Each Type Explained
Fiber Optic Internet
Best Available Technology
Fiber is the newest and most advanced type of internet connection. It transmits data as pulses of light through thin glass strands, which is a fundamentally different technology from everything else on this list. Every other type of internet uses some form of electrical signal through copper or radio waves through air, and every one of them has inherent limitations because of that.
Fiber does not.
How to identify it: Look for a small white box mounted on your wall, usually near where the internet enters the building. This is called an ONT (Optical Network Terminal). The cable going into it is thin, usually yellow or white, with a small square or rectangular connector that clicks in. It does not screw on like coaxial.
What makes it different:
- Symmetrical speeds - your upload speed matches your download speed. This matters every time you join a video call, upload a file, use cloud software, or make a VoIP phone call.
- No signal degradation - light does not lose strength over distance the way electrical signals do. Your speed is your speed, whether you are 100 feet or 10 miles from the provider's equipment.
- No shared bandwidth slowdowns - your fiber connection is dedicated to you. When your neighbor's employees are all on video calls at lunch time, it does not affect your speed.
- Ultra-low latency - 1 to 5 milliseconds. This is why VoIP calls on fiber sound crystal clear and video calls do not freeze.
- No electromagnetic interference - electrical wiring can be affected by nearby equipment, weather, and other signals. Light through glass is immune to all of that.
- Future-proof - the same fiber strand that delivers 1 Gbps today can deliver 10 Gbps, 100 Gbps, or more with an equipment upgrade on either end. The physical cable itself does not need to be replaced. No other internet technology can say that.
Fiber is not just faster internet. It is the next generation of how data moves, and it is the only technology built for how modern businesses actually operate: cloud everything, video everything, real-time everything.
Coaxial Cable Internet
Widely Available
Coaxial cable internet uses the same copper wiring that delivers cable TV. It is the most common type of business internet in the country and has been around for decades.
How to identify it: Look at the cable going into your modem. If it is a round cable about the thickness of a pencil with a threaded metal connector that screws on, that is coaxial. It is the same cable that connects to a cable TV box.
The limitations:
- Upload speed is a fraction of download - if your plan says 200 Mbps, that is download only. Your upload might be 10 to 20 Mbps. Every video call, cloud upload, and VoIP call depends on upload.
- Shared bandwidth - you share the line with other businesses and homes on your node. During peak hours, everyone is competing for the same pipe. This is why your internet feels slow at certain times of day.
- Signal degrades over distance - the further you are from the provider's node, the weaker the signal.
Coaxial is still a solid option for businesses with lighter usage that do not depend heavily on uploads or real-time applications. But if you are experiencing slowdowns during peak hours or your video calls keep freezing, the technology itself is likely the reason.
DSL (Digital Subscriber Line)
Legacy Technology
DSL sends internet signals through traditional copper telephone lines. It was one of the first broadband technologies and is still available in parts of Wichita Falls, particularly in older buildings.
How to identify it: Your internet connects through a phone jack or a small box that plugs into a phone jack. The cable is a thin telephone wire with a small rectangular plug (RJ-11), smaller than a standard ethernet cable.
The limitations:
- Speed drops dramatically with distance - the further you are from the provider's central office, the slower your connection. Some businesses on DSL are getting single-digit Mbps.
- Upload speeds are extremely slow - often 1 to 5 Mbps. Cloud apps and video calls are essentially unusable at these speeds.
- Maximum speeds are capped by the technology - even in the best case, DSL tops out far below what fiber or cable can deliver.
If your business is still on DSL, it is worth checking whether fiber or cable has become available at your address. Coverage expands regularly, and you may have options now that did not exist when you signed up.
Fixed Wireless
Area Dependent
Fixed wireless delivers internet through radio signals from a nearby tower to an antenna or receiver mounted on your building. It does not use any wires for the last mile, which means it can reach locations that cable and fiber have not been built out to yet.
How to identify it: Look for a small dish or antenna mounted on your roof or exterior wall, pointed toward a tower. Inside, it connects to a router through an ethernet cable from the receiver.
The limitations:
- Line of sight matters - if trees, buildings, or terrain block the path between your antenna and the tower, performance suffers.
- Weather affects performance - heavy rain, storms, and even humidity can degrade the signal.
- Speeds vary - depending on distance from the tower, congestion, and environmental factors, your actual speed can fluctuate significantly.
Fixed wireless is a legitimate option for businesses in areas where wired service has not reached. But if fiber or cable has become available at your address since you signed up, it is worth comparing. The consistency difference is real.
Satellite Internet
Backup / Last Resort
Satellite internet works by sending your data up to a satellite orbiting the Earth and back down again. This works literally anywhere you can see the sky, which is its only real advantage.
How to identify it: Look for a satellite dish mounted on your roof, pointed at the sky (not at a tower on the horizon like fixed wireless). It is usually larger than a fixed wireless antenna.
The limitations:
- Extremely high latency - 600 milliseconds or more. For comparison, fiber is 1 to 5 milliseconds. This means video calls lag, VoIP phones have noticeable delay, and anything real-time feels broken.
- Data caps - most satellite plans have monthly data limits. A business that uses cloud software, streams video, or has multiple employees online can burn through the cap in days.
- Weather disruption - heavy rain, snow, and storms can knock the connection out entirely.
- Slow upload speeds - typically 3 to 10 Mbps at best.
Satellite has its place for truly remote locations where nothing else reaches. But for a business in Wichita Falls, if satellite is your primary internet, there are almost certainly better options available at your address now.
Mobile Hotspot (Cellular)
Temporary / Backup Only
A mobile hotspot uses your phone's cellular data connection (4G LTE or 5G) and shares it as a Wi-Fi signal for other devices. Some businesses use dedicated hotspot devices from carriers like T-Mobile, Verizon, or AT&T.
How to identify it: If your business "internet" is coming from a small portable device that looks like a phone or a puck, or if you are literally tethering to someone's cell phone, you are on a hotspot.
The limitations:
- Data caps - most hotspot plans cap at 50 to 100 GB per month. A single employee streaming a training video can burn through that in a day.
- Speed depends on tower congestion - during busy hours, cellular towers slow down just like cable internet. Except you have no SLA and no priority.
- Not built for multiple devices - a hotspot connecting 5 to 10 devices is going to struggle. Add a POS system, a couple laptops, and guest Wi-Fi and you are asking it to do something it was never designed for.
- No business-grade support - when it goes down, you are calling a consumer support line.
Hotspots are great as a temporary backup or for a business that is just getting started and waiting for a real connection to be installed. But running a business on a hotspot long-term means you are one data cap away from being offline in the middle of the month.