Asian Creation 4G/LTE Directional Pole Mount High Gain Yagi Antenna With Elements Company

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4G/LTE Yagi Antennas are yagi antennas based on the 4G or LTE technology. Asian Creation offers 4G/LTE Yagi Antennas whose applications includes 4G, 3G, LTE, PCS, DCS, AWS, IMT,WCDMA, and cellular. After optimized design and tuning, these high-quality antennas are compact, lightweight and easy to install.

Types of 4G/LTE Yagi Antennas

4G/LTE 698-790MHz 10dBi Yagi Antenna With 7 Elements (AC-D750Y10-07)

4G/LTE 698-790MHz 16dBi Yagi Antenna With 12 Elements (AC-D780Y16-12)

4G/LTE 746-806MHz 14dBi Yagi Antenna With 9 Elements (AC-D780Y14-09)

4G/LTE 698-790MHz 14dBi Yagi Antenna With 12 Elements (AC-D750Y14-12)

4G/LTE 650-830MHz 14dBi Yagi Antenna With 12 Elements (AC-D700Y14-12)

4G/LTE 650-830MHz 9dBi Yagi Antenna With 7 Elements (AC-D700Y10-07)

4G/LTE 650-830MHz 9dBi Yagi Antenna With 6 Elements (AC-D700Y09-06)

4G/LTE 650-830MHz 6dBi Yagi Antenna With 4 Elements (AC-D700Y06-04)

4G/LTE 2400-2600MHz 14dBi Yagi Antenna With 12 Elements (AC-D2500Y14-12)

4G/LTE Yagi Antenna 12dBi N female With 9 Elements (AC-D2500Y12-09)

4G/LTE Yagi Antenna 10dBi N female With 7 Elements (AC-D2500Y10-07)

4G/LTE Yagi Antenna 9dBi High Gain N Female (AC-D1727Y09-13Z)

Products

Gains of 4G/LTE Yagi Antennas

Asian Creation provides 4G/LTE Yagi Antennas with various gains, including 9dBi, 12dBi, 14dBi, 16dBi gains and etc. To some extent, high gains means better signal sending and receiving abilities. It's for sure that our high-quality and cost-effective high gain lte yagi antennas and high gain 4g yagi antennas are worth your purchase.

Differences Between Directional And Omnidirectional LTE Antennas

An LTE omnidirectional antenna generally refers to an antenna with the same gain in all horizontal directions, that is, 360-degree coverage in the horizontal direction.

Omni-directional antennas are often used in indoor environments.

LTE directional antennas do not have 360-degree coverage in both the vertical and horizontal directions. Generally speaking, the smaller the coverage angle, the farther the coverage area will be. It is often used in outdoor environments.