4G 698-2700mhz External Communication Antenna

4G 698-2700mhz External Communication Antenna

$8.90

10-99 Piece/Pieces
$7.50

100-499 Piece/Pieces
$6.90

500-999 Piece/Pieces
$6.50

≥1000 Piece/Pieces

Transportation:: Ocean, Land, Air, Express

Port:: Shenzhen, HongKong

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Basic Info

Place of Origin:	Shenzhen,China
Productivity:	1000pcs/day
Supply Ability:	1000pcs/day
Payment Type:	L/C,T/T,D/P,D/A,Paypal
Incoterm:	EXW,CIF,CFR,FOB,Express Delivery
Certificate:	CE, FCC, ROSH, ISO9001
HS Code:	8517707090
Transportation:	Ocean,Land,Air,Express
Port:	Shenzhen,HongKong

Product Description

When you install a 4G omni-directional antenna with booster, it is equivalent to installing an ultra-sensitive "small signal radar" near your home! It takes the equipment as the center, and can cover the surrounding area of 50-100 meters steadily like an "invisible big hand". Whether it's playing drama in the living room or brushing short videos in the backyard, it can enjoy the high-speed network.

The key to installation is to "stand high"! Make sure that the bottom of the 4G Indoor Antenna is at least 5 meters higher than the surrounding houses and trees. Imagine putting the antenna on the commanding heights, just like letting the radar stand on the top of the mountain, which can easily "see" signals from all directions over layers of obstacles. Thanks to its 360-degree signal receiving ability without dead angle, there is no need to manually adjust the direction. As long as it is installed in place, it will automatically turn on the "signal capture" mode, gather weak signals scattered everywhere, and let the home network speed directly "take off"! From then on, bid farewell to the video loading and turning, the game stuck and dropped, and easily realize the silky online experience.

Outdoor directional antenna is like a "spotlight" of signals, which only transmits and receives signals in a specific direction. When you install it on the roof or the top of a facility, keep it close to the edge of the building, but not close to it, and leave a certain distance. Being close to the edge can prevent the wall from blocking the signal, and leaving a distance can avoid the confusion of signal reflection. In addition, be sure to install the antenna as high as possible. The higher the antenna is installed, the farther and stronger the signal will spread and the better the coverage effect will be.

4G 698-2700MHz omni-directional antenna (matching booster) has high-efficiency signal coverage, and the theoretical effective coverage radius can reach 50-100 meters. In the process of installation, it is necessary to strictly control the erection height of the antenna to ensure that the vertical distance between the bottom of the antenna and the surrounding buildings, vegetation and other obstacles is not less than 5 meters, so as to minimize the signal shielding loss.

Based on its omni-directional radiation characteristics, the antenna can receive 360 omni-directional signals without manual adjustment of azimuth and pitch angles. After installation, the antenna can automatically capture the signal, significantly enhance the network signal strength, effectively improve the data transmission rate, and provide users with a stable and high-speed network experience. Location deployment: Directional antennas should be preferentially installed in the edge area of the roof of a building or the top of a facility, and the open space should be used to reduce the shielding of signal beams by building structures to ensure the effectiveness of signal radiation; At the same time, it is necessary to keep a safe distance between the antenna and the edge of the building to prevent abnormal phenomena such as signal reflection and refraction caused by too close distance, which will affect the quality of signal transmission.

Height requirements: raise the installation height of directional Omni Directional Antenna as much as possible to make it at the commanding height of the surrounding environment. By increasing the erection height, the signal propagation sight distance can be effectively expanded, the signal penetration ability can be enhanced, and the accurate coverage of the target area and the signal quality optimization can be realized.