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PaperS3

SKU:C139

Description

PaperS3 is a uniquely designed low-power touch-enabled e-ink screen main control device launched by M5Stack. The controller uses the ESP32-S3. The front of the device is embedded with a 960 x 540 @ 4.7" (touch and screen integrated) e-ink display, supporting 16-level grayscale display. Paired with the GT911 capacitive touch panel, it supports two-point touch and various gesture operations. Compared to previous products, PaperS3 adopts a full-screen structure. Compared to ordinary LCD screens, e-ink screens not only provide users with a better text reading experience but also offer advantages such as low power consumption and image retention when powered off.

In terms of functional configuration, it integrates a gyroscope sensor, onboard buzzer, and physical buttons, enabling interactive operations such as wake-up on lift and power on/off operations. For data storage, PaperS3 is equipped with a MicroSD interface, and the ESP32-S3R8 chip comes with 8MB of PSRAM. Additionally, it has an external 16MB flash memory chip for expanded storage, ensuring higher storage capacity and faster data access speeds.

It comes with a built-in 1800mAh lithium battery and charging functionality, combined with the internal RTC (BM8563), enabling sleep and wake-up functions, providing the device with strong battery life. At the same time, the onboard battery detection circuit can monitor the battery status in real-time, ensuring battery health management.

The back of the device features an open HC1.25-4P peripheral interface, which can be used to expand various sensor devices, offering endless possibilities for subsequent application development. It also supports OTG functionality, providing more options for connecting external devices and data exchange.

In terms of performance optimization, compared to previous products, PaperS3 has enhanced antenna performance, resulting in better wireless performance and signal stability. In design, it features a hanging ear design, making it convenient for users to carry and hang, enhancing the product's convenience and practicality, and the overall device is thinner. Additionally, PaperS3 has a magnetic function, allowing users to fix the device on metal surfaces, further enhancing the convenience and flexibility of device usage.

PaperS3 is suitable for various low-power display and interactive application scenarios such as IoT monitoring, smart home control, environmental monitoring, health monitoring, electronic labels, and data logging.

Tutorial

This tutorial will introduce you to how to program and control the PaperS3 device via Arduino IDE
This tutorial will introduce you to how to control the PaperS3 device via the UiFlow2 graphical programming platform

Note

Important Notice:
Due to the timing issue of the QC3.0/2.0 protocol of the USB interface of PaperS3, it may cause PD to generate a high voltage and burn out the device. Currently, please do not use a QC3.0/2.0 charger to charge the PaperS3!

Features

  • ESP32-S3R8 SoC
  • Built-in gyroscope, buzzer, physical buttons
  • 8MB PSRAM, 16MB external flash
  • 4.7" touch e-ink screen 960×540 resolution
  • Back magnetic attachment
  • 1800mAh lithium battery
  • RTC chip sleep wake-up
  • Low power consumption
  • Development platforms:
    • UiFlow2
    • Arduino IDE
    • ESP-IDF
    • Platform.IO

Includes

  • 1 x PaperS3

Applications

  • IoT monitoring
  • Smart home control panel
  • Electronic labels
  • Education and learning tools

Specifications

Specification Parameters
SoC ESP32S3R8, Xtensa® 32-bit LX7 dual-core processor, 240MHz, 2.4GHz Wi-Fi
PSRAM 8MB PSRAM
Flash 16MB external flash
Storage Supports MicroSD card expansion
Display 4.7" touch e-ink screen (full screen) @EPD_ED047TC1
Resolution: 960x540 pixels
16-level grayscale display
Touch Function Supports two-point touch and various gesture operations (GT911 capacitive touch panel)
Sensor Built-in gyroscope sensor BMI270 @ communication address: 0x68
USB Function OTG/CDC/MSC/Firmware Flashing
Power Input 5V@500mA
Peripheral Interface HY1.25-4P (3v3+GND+2xGPIO) peripheral interface (for expanding sensors and devices)
Battery 3.7V@1800mAh lithium battery @ charging chip: LGS4056H
Battery Interface HY1.25-2P
Charging Current 5V@176mA
Power Management PMS150G (power on/off and program download control)
Built-in BM8563 RTC chip (supports sleep and wake-up functions) @ communication address: 0x51
Button 1x physical button (for device control, power on/off, reset, download mode)
Buzzer Onboard passive buzzer
Wi-Fi Communication distance 111 meters (open area, antenna perpendicular to the ground at 90°)
Power Consumption Low power mode: DC4.2V/9.28uA (main power off, gyroscope in low power mode)
Standby mode: DC4.2V/949.58uA (main power off, gyroscope on)
Operating mode: DC4.2V/154.02mA (main power on)
Operating Temperature 0 ~ 40°C
Product Dimensions 121.5 x 67.0 x 7.7mm
Product Weight 92.3g
Packaging Dimensions 132.2 x 77.4 x 19.7mm
Gross Weight 111.7g

Learn

Power On/Off
Click the side button to power on, double-click the side button to power off.
Download Mode
Connect the device to a computer via USB cable, long press the power button on the M5PaperS3, when the back status light flashes red, it indicates the device has entered download mode.

Certifications

  • CE/FCC/MIC certification

Schematics

schematics

PinMap

  • EPD_ED047TC1
EPD_ED047TC1 ESP32-S3
DB0 GPIO6
DB1 GPIO14
DB2 GPIO7
DB3 GPIO12
DB4 GPIO9
DB5 GPIO11
DB6 GPIO8
DB7 GPIO10
XSTL GPIO13
XLE GPIO15
SPV GPIO17
CKV GPIO18
PWR GPIO45
  • GT911 & BM8563 & BMI270 & BAT_ADC & BUZZER
ESP32-S3 GPIO41 GPIO42 GPIO48 PMS150GU06-PA6/CIN- GPIO3 GPIO21
GT911 SDA SCL INT
BM8563 SDA SCL INT
Battery Detect ADC_VBAT
Buzzer BUZ_PWM
  • MicroSD
MicroSD CS SCK MOSI MISO
ESP32-S3 GPIO47 GPIO39 GPIO38 GPIO40
  • HY1.25-4P Grove
HY1.25-4P Black Red Yellow White
Define GND 3V3 G1 G2

Model Size

module size

Datasheets

Softwares

PaperS3 Development Notes
1. PSRAM needs to be enabled
2. PSRAM needs to be set to Octal mode
3. Requires EPDIY library version 2.0.0 or higher

Arduino

PlatformIO

  • Platform.IO Configuration
[env:PaperS3]
platform = espressif32
board = esp32-s3-devkitm-1
framework = arduino
board_build.partitions = default_16MB.csv
board_upload.flash_size = 16MB
board_upload.maximum_size = 16777216
board_build.arduino.memory_type = qio_opi
build_flags =
    -DBOARD_HAS_PSRAM
lib_deps =
    epdiy=https://github.com/vroland/epdiy.git
    M5GFX=https://github.com/m5stack/M5GFX#develop

Easyloader

Easyloader Download Link Notes
PaperS3 Factory Firmware download /

Video

  • PaperS3 Product Introduction and Case Demonstration

Product Comparison

Product Compare PaperS3 PaperS3 Paper Paper V1.1
Chip Solution ESP32-S3R8 ESP32-D0WDQ6-V3
E-ink Screen Control ESP32S3R8 direct drive IT8951
Sensor BMI270, BM8563 BM8653
Screen Full screen Bezel screen
Power On/Off Method Click the side button to power on, double-click to power off, download mode: long press the button, the red light at the bottom right of the back flashes to enter download mode. PWR button (press the dial switch) as the power button (long press 2s), if you need to power off the device, you need to use the software API or press the reset button on the back. Download program: install the driver, recognize the port before downloading the program
Storage Flash:16M PSRAM:8M Flash:16M PSRAM:8M
Battery 1800mAh 1150mAh
Download Connection Direct connection to ESP32S3, automatic port recognition CH9102 serial chip
Antenna Upgraded antenna, more stable signal First-generation antenna
Dimensions 121.5*67.7*7.7mm 118*66*10mm