MM-ANT-NM-868-4DBI

Rfid Antennas Overview

The MM-ANT-NM-868-4DBI is a general-purpose RF antenna manufactured by McGill Microwave Systems. It operates within the 865 MHz to 870 MHz frequency range, specifically tuned for EU868 applications. The component features a straight whip design with an omnidirectional radiation pattern and a gain of 4 dBi. It utilizes an N-Type Male connector for interface compatibility. The antenna is designed for outdoor use in IoT, Helium, and Meshtastic networks.

Rfid Antennas Feature Summary

• Omnidirectional radiation pattern suitable for broad coverage
• Tuned for EU868 ISM band operations
• Straight whip form factor with N-Type Male connector

Rfid Antennas Applications

• IoT network deployments
• Helium network infrastructure
• Meshtastic mesh networking systems

Rfid Antennas Procurement Notes

Verify the specific connector gender and frequency range against system requirements before purchase. Confirm that the N-Type Male interface matches the receiving equipment port. Ensure the 865–870 MHz operational bandwidth aligns with local regulatory standards for the intended deployment region.

Rfid Antennas Selection Notes

Select this model when a compact, straight whip antenna is required for 868 MHz bands. The 4 dBi gain offers a balance between size and performance for general-purpose indoor or outdoor installations. Consider the N-Type Male connector type to ensure mechanical and electrical compatibility with existing coaxial cabling.

Rfid Antennas Part Context

This part belongs to McGill Microwave Systems' line of RFID and general-purpose antennas. It is distinct from higher-gain variants like the 6 dBi models and specialized LoRa versions. The product serves as a standard solution for short-range wireless communication needs in the European spectrum allocation.

Rfid Antennas Replacement Considerations

Direct substitutes include the MM-ANT-NM-868-6DBI for increased gain or the MM-ANT-NM-868-4dBi-LORA if LoRa-specific optimization is required. Verify connector type and mounting style when cross-referencing.