Originally posted in another thread, I had a few requests to put up some more pictures and details about this project.
I had put together an old Wilson 9ft. solid steel dish, but it never worked well for Cband FTA. I decided to re-purpose the dish to receive a distant WiFi signal from a resort that is across the lake. I constructed a "can-tenna" as the feed horn using a 3" copper pipe and end cap.
I found the formula for can-tenna dimensions on the net, mounted a N connector and soldered 1.25" brass probe inside.
I used a Asus router and loaded it with DD-WRT firmware which allows a bridge client mode that reverses the router to become a receiver. Most any brand router that uses Linux operating system will work, and some already have a bridge client mode feature in them. I put the router in a waterproof case and mounted it on the back side of the dish.
Either-net only uses 4 wires of the cat 5 cable, so DC power can be sent down the other 4 wires doubled up, the wall wart is then kept in the house at the other end.
The dish works just fine for WiFi signals, here it is serving up free internet from an open AP.
I had put together an old Wilson 9ft. solid steel dish, but it never worked well for Cband FTA. I decided to re-purpose the dish to receive a distant WiFi signal from a resort that is across the lake. I constructed a "can-tenna" as the feed horn using a 3" copper pipe and end cap.
I found the formula for can-tenna dimensions on the net, mounted a N connector and soldered 1.25" brass probe inside.
I used a Asus router and loaded it with DD-WRT firmware which allows a bridge client mode that reverses the router to become a receiver. Most any brand router that uses Linux operating system will work, and some already have a bridge client mode feature in them. I put the router in a waterproof case and mounted it on the back side of the dish.
Either-net only uses 4 wires of the cat 5 cable, so DC power can be sent down the other 4 wires doubled up, the wall wart is then kept in the house at the other end.
The dish works just fine for WiFi signals, here it is serving up free internet from an open AP.