MM2-M13 Series OEM

1.3 GHz Serial and Ethernet Radios

FreeWave’s MM2-M13 Series for OEMs is utilized in mission-critical government and defense applications around the world. These user-configurable, 1.3 GHz radios are available in an OEM board-level form factor.

Whether powering Unmanned Aerial Vehicles (UAV) such as military drones, an Unmanned Ground Vehicle (UGV), or other automated defense application, MM2-M13 Series OEM radios always ensure reliable, secure data transmission. Each radio is built to the same rigorous performance, reliability, and quality standards that our government and defense customers have come to know and expect from FreeWave.

Key Features

  • Versatile

    Operate as a Gateway, Endpoint, or Repeater or with simultaneous Endpoint and Repeater function

  • Long Range

    Up to 145 km (90 miles) [depending on model] with clear line of sight

  • Low Power Consumption

    Ideal for solar, battery, and DC applications

  • Secure

    Frequency Hopping Spread Spectrum (FHSS) technology prevents detection and unauthorized access

  • Noise Immunity

    Superior performance in noise-congested environments

  • Error-Free Communication

    32-bit CRC with automatic re-transmission

  • Industrial Grade

    Built for challenging RF environments and operating temperatures from -40°C to +85°C [depending on model]

  • Available Options

    TDMA, Super Epoch TDMA, AES encryption



Board Level Unit, RS232, MMCX


Board Level Unit, RS232, MMCX


Board Level Unit, TTL, MMCX


Board Level Unit, TTL, MMCX


Board Level Unit, RS232, SSMC


Includes Two MM2-M13-LV-T and Accessories


Board Level Unit, SSMC, Ethernet, RS232


Board Level Unit, SSMC, Ethernet, RS232 Conformal Coated


Board Level Unit, MMCX, Ethernet, TTL


Board Level Unit with RJ45 Connector, MMCX, Ethernet, TTL


Includes Two MM2-M13-P-T Radios and Accessories


Board Level Unit, 5W, MMCX

Is the MM2-M13 OEM Series right for my application?

We’ll help you decide. Tell us your operational requirements so that we can recommend your best-fit solution.