seasonal retail, and short-term sites that need real bandwidth in days.
In-vehicle routers, mobile command centers, and field service trucks with persistent cellular and satellite uplinks.
Pre-staged 5G and LEO kits that come online during fiber outages, weather events, and regional carrier failures.
Tell us the sites, the constraints, and what's on fire. We'll quote and engineer the rest.