Broadband 2G/3G/WiFi/4G MIMO antenna KAA15-750/2900, 15 dB

Directional panel MIMO antenna KAA15-750/2900 has a gain 15 dB. It is recommended for use in conjunction with 3G/4G/YOTA modems, Wi-Fi routers and other equipment operating in the frequency range 750-2900 MHz. Antenna supports LTE Advanced (LTE-A) technology. This significantly increases the data transfer rate (up to 300 MB/s) in the case if client equipment supports this technology.

Antenna is designed to work in wireless networks with equipment of the next standards:

• 2G (EDGE, GPRS at frequencies GSM900, GSM 1800);
• 3G (UMTS 900, UMTS 2100);
• 4G (LTE 800, LTE 1800, LTE 2600), YOTA;
• WI-FI 2400 (IEEE 802.11b, g, n).

The wide operating frequency range of the antenna allows the 3G/4G/YOTA modems to work efficiently at the boundaries of 4G service areas. If there is no 4G signal, the modem will automatically switch to 3G standard, and the antenna will provide a high-quality signal in both bands. High gain (15 dB) allows you to work confidently at a considerable distance from the base station of the mobile operator.  The antenna works both for reception and transmission of the signal.

The use of MIMO technology allows to increase the data transfer speed up to 150 MB/s. MIMO (Multiple Input Multiple Output) — a method of spatial encoding of the signal, which allows you to increase the bandwidth of the channel, in which multiple antenna systems are used for data  transmission and reception. MIMO technology is used in wireless communication systems (Wi-Fi, WiMAX, LTE) to increase bandwidth and for more efficient use of frequency range. The use of MIMO technology allows more data to be transmitted in a single frequency range, thereby increasing the transmission speed.

Two radiating systems with orthogonal polarization are placed in the antenna, allowing to work in MIMO 2x2 mode.

Sealed antenna is made of high quality ABS plastic, resistant to ultraviolet radiation and precipitation. It allows to use the antenna both indoors and outdoors.

The antenna inputs are shorted to a direct current between the external and internal conductors. This reduces the probability of static electricity accumulation at the input of the active equipment (modem, router). Thus, the probability of failure of the connected equipment (modem, router) from static electricity is reduced and the use of a lightning discharger becomes optional.

Antenna mount is designed for installation the antenna on a mast with a pipe diameter of 32-40 mm or on a wall using wall brackets KH-200 and KH-330 and their modifications. This mount allows to change the direction (azimuth), the angle of inclination and polarization of the antenna.