How to connect the device on iOS

Download the Meshtastic software on APP Store (Scan the QR code or click the link)

https://bit.ly/3GzMzVZ

 

Below are Meshtastic frequency settings for different countries：

Country	Region Code	Frequency Range (MHz)	Duty Cycle (%)	Power Limit (dBm)
Albania	EU_433	433.0-434.0	10	12
Albania	EU_868	869.4-869.65	10	27
Australia	ANZ	915.0-928.0	100	30
Austria	EU_433	433.0-434.0	10	12
Austria	EU_868	869.4-869.65	10	27
Belgium	EU_433	433.0-434.0	10	12
Belgium	EU_868	869.4-869.65	10	27
Bosnia and Herzegovina	EU_433	433.0-434.0	10	12
Bosnia and Herzegovina	EU_868	869.4-869.65	10	27
Brazil	ANZ	915.0-928.0	100	30
Bulgaria	EU_433	433.0-434.0	10	12
Bulgaria	EU_868	869.4-869.65	10	27
Canada	US	902.0-928.0	100	30
China	CN	470.0-510.0	100	19
Chile	ANZ	915.0-928.0	100	30
Croatia	EU_433	433.0-434.0	10	12
Croatia	EU_868	869.4-869.65	10	27
Cyprus	EU_433	433.0-434.0	10	12
Cyprus	EU_868	869.4-869.65	10	27
Czech Republic	EU_433	433.0-434.0	10	12
Czech Republic	EU_868	869.4-869.65	10	27
Denmark	EU_433	433.0-434.0	10	12
Denmark	EU_868	869.4-869.65	10	27
Estonia	EU_433	433.0-434.0	10	12
Estonia	EU_868	869.4-869.65	10	27
Finland	EU_433	433.0-434.0	10	12
Finland	EU_868	869.4-869.65	10	27
France	EU_433	433.0-434.0	10	12
France	EU_868	869.4-869.65	10	27
Germany	EU_433	433.0-434.0	10	12
Germany	EU_868	869.4-869.65	10	27
Greece	EU_433	433.0-434.0	10	12
Greece	EU_868	869.4-869.65	10	27
Hungary	EU_433	433.0-434.0	10	12
Hungary	EU_868	869.4-869.65	10	27
India	IN	865.0-867.0	100	30
Ireland	EU_433	433.0-434.0	10	12
Ireland	EU_868	869.4-869.65	10	27
Italy	EU_433	433.0-434.0	10	12
Italy	EU_868	869.4-869.65	10	27
Japan	JP	920.8-927.8	100	16
Korea	KR	920.0-923.0	100
Latvia	EU_433	433.0-434.0	10	12
Latvia	EU_868	869.4-869.65	10	27
Lithuania	EU_433	433.0-434.0	10	12
Lithuania	EU_868	869.4-869.65	10	27
Luxembourg	EU_433	433.0-434.0	10	12
Luxembourg	EU_868	869.4-869.65	10	27
Malaysia (433MHz)	MY_433	433.0-435.0	100	20
Malaysia (919MHz)	MY_919	919.0-924.0	100	27
Montenegro	EU_433	433.0-434.0	10	12
Montenegro	EU_868	869.4-869.65	10	27
Netherlands	EU_433	433.0-434.0	10	12
Netherlands	EU_868	869.4-869.65	10	27
New Zealand	ANZ	915.0-928.0	100	30
North Macedonia	EU_433	433.0-434.0	10	12
North Macedonia	EU_868	869.4-869.65	10	27
Norway	EU_433	433.0-434.0	10	12
Norway	EU_868	869.4-869.65	10	27
Poland	EU_433	433.0-434.0	10	12
Poland	EU_868	869.4-869.65	10	27
Portugal	EU_433	433.0-434.0	10	12
Portugal	EU_868	869.4-869.65	10	27
Romania	EU_433	433.0-434.0	10	12
Romania	EU_868	869.4-869.65	10	27
Russia	RU	868.7-869.2	100	20
Serbia	EU_433	433.0-434.0	10	12
Serbia	EU_868	869.4-869.65	10	27
Singapore	SG_923	917.0-925.0	100	20
Slovakia	EU_433	433.0-434.0	10	12
Slovakia	EU_868	869.4-869.65	10	27
Slovenia	EU_433	433.0-434.0	10	12
Slovenia	EU_868	869.4-869.65	10	27
Spain	EU_433	433.0-434.0	10	12
Spain	EU_868	869.4-869.65	10	27
Sweden	EU_433	433.0-434.0	10	12
Sweden	EU_868	869.4-869.65	10	27
Switzerland	EU_433	433.0-434.0	10	12
Switzerland	EU_868	869.4-869.65	10	27
Taiwan	TW	920.0-925.0	100	27
Thailand	TH	920.0-925.0	100	16
Ukraine (433MHz)	UA_433	433.0-434.7	10	10
Ukraine (868MHz)	UA_868	868.0-868.6	1	14
United Kingdom	EU_433	433.0-434.0	10	12
United Kingdom	EU_868	869.4-869.65	10	27
United States	US	902.0-928.0	100	30
Worldwide	LORA_24	2400.0-2483.5	100	10

 

Meshtastic Module Soldering Guide

This guide provides step-by-step instructions for soldering wires to a Meshtastic mesh communication module, based on the labeled image provided.

Required Tools

- Soldering Iron (320-360°C)
- Solder Wire (0.5mm)
- Flux
- Tweezers or wire holders
- Wire stripper
- Copper wires or Dupont wires
- PCB clamp or helping hands
- Anti-static wrist strap (optional)

Pin Definitions (Based on Wire Color)

Wire Color	Function	Description
Red	5V	Power supply input
White	DN	USB Data Negative
Green	DP	USB Data Positive
Black	GND	Ground
Gray	TP: RESET	Reset trigger pin

Soldering Steps

1. Clean the solder pads and strip the wire ends.

2. Apply flux to both wire ends and solder pads.

3. Tin both the wire tips and pads with solder.

4. Use tweezers to hold the wire in place and solder each wire to its corresponding pad.

5. Inspect each solder joint to ensure it is clean, shiny, and solid.

6. Use a multimeter to check for shorts and verify continuity.

7. Optionally, secure the soldered wires with hot glue.

Important Notes

- Do NOT reverse the power connection.

- Keep USB D+/D- wires the same length to prevent interference.

- Double-check the RESET and SHUTDOWN jumpers if used.

- Refer to the original labeled image to confirm pin assignments.

 

Q&A for Hardware Interface and Battery Protection

Q1: What are the four holes/pins on the PCB used for?

A1:
The four holes (pins) on the PCB are used as a programming/debugging interface (commonly known as a “burning port” or “programming header”). They allow engineers to upload firmware or debug the hardware during development and production.

Q2: Does the battery have protection features?

A2:
Yes, the device includes a battery management IC (charging management chip) that provides essential battery protection functions. This typically includes overcharge, over-discharge, and short-circuit protection to ensure the safe operation and longevity of the battery.