MM-ANT-FP-915-10DBI-LORA

Overview

The MM-ANT-FP-915-10DBI-LORA is a directional RF antenna designed for LoRa networks operating in the 915 MHz ISM band. It provides a gain of 10 dBi and features an N-Type Female connector for panel mounting. The antenna is optimized for ultra-high performance in LoRa applications, ensuring reliable signal transmission and reception within the specified frequency range.

Feature Summary

• Optimized specifically for LoRa network performance
• Directional radiation pattern for focused signal coverage
• Panel mount design with N-Type Female interface

Applications

• LoRaWAN gateway installations
• Industrial IoT sensor networks
• Long-range telemetry systems

Procurement Notes

Verify that the specific LORA suffix matches your network protocol requirements. Confirm the N-Type Female connector compatibility with existing cabling infrastructure. Ensure the directional orientation aligns with the target receiver or transmitter location for optimal link budget performance.

Selection Notes

Select this model when directional gain is required to extend range in LoRa deployments. Compare against omnidirectional variants if 360-degree coverage is needed instead of focused beamwidth. Ensure the 10 dBi gain meets the system's link budget calculations for the intended distance.

Part Context

This part belongs to McGill Microwave Systems' line of LORA Network-Optimised antennas. It is distinct from general-purpose IoT antennas by its specific tuning for LoRa modulation characteristics. The product series includes both directional and omnidirectional options across various gain levels.

Replacement Considerations

Direct substitutes include other 10 dBi directional LoRa antennas with N-Type connectors. Verify frequency range compatibility (902-928 MHz) and polarization alignment. Cross-reference with MM-ANT-FP-915-10DBI-IOT if LoRa-specific optimization is not strictly required.