How it Works
"Connecting You to a Faster World"
At Rural Tech Solutions, we deliver high-speed internet to communities that traditional cable and fiber providers often overlook. Instead of relying on buried lines, we use **Wireless Internet Service Provider (WISP)* technology to bring reliable connectivity directly to your home or business.
Wireless Coverage Across Multiple Frequencies
Our network uses a combination of licensed and unlicensed spectrum to ensure dependable service in a variety of conditions and locations. This includes:
- *900 MHz* Excellent for long-range coverage and penetrating trees, hills, and other obstacles. Ideal for rural and wooded areas.
- *2.4 GHz* – A balance of range and speed, well-suited for general residential coverage.
- *5 GHz* – Higher speeds with lower latency, perfect for customers with a clear line of sight to our towers.
- *60 GHz* – Ultra-high-speed short-range connections, best for dense clusters of homes and businesses in line of sight of our network hubs.
- *CBRS (3.5 GHz Citizens Broadband Radio Service)* – A shared spectrum band that allows us to provide enterprise-grade service with better performance and reliability, especially in areas where interference may be a concern.
How Service Reaches You
- Local Towers & Access Points – Our service originates from strategically placed towers and relay points across the region.
- Wireless Transmission – Using the frequencies above, we transmit high-speed internet wirelessly from our towers to customer locations.
- Customer Antenna/Receiver – A small antenna installed at your home or business securely connects to our network, delivering internet through standard Ethernet wiring to your router.
- Fast & Reliable Internet – From there, you can connect all your devices—computers, phones, smart TVs, and more—just like with cable or fiber.
Why It Works for Rural Areas
Because our technology doesn’t require digging up roads or laying cables, we can expand service quickly and reach places that larger providers often ignore. By combining multiple frequency bands, we adapt to the unique landscape of each community—whether that means dense woods, rolling hills, or open farmland.