#WIFI ANTENNA BOOSTER FOR LAPTOPS FREE#

The CPE antennae’s that we offer cover 12 miles and 6.5 miles respectively. They are used to create point to point networks and broadcast your wireless signal over a distance.

CPE antennas: “CPE” antennas stand for “Customer Premise Equipment” antennas, and can be either panel or parabolic.

Plus, due to their design, they can withstand extreme weather conditions. Because of this, parabolic antennas are able to send and receive signals from miles away, making them perfect for point-to-point WiFi networks. They tend to have a very narrow beamwidth, usually between 3-20 degrees.

Parabolic Grid Antenna: These antennas have ultra-high gain and are extremely directional.

For example, the Tenda 5GHZ 16dBi 11ac Outdoor CPE antennas can be either panel or parabolic. Panel antennas are more directional than mini panel antennas they have a radiation pattern of 35 degrees. They can either be connected to a router to transmit data further or to a USB WiFi adapter to receive data from further distances.

Panel Antennas: Strong antennas that can be used to send or receive a signal from far distances.

These types of antennas have a radiation pattern of 60 degrees. To drop connectivity issues, the antenna must point in the direction where you want to send a signal to and receive a signal from. They could replace a rubber duck antenna on a router, access point, or WiFi USB adapter. These antennas are most commonly used to improve your WiFi signal indoors.

Mini Panel Antennas: Low-profile antennas designed to send radio waves to and from a specific area.

A typical Yagi antenna has a radiation pattern of 45 degrees. To work, they must point in the direction they are sending a signal to or receiving a signal from. Most Yagi antennas are shaped like arrows.

Yagi Antennas: The most popular directional antenna.

Or they can be used for long-range point-to-multipoint WiFi networks where more than one directional antenna connects with an omnidirectional antenna. Directional WiFi antennas are often used for long-range point-to-point WiFi networks to bridge the internet connection between two buildings. In other words, the light can reach beyond one room, but it won’t illuminate a whole room. Since the antenna’s power is more focused, they can send and receive a wireless signal from a further distance, but with a much smaller coverage area. The flashlight's beamwidth (radiation pattern) is triangular shaped, anything outside of that triangle does not receive an ounce of light. When you turn on a flashlight, it illuminates the area that the light is being shined on. A directional antenna works similarly to a flashlight.

Have a look the antennas on the Tenda Wi-Fi 4G+ LTE AC1200 Dual-Band RouterĪs their name suggests, focus all their power in one direction.

Rubber Duck Antennas or Dipole Antennas: Typically found on routers, access points, and WiFi USB adapters.

Ceiling Dome Antennas: Connect to a WiFi router or access point via coaxial cable and are installed on the ceiling of a home, office building, or warehouse.

To successfully improve the wireless coverage outside, they are typically connected to a router, access point, or an outdoor access point. Outdoor Omni Antennas: Used to improve WiFi signal outdoors.Omni antennas can be found indoors and outdoors. In other words, the lightbulb's light won’t extend as far as it would with a directional antenna, but it can illuminate an entire room. Typically, an omnidirectional antenna’s range is much shorter than a directional antenna, but their coverage area is much larger. Such as the antennas in the Tenda RX9 Pro. When the lightbulb is on, it will evenly distribute light in every direction to illuminate an entire room. Think of an omnidirectional antenna as an un-shaped incandescent lightbulb. Radiate a signal at a 360-degree angle to deliver the widest signal coverage.

There are two main types of WiFi antennas – omnidirectional and directional. However, the transmitting antennas convert electrical signals into EM waves to transmit the information packets. The receiving antennas pick up on the EM waves containing packets of information and change them into electrical signals for the device to process. Wireless networking devices, such as wireless routers, smartphones, laptops, tablets, and hotspots, have receiving and transmitting antennas. WiFi antennas convert the EM waves into electrical signals, and vice versa. These wireless signals are simply electromagnetic waves (EM waves) containing packets of information. Wireless devices use radio waves to wirelessly communicate with each other.

#WIFI ANTENNA BOOSTER FOR LAPTOPS FREE#

Learn more or call us for a free consultation: 1-80 How Do WiFi Antennas Work? Take advantage of our system design and installation services.

Wifi antenna booster for laptops