Omni wifi antenna construction

This long range antenna, has been in production for almost 2 decades, and gives WiFi ranges our competitors only dream about. Extend WiFi to your entire property, and radically boost the range and WiFi signal to your Security cameras.

This kit, not only allows you to connect all of your exterior WiFi cameras, it also gives you a very powerful, long range WiFi signal, saturating your home, plus all surrounding areas up to ft from our antenna to any standard cell phone. This amazingly high power, very sensitive kit also gives you a powerful long range WiFi signal outside, to provide Wireless access to all tablets, phones, etc. This kit comes with instructions, or, fully configured by one of our technicians for out of the box, plug and play satisfaction.

Unit will arrive working, secure and broadcasting. Simply plug it into your router! Creating a stable Wireless AP is a difficult task. Performance will vary radically depending on components you choose. Or, you create a high power access point, only to find out that the receiver on the device you selected is not sensitive enough to receive weak signals from low power devices. A variation of the coax collinear is constructed from brass rod and brass tubing, but is still just as fiddly to construct.

Some time ago, I made an 8-element coax collinear, using the wireless. Antenna comparison testing confirmed the gain was approximately 8dBi.

However, it took many hours to construct, and the antenna has very little physical strength. I resorted to cable-tying a length of dowel to the coax, and then encasing it all inside some 25mm electrical conduit. I was particularly intrigued when a friend pointed out a much simpler collinear, consisting of just a length of copper wire appropriately bent, as detailed here , with a claimed gain of about 6dBi.

This version provides a number of benefits over the coax construction, requiring far less effort to construct, and providing a smaller and more robust antenna.

While the 6dBi gain is less than that of an 8 element coax collinear, the gain can be improved by increasing the number of elements. Posted October 23, If we had to participate in field tests of a transceiving apparatus, part of which was various types of antennas, and as Omni-directional, they are independent from the design and the claimed gain in performance for range transmission and reception is insignificantly different from each other. A significant difference was their price.

Of greater importance, as we understand it from practice, had such option antenna as it is efficiency, which directly connected with the working surface the larger antenna size than she is better , but not with the stated gain.

So simple homemade omnidirectional antenna is not what is not inferior to similar fancy designs. For beginners, we don't would advise to grasp for the production of Omni-directional antennas with a large gain such as collinear or the like.

Without skills and lack measuring instruments to achieve from these structures excellent results not will. The antenna that we propose to assemble, has an important property. First of all, it is quite simple and broadband bandwidth MHz , this means that miss relative to the fundamental frequency of transmission and reception as a result of the inaccuracy construction will be difficult, which is an important factor in the case the lack of measuring devices.

However, simple a homemade antenna will differ markedly from the purchase of the product may because a nested design energy of creativity yields results. The antenna is a quarter-wave vibrator with a counterweight.