Simply stick in the diameter of the can into the calculator's D= field, and 2.5 into the f= field and calculate. Then look at the Lg/4 result to find out how far from the back the hole should be.
![Cantenna Calculator Cantenna Calculator](/uploads/1/2/5/5/125513543/542442448.gif)
![Cantenna Calculator Cantenna Calculator](/uploads/1/2/5/5/125513543/330516079.png)
A can antenna for Wifi The cylinder portion of the can may consist of metal-coated. Although some designs are based on a potato chips can, this tube is too narrow to increase the 2.4 GHz signal by a useful amount, although at 5 GHz it would be about the right size. However, a cantenna can be made from various cans or tubes of an appropriate diameter. Some designs include a pole mount to elevate the cantenna.
At 2.4 GHz, losses can occur if the cable from the cantenna to the Wi-Fi circuitry is too long. A more efficient cantenna can be made by minimising this length or connecting the cantenna directly to the Wi-Fi circuitry. A Cantenna on an OLPC laptop Cantennas are typically used for extending a (WLAN). The tiny design makes them ideal for mobile applications such as. Cantennas can be used to increase cell phone range, improve reception, and decrease noise.
A cantenna can be used as a. The 5.5 GHz cantenna dimensions are almost perfect in that they make a good fit for the standard TV. The resulting setup is a low-cost high-quality high-gain antenna. Such setups are widely used in for long-distance Wi-Fi links. Cantennas may be used with other RF devices such as wireless security cameras. See also.