Moxa ANT-WSB-PNF-12-02 | 12 dBi 2.4 GHz N-Type Female Single-Band Directional WLAN Antenna

Q1: What are the key features of the Moxa ANT-WSB-PNF-12-02 Series antenna?
The Moxa ANT-WSB-PNF-12-02 Series antenna is a single-band directional antenna designed for WLAN applications. It operates at 2.4 GHz and offers a gain of 12 dBi. The antenna features an N-type (female) connector, making it suitable for various wireless communication setups that require focused signal transmission.
Q2: How does the 12 dBi gain of the Moxa ANT-WSB-PNF-12-02 Series benefit my wireless network?
The 12 dBi gain of the Moxa ANT-WSB-PNF-12-02 Series antenna enhances the signal strength and coverage area of your wireless network. This high gain is particularly beneficial for long-distance point-to-point communication, as it focuses the signal in a specific direction, reducing interference and improving overall network performance.
Q3: Is the Moxa ANT-WSB-PNF-12-02 Series antenna compatible with other Moxa wireless products?
Yes, the Moxa ANT-WSB-PNF-12-02 Series antenna is designed to be compatible with a range of Moxa wireless products. Its N-type (female) connector allows it to be easily integrated into existing Moxa wireless systems, providing enhanced signal directionality and strength for improved network reliability.
Q4: Can I purchase the Moxa ANT-WSB-PNF-12-02 Series antenna in Australia through IP Trading?
Yes, you can purchase the Moxa ANT-WSB-PNF-12-02 Series antenna in Australia through IP Trading. As a trusted B2B IT reseller, IP Trading offers a wide range of Moxa products, including the ANT-WSB-PNF-12-02 Series, ensuring you have access to high-quality wireless accessories for your business needs.
Q5: What type of connector does the Moxa ANT-WSB-PNF-12-02 Series antenna use, and why is it important?
The Moxa ANT-WSB-PNF-12-02 Series antenna uses an N-type (female) connector. This type of connector is important because it provides a reliable and secure connection for high-frequency signals, ensuring minimal signal loss and optimal performance in wireless communication systems.