RM-915-2J — Series Embedded Mesh Rider Radio 902~928 MHz

Overview

The Doodle Labs RM-915-2J Series Embedded Mesh Rider Radio is an advanced 2x2 MIMO mesh router designed for mobile IIoT applications. Operating in the 902-928 MHz frequency band, this low SWaP-C module provides a high-speed, broadband RF channel for robust plug-and-play network integration.

Technical Summary

• Frequency Band: 902-928 MHz (UHF)
• Architecture: 2x2 MIMO
• Max RF Power Output: 1.0W (30 dBm)
• Waveform: Interference-resistant COFDM
• Power Handling: Less than 10 W

Operational Use Cases

This module provides robust data links and tactical communications for mobile platforms, including:

• Drone and UAV command and control (C2)
• Autonomous vehicle and mobile robotics networking
• Concurrent high-resolution (4K) video streaming and telemetry transport

Deployment Environments

The radio is designated for airborne, ground vehicle, and tactical platforms. Its 902-928 MHz operating frequency offers an advantageous balance of range and penetration, allowing the signal to propagate through building walls, vegetation, and diffract around physical obstacles.

Performance Metrics

• Network Reliability: Self-healing multi-frequency mobile mesh
• Latency: Ultra-Reliable Low Latency Channel (URLLC) prioritizes critical C2 data
• Throughput: Supports concurrent broadband video and bidirectional telemetry

Setup & Portability

Engineered with a very low SWaP-C (Space, Weight, Power, and Cost) profile, this tiny module is tailored for direct OEM embedded integration in weight-sensitive and space-constrained mobile platforms.

Compatibility

The module functions as an OEM/IoT embedded radio designed for plug-and-play integration, carrying all bidirectional communications over a single high-speed RF channel.

FAQs

• What frequency band does this radio utilize? The module operates in the 902-928 MHz UHF band. This specific range balances data throughput with the ability to penetrate physical obstacles.
• What types of traffic can the mesh network transport? It supports concurrent bidirectional communication, including an ultra-reliable low latency channel for command and control (C2) and an optimized channel for streaming video.
• How is the radio installed in mobile platforms? It features a low SWaP-C embedded design for OEM integration into drones and robotics. Verify specific data interfaces and mounting hardware requirements against the manufacturer datasheet.
• Problems we solve: where do we start with incomplete requirements? An incomplete specification can make product selection difficult. Start by sharing the task, operating environment and known constraints with Cyntony so the team can help define what to verify and which options are worth discussing (Our process).
• Outcomes we deliver: what comes from working through the requirements? The practical outcome is a requirements-led set of product options to evaluate with Cyntony. Confirm performance, compatibility and any service scope for your configuration before selection (Our process).

Video Notes

Editor note: A video illustrating the Mesh Rider's signal penetration capabilities or demonstrating an OEM integration into a drone chassis would be highly relevant here.