High Performance Router + Cable Modem

Replacing your WiFi antenna with our booter will significantly increase the range and strength of your WiFi signal. Our quality built 3x power omni-directional Booster WiFi antenna is a direct replacement for the antenna that comes standard with your router, access point, VOIP device, or PCI card. Because it is omni-directional, no aiming is equired - it can send and receive WiFi in all directions. Our antenna is even 2x stronger then the less powerful booster antennas offered by major manufacturers (2x the power of the Linksys HGA7S and HGA7T.) Installation is very easy - just twist off the factory antenna and twist on our Booster Antenna and you'll experience an instant jump in performance: up to 4x the signal strength and 3x the range. Compatible with all 802.11b and 802.11g WiFi networks and devices, it extends your WiFi into hard-to-reach areas at home or in the office while at the same time reducing interference and noise. No tools are required for the installation of our antenna (twist-on / twist-off.) Your satisfaction is guaranteed. If you are unhappy with this product for any reason, you can return it for a refund. Complete with Lifetime Warranty against breakage.

Amazon Sales Rank: #594 in Consumer Electronics Brand: Wifi Model: WifilaWifi Dimensions: .25" h x .25" w x 15.00" l, 1.00 pounds Replaces Factory Standard WiFi Antenna & Boosts WiFi performance up to 4x Fits all routers, access points, VOIP devices and PCI cards with an RP-SMA connection No aiming required - Omni-directional with +9 dB gain Easy no-tools-required installation Lifetime warranty

The best customer reviews 21 of 22 people found this review helpful. These antennas have a minimum signal just above and under the whip ... Read more: By C. Hazlitt 9 dB 15 "Antenna for" Linksys "with RP-TNC to solve the mystery of how you can benefit from what may seem an omnidirectional whip: This is a collinear antenna is incorporated in the washer so It seems that multiple antennas vertically stacked one above the other, was to create a larger increase in radiation pattern is crushed down in the form of a torus or donut that the power is small, or transferred either directly above or below the antenna and concentrated in a band around the center. Want when Wi-Fi antenna that you made, you will receive via increased then you would see that this type of antenna in such a way as to be rotated to put the whip in a 90-degree orientation to the other party in signal reception or authorize the transfer from the sides of the whip, where power is greatest because of the way the reception and transmission pattern in the form of a torus, or donut, this type of antenna that may very well win, while at the same time omni-directional except above and below the antenna where you do not have to waste power anyway. If you need to see an antenna to get the much higher for a directional antenna, such as flat panel antennas, yagi or dish type antenna, which can vary depending on size, 20 dB (or more) win have to, make a factor of 100 100 milliwatts or 1 / 10 of a watt signal acts as powerful as a 10 watt signal or a 1-watt signal just as strong as 100 watts. If you buy a dish antenna and Wi-Fi to achieve a nominal 20 dB gain half power beam width for both receiving and transmitting will be approximately 20 degrees with an antenna gain 20 dBi directional flat screen, if point 10 degrees left or right, from where it should be observed for the maximum signal will be equal to 17 dB gain, but earnings down quickly apparent with respect to the antenna pointing in the right direction. Note: It is a coincidence that a gain of 20 dBi antenna has a wide 20 degree beamwidth at half power is normally gain and half power beam is not related to the same numbers, except in case of an antenna 20 dBi gain. If you wish to receive or transmit at two different locations at the same time, but everyone wants to have the best possible signal with a single flat-screen high gain antenna, you can cut the difference between sacrifice some of their income each and point the antenna area middle. While the two stations close enough together in a healthy part of the antenna field to get it should work of course you would not expect to use the antenna for two different places when you are behind you and the other, but both within 30 degrees from you and not too far away 1:20 dBi antenna can be used by cutting the differences between them. If they are too far separated in the azimuth direction from you to a high antenna gain collinear to use more power at each end, or perhaps a lower gain antenna that a much larger opening angle, or separate antennas for each radio recordings. You can also use a splitter for 2.4 4 GHz and the combining of two separate antennas to receive and transmit on a single line feed-back for your equipment, if needed, but there will be a 3 + dB penalty or loss of signal level to do it, but for me seems the best solution if you have the gain you a flat or very directional antenna gain for each station to a common transmitter or receiver and Wi-Fi as a wireless Linksys router or use Here's another good rule for the line of sight radio recordings without buildings or other land in the middle, each half the distance when you receive the power to increase.