FMANOM1095

Antennas RF Overview

The FMANOM1095 is a multi-band IoT antenna manufactured by Fairview Microwave. It integrates support for cellular, Wi-Fi, and GPS signals into a single unit. The device features an ABS radome with IP69K ingress protection rating. Connection is provided via a FAKRA jack interface. This configuration allows for consolidated signal reception across multiple wireless protocols in compact installations.

Antennas RF Feature Summary

• Integrates cellular, Wi-Fi, and GPS functionality within a single antenna assembly
• Constructed with an ABS radome providing IP69K environmental protection
• Utilizes a FAKRA jack connector for secure signal interfacing

Antennas RF Applications

• IoT gateway deployments requiring combined wireless connectivity
• Industrial sensor networks needing robust environmental sealing
• Smart city infrastructure nodes integrating multiple communication standards

Antennas RF Procurement Notes

Verify the specific frequency bands supported by the cellular and Wi-Fi segments against your network requirements before integration. Confirm that the FAKRA jack interface matches the mating connectors on your host equipment. Ensure the IP69K rating aligns with the operational environment's exposure to high-pressure washdowns or extreme weather conditions to guarantee long-term reliability.

Antennas RF Selection Notes

Select this model when space constraints prevent the use of separate antennas for different wireless protocols. It is suitable for applications demanding high ingress protection in harsh environments. Consider the mechanical mounting options and cable length requirements associated with the FAKRA interface during system design to ensure proper signal integrity and physical fitment.

Antennas RF Part Context

This component belongs to Fairview Microwave’s line of combination IoT antennas. These products are designed to simplify installation by consolidating multiple wireless functions into one housing. The series targets modern connected devices that require simultaneous operation across cellular, local area network, and positioning systems without increasing physical footprint.