Omni Directional Dipole 4g Lte Antenna Application: All 4g/3g/2g Frequency Bands Worldwide

Owing to our vast experience and knowledge of this domain, we are actively involved in manufacturing, distributing, exporting and supplying a broad range of Omni Directional Dipole Antenna 4G LTE Antenna in Dongguan, Guangdong, China.

The 4G LTE dipole Antenna designed primarily for use with 3G and 4G Cellular Gateways and Routers, with assisted GPS. It does not require a ground-plane to connect to. It has a quality robust PC+ABS housing. The antenna has an SMA(Male) connector. It can be used straight or hinged 90 degrees. The antenna has a wide-band high-efficiency response on nearly all 4G/3G/2G frequency bands worldwide, and can also be used for other cellular and wireless applications such as GSM, and 2.4GHz WI-FI.

Internal /External Omnidirectional Dipole Rubber Duck 4G LTE Wifi Antenna
Antenna Type : Omnidirectional Diploe Rubber Duck 4G LTE Wifi Antenna
Frequency range : 700-960MHz/1710-2700Mhz
Gain5dBi
Horizontal beamwidth : 360 degree
SWR : a 1.8
Ovality : <=2dB
Impedance : 50IC
Polarization : Vertical
Max power : 50w
Lightning protection : DC Ground
Cable connector : SMA Male
Antenna size : Dia 18*168mm
Weight : 30g
Material : Plastic ABS
Color : Black
Operational Humidity : <95%
Rated Wind Velocity : 36.9m/s
Working temperature : -40-65 degree
Operating temperature : -40-70 degree
This is an omnidirectional, outdoor, 4G LTE antenna. Its flat and compact blade design provides a wide frequency range, high efficiency and optimum omnidirectional gain across all bands.

4G LTE applications demand a high-speed data uplink and downlink. This rubber duck antenna, utilizing low loss, provides high efficiency and high gain to achieve these requirements over long cable lengths.

Telematics and cellular communication Antenna

Applications :
Long Term Evolution (LTE), more commonly marketed as 4G LTE, is an industry standard for wireless communication of high-speed data for mobile phones and data terminals.
WiFi is a local area wireless network that allows an electronic device to connect to the internet using 2.4 GHz UHF and 5 GHz SHF radio waves.
Code-Division Multiple Access (CDMA), a digital cellular technology that uses spread-spectrum techniques. This Time Division Multiple Access (TDMA), a technology for delivering digital wireless service using time-division multiplexing.
Global System for Mobile Communications (GSM), one of the leading digital cellular systems. GSM uses narrowband TDMA, which allows eight simultaneous calls on the same radio frequency.
General Packet Radio Service (GPRS), a standard for wireless communications which runs at speeds up to 115 kilobits per second.

What is the purpose of an antenna?
An antenna is used to convert electric energy into radio waves which enable communication/ instruction between two points. These are usually a radio transmitter and receiver- no radio device will work without one. Depending on the application, antennas can sometimes be as simple as a piece of wire. They work when radio waves reach an antenna and cause the electrons inside it to vibrate. This creates an electric current that duplicates the original signal.

What is the Gain?
Gain is a key performance indicator which combines an antennaa s directivity and electrical efficiency. Gain describes how well the antenna converts input power into radio waves headed in a specified direction or vice versa. Essentially, it refers to how well the antenna works to receive or transmit a signal compared to if you didna t have one.
Gain is measured in Decibels (dBi) and the larger the dBi, the more gain it has. High gain antennas are useful for manipulating the signal to go further in one direction and less in another but do not increase the signal strength overall. For example, using a high gain antenna on your wifi router would improve the signal reach on the floor ita s on, but rooms on other floors of the house are likely to have some trouble connecting to the internet.