WiFi Antennas


A WiFi antenna is designed to transmit and receive radio frequency signals wirelessly between devices. It allows them to communicate and exchange data over a wireless network. WiFi antennas come in different shapes, sizes, and configurations to suit specific applications and environments.

WiFi antennas serve multiple purposes in wireless networking including signal boosting, range extension and directional control. WiFi antennas come in most common antenna forms such as omnidirectional WiFi antennas, Directional WiFi antennas, Panel WiFi antennas and MIMO WiFi antennas.  

WiFi antennas operate across different frequency bands, including 2.4 GHz and 5 GHz, antennas can also operate on other wireless standards like WiMAX and 4.9 GHz public safety and DSRC. Each frequency band offers unique advantages in terms of range, speed, and signal penetration, allowing users to choose the most suitable option based on their requirements.

Understanding the types of WiFi antennas available empowers individuals and businesses to create robust and efficient wireless networks, for expert guidance on wireless networking solutions, contact Step Global today:

https://stepglobal.com/contact-us/

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Dual Band Halfwave Antenna, SMA-male connector, (3400-3700 MHz )

Product Code: PSKN3-3500S

Brand: Mobile Mark

• Up to 2.3 dBi gain styles with semi-flexible radome and adjustable knuckle • Halfwave design requires no ground plane • Single and Dual Band Models for WiFi 802.11and WiMAX 3.5 GHz • Sleek molded profile, choice of SMA, TNC or Rev Polarity SMA connectors



Dual Band Halfwave Antenna, TNC-male connector, (3400-3700 MHz )

Product Code: PSKN3-3500T

Brand: Mobile Mark

The PSKN3-3500T rubber duck style antenna is designed for hand-held devices or access points making it a perfect fit as a Wireless Router antenna. The knuckle-swivel feature allows articulated adjustment of the antenna so that it can be vertically positioned, regardless of the orientation of the device. The antenna provides up to 2.3 dBi gain and is housed in a semi-flexible radome. Available...



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