Long-Haul Wireless vs Satellite: Why Licensed Microwave Beats Satellite

When businesses need connectivity in areas where fiber isn't available, satellite internet often seems like the obvious choice. Services like Starlink have made satellite more accessible than ever, and for basic residential use, it can be a reasonable option. But for enterprise-grade business connectivity — where uptime, latency, bandwidth, and security actually matter — satellite falls dramatically short of licensed microwave long-haul wireless.

This article breaks down the fundamental differences between licensed microwave wireless and satellite internet, explaining why businesses that rely on connectivity choose licensed wireless for mission-critical operations.

The Satellite Appeal

Satellite internet has obvious appeal. You point a dish at the sky, and you have internet. No fiber construction, no tower engineering, no FCC licensing. For a remote cabin or a temporary construction site, satellite can provide a quick, convenient connection. Low Earth Orbit (LEO) satellite constellations like Starlink have improved latency significantly compared to older Geostationary (GEO) satellites, making the service feel more responsive.

But convenience is not the same as performance. And for businesses whose operations, revenue, and reputation depend on reliable connectivity, the limitations of satellite become serious liabilities very quickly.

The Latency Problem

Latency — the time it takes for data to travel from your network to its destination and back — is the single most important difference between satellite and licensed microwave wireless. Even with LEO satellites orbiting at 340-550 miles above Earth, data must travel a significant distance through space, which introduces delay.

For web browsing, a 25-50ms delay may be barely noticeable. But for real-time business applications, the difference is critical:

• VoIP phone calls experience echo, delay, and call quality degradation
• Video conferencing suffers from lag, frozen frames, and audio desync
• Remote desktop and cloud applications feel sluggish and unresponsive
• Financial transactions and trading systems suffer unacceptable delays
• Database replication and backup systems slow significantly
• Industrial control systems and IoT devices experience communication lag

Licensed microwave wireless, by contrast, delivers latency under 5 milliseconds — comparable to dedicated fiber. Data travels in a straight line between two points on the ground, not up to space and back. For any real-time application, this difference is not marginal. It's transformative.

Bandwidth: Dedicated vs Shared

Satellite internet shares bandwidth among many users. When more users are online — typically evenings and peak business hours — available bandwidth decreases. You may experience advertised speeds of 200 Mbps but actually receive a fraction of that during peak usage. Satellite bandwidth is also typically asymmetric, meaning upload speeds are far lower than download speeds — a significant limitation for businesses that need to upload large files, run video calls, or replicate data.

Licensed microwave wireless provides dedicated, uncontended, symmetric bandwidth. The link is yours and yours alone. A 1 Gbps licensed wireless link delivers 1 Gbps in both directions, 24 hours a day, regardless of how many other users in your area are online. There is no contention, no throttling, no peak-hour slowdown.

Weather and Reliability

All wireless technologies are affected by weather — that includes both satellite and microwave. But the way each technology handles weather is fundamentally different.

Satellite signals must travel through the entire atmosphere — up to space and back. Heavy rain, dense cloud cover, and atmospheric conditions cause rain fade, which can degrade or completely disrupt satellite connectivity. This is a well-known limitation of satellite internet that affects even the most advanced LEO constellations.

Licensed microwave wireless is also affected by rain, but it's engineered to handle it. Professional microwave links are designed with fade margins — extra signal power that compensates for weather-related attenuation. Lower frequencies like 11 GHz and 6 GHz are particularly resistant to rain fade. When properly engineered by experienced professionals, licensed microwave links achieve 99.999% availability — meaning less than 5 minutes of downtime per year, including weather events.

The difference is engineering. Satellite is a consumer-grade service delivering best-effort performance. Licensed microwave is an engineered infrastructure investment delivering guaranteed reliability.

Security and Privacy

Satellite internet traffic travels through third-party ground stations and satellite networks operated by the satellite provider. Your data passes through infrastructure you don't control, managed by organizations you can't audit. For businesses handling sensitive data, financial information, healthcare records, or proprietary communications, this creates security and compliance concerns.

Licensed microwave wireless is a private, point-to-point connection. Data travels directly between your two locations — through the air, over a dedicated, FCC-licensed frequency — without passing through any third-party network. The link can be encrypted end-to-end, providing enterprise-grade security that satellite simply cannot match.

SLA and Guaranteed Performance

For enterprise connectivity, the Service Level Agreement (SLA) is everything. An SLA defines the guaranteed uptime, latency, throughput, and repair time that the provider commits to. If the provider fails to meet these guarantees, they face financial penalties.

Most satellite internet services do not offer enterprise-grade SLAs. Starlink's terms of service, for example, explicitly state that the service is provided on a "best efforts" basis with no guarantee of uptime, speed, or latency. For a residential user streaming Netflix, this is acceptable. For a business running mission-critical operations, it's a dealbreaker.

Licensed microwave wireless, engineered and deployed by NetWest, is designed to deliver 99.999% availability with guaranteed throughput and measurable, contractual performance commitments. When your business depends on connectivity, you need more than best efforts — you need guaranteed performance.

Head-to-Head Comparison

When Satellite Makes Sense

To be fair, satellite internet does have legitimate use cases. For extremely remote locations where no other connectivity option exists — offshore platforms, deep wilderness, or truly isolated sites — satellite may be the only option. For temporary setups where quick deployment matters more than performance, satellite can serve as a stopgap. And for basic residential use in rural areas without broadband alternatives, consumer satellite services provide a valuable connection.

But for enterprise business connectivity — where uptime directly impacts revenue, where latency affects real-time applications, where security and SLAs matter — licensed microwave wireless is the clear choice. The question isn't "can satellite provide internet?" The question is "can satellite provide the reliable, high-performance, secure connectivity your business requires?" For most enterprises, the answer is no.

The NetWest Difference

NetWest Online has been engineering and deploying licensed microwave wireless infrastructure across Texas for 30 years. We don't just install radios — we design complete communications networks, handling everything from path engineering and FCC licensing to tower construction and network integration.

Our long-haul wireless links span from building-to-building distances to over 50 miles, delivering carrier-grade performance, ultra-low latency, and 99.999% engineered availability. Whether you need primary connectivity for a remote facility, physically diverse backup connectivity for a data center, or high-capacity transport between facilities, we design solutions that satellite simply cannot match.

When performance, reliability, and security matter, licensed microwave wireless is the answer — and NetWest is the team to engineer it.