Zebra Articulating Indoor Wlan EOL LBD 03/31/25 - ANT-WLANIP0-90SMA

Zebra ANT-WLANIP0-90SMA Articulating Indoor WLAN Antenna

Overview

The Zebra ANT-WLANIP0-90SMA is an articulating indoor WLAN antenna designed to optimize wireless signal strength and coverage for Zebra's Wi-Fi enabled surveillance devices. Its adjustable design allows integrators to precisely orient the antenna for maximum throughput and reduced interference in challenging RF environments, ensuring reliable data transmission for critical video streams. This antenna is essential for deployments where standard internal antennas may not provide sufficient range or signal integrity, particularly in complex indoor layouts or areas with high RF noise. The ANT-WLANIP0-90SMA model is intended for use with specific Zebra wireless devices, ensuring compatibility and performance.

Compatibility

This antenna is specifically designed for Zebra wireless devices that utilize a 90-degree SMA connector for external antenna connectivity. It is compatible with Zebra's Wi-Fi enabled mobile computers and scanners that require an external WLAN antenna for optimal wireless performance. Consult your specific Zebra device's documentation to confirm compatibility with the 90-degree SMA connector and external antenna support. It is not intended for use with non-Zebra products or devices with different connector types.

Installation Notes

The ANT-WLANIP0-90SMA features a 90-degree SMA male connector for direct attachment to compatible Zebra devices. The articulating arm allows for a wide range of motion, enabling precise positioning to achieve the best possible signal reception. Ensure the device is powered off before connecting or disconnecting the antenna. Hand-tighten the SMA connector to ensure a secure connection without overtightening, which could damage the connector or the device. Position the antenna away from large metal objects or sources of RF interference for optimal performance.

What's in the Box

• 1x Zebra ANT-WLANIP0-90SMA Articulating Indoor WLAN Antenna