Zyxel ANT2105-ZZ0201F network antenna Omni-directional antenna N-type 7 dBi

The Zyxel ANT2105-ZZ0201F is an omni-directional antenna designed for 2.4/5 GHz Wi‑Fi networks. With a 7 dBi gain, vertical polarization and an N-type connector, this compact white antenna (183 mm × 22 mm, 70 g) extends wireless signal coverage and helps improve connectivity for Zyxel access points and other compatible devices. It is intended for use with Zyxel WLAN equipment and low-loss cables to create reliable indoor wireless deployments.

Advantages

The antenna provides omni-directional coverage with a 7 dBi gain to improve signal reach and uniformity in indoor spaces. Its compact, lightweight design and matching color allow straightforward integration with Zyxel APs and accessories. The N-type connector and compatibility with 2.4 GHz and 5 GHz bands make it suitable for dual‑band deployments and for extending connection distance using low-loss cables.

Suitable for

• Extending Wi‑Fi coverage in offices, classrooms and retail spaces
• Dual‑band 2.4/5 GHz wireless deployments with Zyxel APs
• Installations requiring compact, unobtrusive antennas

Key specifications

• Frequency band: 2.4/5 GHz
• Antenna gain (max): 7 dBi
• Polarization: vertical
• Connector type: N-type
• Dimensions: 183 mm height, 22 mm diameter
• Weight: 0.07 kg
• Colour: white

How to use

Mount the antenna on the chosen location near the access point or at the end of a low‑loss extension cable using the N-type connector. Ensure the antenna is vertically oriented to match its polarization and securely attach connectors to avoid signal loss. Align placement to maximize coverage for the intended indoor area and verify performance with wireless site tools or the AP management interface.

Recommendations

Use the ANT2105-ZZ0201F with compatible Zyxel APs and appropriate low‑loss cables for best performance. Avoid exposing the antenna to prolonged outdoor weather unless specified for outdoor use, and keep connectors clean and properly tightened to maintain signal quality.