Fiber vs Fixed Wireless
Fixed wireless internet is different from more common connections like fiber. Instead of using a cable, it brings the internet signal to your home via radio waves transmitted by a base station.
Like in our case, we shall install:
- Receiver (Radio) somewhere on your property. The receiver connects wirelessly to the our tower to one of multiple access points or AP’s that bridge to the wider internet and connected to our servers.
Note: Wireless connections are usually in the microwave 5Ghz spectrum and are capable of over 1Gbps given the right equipment.
- Residential Gateway/Router
The router, at least the common home network device that we usually call a router, is the piece of network hardware that allows communication between your local home network—like your personal computers and other connected devices—and the internet.
The router we install at your house or office is more accurately called a residential gateway, but you’ll never see them called that!
The medium used for transmission of information in this solution are fiber optic cables. They work by encoding information into bursts of lights and sending them over the optical fibers. These fibers may come to your premises either overhead, usually on wooden poles, or through underground trenches. They are then connected to a router to provide access over WiFi. Fiber is able to deliver incredible max speeds of over 10Gbps at literally the speed of light!
What’s right for me?
As technology moves forward we have certain facts that get overturned. If you had asked the question, fiber or wireless, 3-5 years ago. The resounding answer would be easy; fiber, without a doubt! We have come a long way since then and the lines between the advantages of fiber over fixed wireless are becoming blurred. Let’s breakdown each technology by 4 main criteria:
Cost, Speeds, Latency & Reliability.
The cost of laying fiber is significantly higher per KM of coverage than fixed wireless. If you aren’t lucky enough to live in a populated area. Chances are you don’t have fiber available and pulling fiber can be an expensive process. As wireless radios today are capable of covering up to 20KM with a single AP, getting coverage in areas that don’t already have fiber cables nearby can be a lot easier on your pocket.
Optical fibers are able to deliver a much higher maximum throughput achieving up to 10Gbps without much difficulty. While wireless tends to max out around the 1Gbps mark for most systems. Now the speeds I am talking about here are the total capacity that is possible. The average consumer generally use between 10-100Mbps. Both technologies are easily able to deliver speeds to the average consumer.
Latency means the time taken between requesting a resource, like a website and the response starting to download. It is an important factor to consider if you plan to do large amounts of voice calling or gaming. In this case, fiber is the theoretical winner. You can expect fiber to have 2-3 ms of latency vs 3-4 ms in a wireless link. The difference is negligible to most users but those with the aforementioned requirements.
Due to being physically placed in public areas fiber is extremely prone to being cut. In metro areas of Kenya, where the fiber cables are hung from electric poles or laid underground along roadsides. We tend to see a lot of cuts due to upgrades and works. Wireless, on the other hand, is placed at private properties with power backups and close by technicians. The drawback is they are prone to interference especially In crowded metro areas, this can affect service reliability.
To summarize, fiber and wireless internet access in today’s market are becoming indistinguishable. We recommend fiber in crowded metro areas while wireless access is perfect for suburbs and surrounding areas.