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If you are using your Wi-Fi on Apple devices like iPhone, iPod, and MAC then you need to check the Best Quality Router for Apple devices by Bestofrouter Use Aluminum Foil Creating your own WiFi signal booster to get around this problem can be achieved in many ways. Several things can impact the WiFi signal, from the thickness of walls to the usage of microwaves near the router. Using a DIY WiFi booster is an excellent way to improve your signal for little to no investment, other than a few minutes of your time. Using the internet via a wireless router in our homes has never been more popular, but sometimes the router just doesn’t provide a strong enough signal. Although these highlight the best ones for gaming, we think they’re just the best ones overall if you’re looking for fast internet across a larger area. However, if you want better results buying a wifi extender will be better. Even a novice can boost a wireless signal using these four methods to make your own WiFi signal booster. DIY Parabolic Reflector (DIY WiFi Signal Booster System) DIY WiFi Booster: Easy Methods to Create a WiFi Signal Booster YourselfĪ DIY WiFi booster can be as simple as a piece of aluminum foil and a bowl, through to making your own cantenna from a can. Boosting your WiFi signal doesn’t require expensive gadgets – use foil, a bowl, or even a tin can, to make your own wifi signal booster.Įasy to follow step-by-step plan, and pictures are included, including making your own cantenna, and a parabolic reflector from foil. You can rest assured that for 99% of your use, the built-in antenna is optimal, and for the remaining 1% a $7 "signal booster" won't help you either.Making a DIY WiFi booster is so easy with these top methods. Phone manufacturers have some pretty smart RF engineers on staff. And I haven't even said anything about directionality yet. Aside from that, a passive repeater loses about 50% of the transmitted RF power by design. Of course they boost the received signal by providing a larger resonance element, but at the same time they would weaken the outgoing RF signal because the transmitter now has to excite a larger chunk of metal. I haven't tested them, but they look like a passive RF repeater with a panel-antenna. Boosted signal strength from attic to basement from 10% to 95%.
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I also built a "pentenna" (own design) which is pretty much a 1/4 wavelength microwave dipole inside a BIC pen housing. I've put together a "cantenna" (search the web) for my wireless network and have a fast connection to a neighbor's a 3 miles away. You could also build a wide-range helical antenna (which I believe is actually built into the phone), out of a q-tip and a single strand of stranded wire.įor the ultimate in range, you could probably put together a yagi-style directional antenna which would allow you to reach a tower 10-15 miles away in direct line of sight, and all for a half an afternoon of work and $15 in hardware. Of course you'd have to know which GSM frequency your phone is using at the time, and need different size antennae for each frequency. You make a dipol antenna at 1/2 or 1/4 wavelength out of foil - better would be copper tho.