Technical Library

Our objective is to help you integrate our products as easily as possible. We hope information in this library provides the answers you need.

Design-In Documents

Visit the Design-In Documentation page for Integration Guides, Configuration Guides, Mechanical Drawings, the latest Firmware, and more.

Datasheets

Frequency RangeDescriptionView Specs
902-928 MHz
License Free Band – USA, Canada, Mexico, Central, South and Latin Americas, Australia, New Zealand, and China

The 900 MHz band is license-free for use in many countries around the world. At lower frequencies, the radio signals can travel farther and penetrate through the walls and vegetation, providing better NrLOS operation. The 900 MHz band provides an excellent alternative to the crowded 2.4 GHz Wi-Fi band for long-range links.

RM-915-2H – View Datasheet
2400-2482 MHz

WiFi band (Worldwide)

Smart Radio employs special Mesh Rider features for interference mitigation in the crowded WiFi band. Thanks for 30 dBm Tx power, these Smart Radios are used for long-range and deployments in the harsh environments.

RM-2450-2H – View Datasheet
3550-3700 MHz

New Interference Free CBRS innovation Band (Citizens Broadband Radio Service) in the USA

A large swath (150 MHz) of a new spectrum has been released by FCC to enable innovations in wireless applications. Check out our Mesh Rider solution for the newly released CBRS band.

RM-3625-2J – View Datasheet
5725-5875 MHz

License Free band – USA, Canada, Mexico, Central, South and Latin Americas, India, Australia, and New Zealand

Smart Radio employs special Mesh Rider features for interference mitigation in the crowded WiFi band. Thanks for 30 dBm Tx power, these Smart Radios are used for long-range and deployments in the harsh environments.

RM-5800-2J – View Datasheet
2.4 GHz and 5.x GHz WiFi bands

Industrial WiFi Transceivers (License Free Bands – Worldwide)

Our long-range and rugged IEEE 802.11ac and IEEE 802.11n transceivers provide top performance for Industrial Internet of Things (IIoT) projects. They support long life cycle projects. Note that the Mesh Rider technology is not integrated into these transceivers.

Various Models
Various WMTS Bands
WMTS (Wireless Medical Telemetry Service) Band – USA

The FCC has allocated various bands that can be used by the Health Care facilities. The Smart Radio can be configured for these WMTS bands.

Contact Us
TVWS Bands
TVWS (TV White Space) Bands – Global

TV Whitespace (TVWS) is the inactive or unused space found between channels actively used in the UHF and VHF spectrum. TVWS frequency spans from 470 MHz – 790 MHz. Currently, the regulators in various countries are actively working on releasing these valuable frequency bands. Doodle Labs can configure the Smart Radio for such projects.

Contact Us
Frequency Range DescriptionView Specs
1350-1390 MHz Federal L-Band L-Band Smart Radios are designed for use by Government organizations. The longer wavelength of the L-Band allows to reach further distances and especially well suited for ground robotic applications.RM-1370-2H – View Datasheet
1625-1725 MHz Federal M1 BandContact Us
1755-1850 MHz Federal M2 BandContact Us
2025-2110 MHz Federal M5 Band, Broadcast Auxiliary Stations Band (BAS Band)Contact Us
2200-2300 MHz S-Band, Federal M3 Band Smart Radio for S-Band is ideal for use by Federal agencies to take advantage of the S-Band wavelength for superior RF reflections and penetration in urban environments.RM-2250-2H – View Datasheet
2310-2390 MHz Federal M4 BandContact Us
2400-2500 MHz Federal M6 Band (Non-WiFi) Contact Us
4400-5000 MHz C-Band, NATO Band RM-4700-2J – View Datasheet
4800-4940 MHz Federal Band Suitable for ground robotic applications Contact Us
5030-5091 MHz ITU Allocated Band for UAS Contact Us
5180-5240 MHz Federal Band Contact Us
5745-5825 MHz Federal BandContact Us
5650-5925 MHz Federal BandContact Us
WiFi Standard DescriptionView Specs
IEEE 802.11ac
3×3 MIMO streams, Dual Band, software select-able 2.400~2.482 GHz and 5.15~5.85 GHz ISM Frequency Bands
29 dBm Tx power, -100 dBm Rx sensitivity, Integrated LNA, high interference resistance, -40 to +85°C operating temp, Antenna port protection, MMCX/U.FL connectors, Hardware RF Kill for aviation, open source ath10k driver, long life cycle, global certifications
ACM-DB-3 – View Datasheet
IEEE 802.11ac
2×2 MIMO streams, Dual Band, software select-able 2.400~2.482 GHz and 5.15~5.85 GHz ISM Frequency Bands
27 dBm Tx power, -97 dBm Rx sensitivity, Integrated LNA, high interference resistance, -40 to +85°C operating temp, Antenna port protection, MMCX/U.FL connectors, Hardware RF Kill for aviation, open source ath10k driver, long life cycle, global certifications
ACM-DB-2 – View Datasheet
IEEE 802.11n
3×3 MIMO streams, Dual Band, software select-able 2.400~2.482 GHz and 5.15~5.85 GHz ISM Frequency Bands
29 dBm Tx power, -100 dBm Rx sensitivity, Integrated LNA, high interference resistance, -40 to +85°C operating temp, Antenna port protection, MMCX/U.FL connectors, Hardware RF Kill for aviation, open source ath9k driver, long life cycle, global certifications
NM-DB-3 – View Datasheet
IEEE 802.11n
2×2 MIMO streams, Dual Band, software select-able 2.400~2.482 GHz and 5.15~5.85 GHz ISM Frequency Bands
27 dBm Tx power, -97 dBm Rx sensitivity, Integrated LNA, high interference resistance, -40 to +85°C operating temp, Antenna port protection, MMCX/U.FL connectors, Hardware RF Kill for aviation, open source ath9k driver, long life cycle, global certifications
NM-DB-2 – View Datasheet
IEEE 802.11n
2×2 MIMO streams with power booster, 5.15~5.85 GHz ISM Frequency Band
32 dBm Tx power, -97 dBm Rx sensitivity, Integrated LNA, high interference resistance, -40 to +85°C operating temp, Antenna port protection, MMCX connectors, Hardware RF Kill for aviation, open source ath9k driver, long life cycle
NM-5500-2J – View Datasheet

A video tutorial on integrating the Smart Radio

The Smart Radio is the most advanced MIMO mesh router.
Play Video

Application Notes

Optimizing the RF Link

Some useful tips and discussion on optimizing the RF links with the Smart Radio.

Optimizing the Latency for C&C (URLLC)

This is a brief description of how the Smart Radio ensures the data link for mission critical command and control data.

Antenna Selection

Antennas play an important role in the operation of the wireless link. This application note provides an overview on how antennas work.

Video Streaming Tutorial

This application note is a basic tutorial on how to get started with video streaming using the Smart Radio.

Video Streaming with the Nvidia Jetson Nano

This is a basic tutorial on how to get started with the Doodle Labs Smart Radio and the Nvidia Jetson Nano in a video streaming application.

Serial Interface Guide

This guide explains configuration of the Smart Radio Serial interface.

Mesh Rider Technology – Overview

Mesh Rider is a state-of-the-art broadband technology by Doodle Labs for Industrial-grade private wireless networks. It features COFDM/MIMO, high-throughput, long-range, mesh and frequency flexibility to operate in many industry specific bands.

Industrial Grade Private Wireless

Doodle Labs’ Mesh Rider technology enables Industrial-grade private wireless networks suitable for a variety of uses cases.

Technical Support

Please refer to the extensive set of documentation for quick resolution of your questions. You may contact us for additional troubleshooting and integration support.

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