![]() ![]() If your access point is below you, that would mean placing the antenna parallel the ground.Įnter the second (or more) antennas if you have them. With all that said, if you only had one antenna, it would be good to place it perpendicular to your target. ![]() The signal will be weaker above and below the plane, especially close to the antenna, but there won't likely be a complete dead zone. In the real world, it won't be a flat plane, but instead more of a doughnut shape. To help visualize it, think of your antenna like a lighthouse, but shining in all 360 degrees at once. Dipole antennas theoretically radiate in a 360 degree disc around the antenna, in other words, a plane perpendicular to the antenna. Obviously late, but hope I can help clear up any confusionĪlmost any kind of Wi-Fi antenna will be a dipole. I could see the Tesla.įor more epiphanies, it took me days before the light bulb went off that Wi-Fi adapters are not just receivers, they are a transmitter/receiver like the router is. ![]() I thought I had an epiphany, when I look at a Tesla or large visible electrical output, radio waves in a sense are very tiny powered higher frequency similarities. If you have a back ground plane that changes it. Whenever testing any of this stuff, I have found that the most consistent results for omni-directional and movement is straight up. ))) \_/ ((( Or maybe it works with the ground plane in some way?Īlmost always when you're trying to get omni-directionality (((|))) they always go with straight up. ![]() (( _\įixed: When you see all the VHF and UHF receivers being used in theatres and DJs and all, for some reason unknown to me, they always use the \ / shape, I assume that helps receive as the signals bounce around so when "line of sight" gets blocked, it still gets there. So the waves emanate out from the pole and the ground plane. The "ground plane" is the other connection point. One would think that the waves emanate from the "pole" because that is what the pictures always show |)))) but in reality the pole is only one connection point for the creation of the airborne electrical wave. It should be set so the waves go in the direction you want them to go. ![]()
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