MM-ANT-NM-915-9dBi-LORA

Overview

The MM-ANT-NM-915-9dBi-LORA is a LoRa network-optimized whip antenna manufactured by McGill Microwave Systems. It operates within the UHF frequency range of 902 MHz to 929 MHz, with a center frequency of 915.5 MHz. The component provides a gain of 9 dBi and utilizes an N-type female connector for interface compatibility. Designed for general ISM applications, this straight whip antenna supports high-performance transmission in LoRa networks.

Feature Summary

• Optimized specifically for LoRa network performance
• High gain omnidirectional radiation pattern
• Robust whip design for reliable signal transmission

Applications

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

Procurement Notes

Verify that the specific LORA suffix aligns with your network optimization requirements. Confirm the N-type female connector matches your transceiver interface. Ensure the 902-929 MHz frequency range complies with local regulatory standards for your deployment region before finalizing procurement.

Selection Notes

Select this model when a higher gain than standard 3 dBi or 6 dBi variants is required for extended range. The N-type connector offers durability compared to SMA options. Consider the physical dimensions of the whip antenna against available mounting space constraints at the installation site.

Part Context

This part belongs to McGill Microwave Systems' Ultra High Performance Optimized and Tuned Lora Frequency Band Antenna series. It complements other models like the MM-ANT-NM-915-7.5dBi-LORA and MM-ANT-FP-915-9DBI-LORA, offering varying gain levels and connector types for diverse network topology needs.

Replacement Considerations

The MM-ANT-NM-915-7.5dBi-LORA serves as a lower gain alternative within the same optimized series. For different connector interfaces, consider the FP-series variants such as MM-ANT-FP-915-9DBI-LORA, ensuring functional equivalence in frequency and gain specifications.