Name: AM-2G16-90 Ubiquiti 2.4GHz 16dBi Sector Antenna 2x2 MIMO Outdoor
Brand: Ubiquiti
SKU: AM-2G16-90
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The Ubiquiti AM-2G16-90 sector antenna operates on the 2.4 GHz band and offers a 16 dBi gain with a 90-degree beamwidth. Its 2x2 MIMO setup supports multiple spatial streams to improve wireless performance in outdoor deployment scenarios.

General Information
Brand	Ubiquiti

Technical Information
Series	airMAX
product type	2.4 GHz 16 dBi 90° Sector Antenna (2x2 MIMO)
Product Category	Antenna
Compatibility	2.4 GHz, 2x2 MIMO, Compatible with Ubiquiti airMAX devices (e.g., Rocket M2)

Miscellaneous
Assembly Required	No
Compliance Standards	RoHS, CE, FCC

Physical Characteristics
Form Factor	Sector Antenna
Weight	3.00
Condition	Refurbished

Product Description
The Ubiquiti AM-2G16-90 is a sector antenna operating in the 2.4 GHz frequency range, designed to deliver directional wireless coverage for network applications. It is typically used in outdoor environments where sectorized coverage is required to serve multiple clients within a defined area. This antenna employs a 2x2 MIMO design, which enhances wireless signal robustness and throughput by utilizing multiple input and output streams. Its 16 dBi gain focuses the signal to extend range and improve reception quality. Key Features Operates at 2.4 GHz frequency band suitable for many Wi-Fi deployments 16 dBi gain to provide concentrated directional coverage 2x2 MIMO design to support multiple spatial streams Sector antenna with a 90-degree beamwidth for targeted coverage Constructed for outdoor use in wireless infrastructure This antenna is suited for expanding wireless network coverage in outdoor settings, such as campus environments or areas requiring sectorized signal distribution. It can be integrated into existing wireless systems to enhance directional coverage and network capacity.

Use Cases
The AM-2G16-90 antenna is commonly deployed in outdoor wireless networks where sector coverage is needed. It supports environments such as campuses, outdoor venues, and wireless ISPs that require focused coverage across a specific angle. How It's Used: Providing sectorized 2.4 GHz coverage in outdoor wireless networks Enhancing signal strength and capacity in medium-range deployments Supporting multiple client devices through 2x2 MIMO technology Integrating into point-to-multipoint wireless systems Deploying in campus or urban wireless infrastructure setups By delivering directional coverage with adequate gain, the antenna helps optimize wireless network layouts where coverage areas need to be shaped precisely. It serves as a component to distribute signals efficiently within its sector.

FAQ's
What frequency band does the AM-2G16-90 operate on? The AM-2G16-90 operates on the 2.4 GHz frequency band, commonly used for Wi-Fi and wireless networking applications. What does 16 dBi gain indicate for this antenna? The 16 dBi gain represents the antenna's ability to focus the wireless signal, resulting in improved directional coverage and longer range within its sector. What is the significance of 2x2 MIMO in this antenna? 2x2 MIMO means the antenna supports two spatial data streams for both transmitting and receiving, enhancing signal quality and throughput. What is the beamwidth of the AM-2G16-90 antenna? The antenna features a 90-degree beamwidth, providing sector coverage suited for distributing wireless signals across a defined area. Is the AM-2G16-90 suitable for indoor use? This antenna is designed primarily for outdoor deployment to provide sector coverage in exterior wireless network setups. Can this antenna be used in point-to-multipoint systems? Yes, the AM-2G16-90 is suitable for point-to-multipoint wireless systems, offering directional coverage to multiple client devices within its sector.

AM-2G16-90 Ubiquiti 2.4GHz 16dBi Sector Antenna 2x2 MIMO Outdoor

Product Overview

General Information

Technical Information

Miscellaneous

Physical Characteristics

Product Description

Use Cases

FAQ's