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M5Stack M5StampS3 BAT Module with Battery Connector ESP32-S3-PICO-1-N8R8 8MB Flash PSRAM 2.4GHz Wi-Fi RGB LED IoT Development Board — image 1
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M5Stack

M5Stack M5StampS3 BAT Module with Battery Connector ESP32-S3-PICO-1-N8R8 8MB Flash PSRAM 2.4GHz Wi-Fi RGB LED IoT Development Board

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product for everyday users

The M5Stack M5StampS3 BAT Module with Battery Connector ESP32-S3-PICO-1-N8R8 8MB Flash PSRAM 2.4GHz Wi-Fi RGB LED IoT Development Board by M5Stack is a mid-range product designed for everyday users.

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MRP:₹2,819Save ₹810
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Estimated delivery: 26 Aug9 Sept
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About This Product

The M5Stack M5StampS3 BAT Module with Battery Connector ESP32-S3-PICO-1-N8R8 8MB Flash PSRAM 2.4GHz Wi-Fi RGB LED IoT Development Board by M5Stack is a mid-range designed for everyday users. It delivers reliable performance at an accessible price.

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Specifications:
SoC: ESP32-S3-PICO-1-N8R8 @Dual-core Xtensa LX7 processor, main frequency up to 240MHz
Flash: 8MB
PSRAM: 8MB
Wi-Fi: 2.4 GHz Wi-Fi
Input Power: 3.7V battery power supply / USB Type-C / DC 5V
RGB LED: 1 x WS2812
Battery Interface: SH1.0
Pad GPIO Leads: 11 x GPIO (G1/G2/G3/G4/G5/G6/G7/G8/G9/G10/G11) + 1 x Wake-up IO (PY_G4_WAKE)
BTB Interface GPIO Leads: 19 x GPIO (G40/G38/G12/G13/G14/G15/G16/G18/G21/G46/G45/G41/G43/G42/G39/G17/G44/G47/G48)
BTB Connector: BTB0.408-24PLBDR-M41, 12*2P-FPC direct plug - Black, pitch 0.4mm
Antenna Connector: IPEX-4
Battery Connector: SH1.0-2P
Antenna Type: FPC Antenna
Operating Temperature: 0 ~ 40°C
Power Consumption: Sleep mode: 4.2V@13.43uA; Standby mode: 4.2V@955.36uA; Light load mode: 4.2V@26.83mA; Full load mode: 4.2V@27.49mA
Product Size: 29.8 x 18.0 x 5.5mm
Product Weight: 3.6g

Introduction: Stamp-S3Bat is an embedded core module with integrated power management. It uses the ESP32-S3-PICO-1-N8R8 as the main control core, supporting 2.4GHz Wi-Fi, with built-in 8MB Flash and 8MB PSRAM. The module leads out a total of 11 GPIOs and 1 wake-up IO, and is equipped with a 24P BTB connector (supporting DVP interface). The onboard battery power interface is used for external 3.7V lithium battery power supply. It features the built-in M5MP1 multi-level power control design, supporting power input/output control, lithium battery charging management, and status detection such as input voltage and battery voltage. It also supports external low-power wake-up functions; after the main controller enters a low-power sleep state, the power can be restarted via the external wake-up IO. The module features an onboard programmable RGB LED and adopts a 2.54mm standard pitch half-hole pad design, supporting various integration methods such as SMT and DIP, making it convenient for developers to quickly build IoT applications.

Features:
1. Integrated ESP32-S3-PICO-1-N8R8 controller with dual-core Xtensa LX7 processor, supporting main frequency up to 240MHz and 2.4 GHz Wi-Fi.
2. Built-in 8MB Flash and 8MB PSRAM provide onboard memory resources for embedded development and IoT application building.
3. Equipped with a 24P BTB connector supporting DVP interface, plus 11 GPIO leads and 1 wake-up IO for flexible expansion.
4. Built-in M5PM1 low-power power management supports power input/output control, lithium battery charging management, and input voltage and battery voltage status.
5. Supports 3.7V battery power supply, USB Type-C, and DC 5V input, and includes 1 x WS2812 RGB LED in a 2.54mm standard pitch half-hole pad design.

Package Included:
1 x Stamp-S3Bat
1 x SH1.0 battery connection cable



Product Safety Information

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.