Doodle Labs Technical Library
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Mesh Rider Radios
Quick-Start
Mesh Rider Quick Start Guide
Chapter 1: What's in the Box?
Chapter 2: Getting Started on the Bench
Chapter 3: Basic Radio Configuration
Chapter 4: Bench Testing
Chapter 5: Advanced Radio Configuration
Chapter 6: Basic Field Testing
Chapter 7: Troubleshooting
GUI Quick Walkthrough Guide (Video)
Throughput Estimation Tool
Optimizing the RF Link
Supported Networking Modes
Recommended Antenna Matrix
Application Notes
UXV Use-Cases
Mesh Rider Radio Integration Guide
Low Latency C&C and Video Streaming Guide
Platform Integration Guide (VOXL and Skynode)
Guidelines for RF Performance (UAV/UGV)
Drone Performances and Use Cases
Wearable Use-Cases
Wearable Mesh Rider Radio Testing Results
Starlink SATCOM Integration Guide
GCS Profile and EUD Wizard Guide
GCS Profile and EUD Wizard Livestreaming to YouTube Guide
White Papers
Design-In Information
Hardware Integration Guides
General: Hardware Integration Guides
mini-OEM: Hardware Integration Guides
nano-OEM: Hardware Integration Guides
OEM: Hardware Integration Guides
Wearable: Hardware Integration Guides
Software Guides
Getting Started
Simple Config CLI Guide
General Configuration
Multiband Radios
Wearable/OEM Radios
SENSE - Interference Avoidance Configuration
Large Network Optimization
Remote Management
Remote Management Guide: CLI
Remote Management Guide: JSON RPC
JSON RPC Reference
GPS Guide
Serial Interface Guide
GPIO usage and LED Blinking
Production Firmware Customization
Mass Firmware Update
Troubleshooting
Link Status Log Walkthrough Guide (Video)
Link Quality issues
Radio Access issues
UART and USB Issues
Backup Reset and Upgrade
Crashes, Reboots etc
Mesh Toolbox
Throughput Estimation Tool
Range Estimation Tool
Mesh Rider Log File Viewer
Mesh Rider Mobile App
Firmware Update Tool
Contact Us
Doodle Labs Technical Library
Home
Products
Product Index
Mesh Rider Radios
Quick-Start
Mesh Rider Quick Start Guide
Chapter 1: What's in the Box?
Chapter 2: Getting Started on the Bench
Chapter 3: Basic Radio Configuration
Chapter 4: Bench Testing
Chapter 5: Advanced Radio Configuration
Chapter 6: Basic Field Testing
Chapter 7: Troubleshooting
GUI Quick Walkthrough Guide (Video)
Throughput Estimation Tool
Optimizing the RF Link
Supported Networking Modes
Recommended Antenna Matrix
Application Notes
UXV Use-Cases
Mesh Rider Radio Integration Guide
Low Latency C&C and Video Streaming Guide
Platform Integration Guide (VOXL and Skynode)
Guidelines for RF Performance (UAV/UGV)
Drone Performances and Use Cases
Wearable Use-Cases
Wearable Mesh Rider Radio Testing Results
Starlink SATCOM Integration Guide
GCS Profile and EUD Wizard Guide
GCS Profile and EUD Wizard Livestreaming to YouTube Guide
White Papers
Design-In Information
Hardware Integration Guides
General: Hardware Integration Guides
mini-OEM: Hardware Integration Guides
nano-OEM: Hardware Integration Guides
OEM: Hardware Integration Guides
Wearable: Hardware Integration Guides
Software Guides
Getting Started
Simple Config CLI Guide
General Configuration
Multiband Radios
Wearable/OEM Radios
SENSE - Interference Avoidance Configuration
Large Network Optimization
Remote Management
Remote Management Guide: CLI
Remote Management Guide: JSON RPC
JSON RPC Reference
GPS Guide
Serial Interface Guide
GPIO usage and LED Blinking
Production Firmware Customization
Mass Firmware Update
Troubleshooting
Link Status Log Walkthrough Guide (Video)
Link Quality issues
Radio Access issues
UART and USB Issues
Backup Reset and Upgrade
Crashes, Reboots etc
Mesh Toolbox
Throughput Estimation Tool
Range Estimation Tool
Mesh Rider Log File Viewer
Mesh Rider Mobile App
Firmware Update Tool
Wearable Mesh Rider Radio – Eval Kit Connector Descriptions (legacy)
Webpage to PDF
Connectors
S. No
Description
a
Power connector, snap-in (NOT FOR WEARABLE RADIO)
b
Primary connector to Wearable Mesh Rider Radio
c
Pin header, 2.54 mm
d
Pin header, 2.54 mm
e
RJ45 connector, ETH1
f
DNP
g
USB-C Host port
h
POWER_ON Pin
i
LED1, connected to GPIO1
j
DNP
k
Reset Button
Pin Headers
Pin header (c)
Pin Number
Direction
Voltage
Pin Description
PIN 1
GND
GND
PIN 2
NOT USED
PIN 3
NOT USED
PIN 4
GND
GND
PIN 5
0V to +2.8V
GPIO1
PIN 6
GND
GND
PIN 7
0V to +3.3V
UART_TX
PIN 8
0V to +3.3V
UART_RX
Pin header (d)
Pin Number
Direction
Voltage
Pin Description
PIN 1
O
0V to +3.3V
FAN_CTRL (do not use)
PIN 2
O
+5-V
5-V, 1A Power Supply for USB
PIN 3
I
0V to VIN
POWER_ON – default pulled high, pull low to trigger
PIN 4
NOT USED
PIN 5
GND
GND
PIN 6
NOT USED
PIN 7
NOT USED
PIN 8
NOT USED
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