Two technologies that used to be unworkable for serious business connectivity are now legitimate primary and failover options. Business 5G fixed wireless and Low Earth Orbit satellite both deliver latency, jitter, and throughput numbers that real applications can run on, and they install in days instead of months.
Why LEO is finally usable for voice
Traditional geostationary satellite sits roughly 36,000 kilometers up, forcing round-trip latency of 600 milliseconds or more. That kills interactive applications and makes voice calls feel broken. LEO constellations operate at 550 kilometers, dropping typical latency into the 30 to 60 millisecond range and pushing jitter low enough to run hosted voice, video, and most SaaS comfortably.
Business 5G fixed wireless
Business 5G now matches or exceeds cable on throughput in most markets, with latency under 40 milliseconds. It also installs in days, avoids dependence on the local cable plant, and provides a genuinely diverse path when paired with a wireline primary. Performance varies more by address and weather than wireline, so always pilot at the actual location before committing.
Where each one fits
Both technologies fill gaps that wireline alone cannot:
- SD-WAN diverse failover at sites where only one wireline carrier exists.
- Primary connectivity at remote sites with no fiber and no viable cable.
- Pop-up and temporary deployments that need real bandwidth in days, not months.
- Mobile fleets, command vehicles, and field service trucks with persistent uplinks.
- Business continuity kits pre-staged for fiber outages, weather events, and regional carrier failures.
What to validate before you commit
Coverage maps are not enough. Always verify performance at the actual address with the actual hardware. For LEO, confirm sky view. For 5G, confirm signal strength inside the building, not just outside. Run a two-week burn-in with real traffic before declaring the link ready for production.