ESP32-C6 AIoT Board with 1.54 Inch E-Paper Display 200x200 and Battery

The ESP32-C6 with 1.54 Inch E-Paper Display 200x200 AIoT Board is a compact development board from Waveshare based on the ESP32-C6 microprocessor with a 32-bit RISC-V processor. The processor operates at a clock speed of up to 160 MHz and supports Wi-Fi 6, Bluetooth 5, and IEEE 802.15.4 for Zigbee 3.0 and Thread. The integrated 1.54-inch E-Paper display offers a resolution of 200 × 200 pixels with two grayscale levels (black/white) and is known for its extremely low power consumption and excellent readability in ambient light. Onboard, there is an ES8311 audio codec chip with a microphone and speaker connection, enabling AI-powered voice interaction. An SHTC3 sensor measures temperature and humidity, while the PCF85063 RTC chip provides precise real-time clock functionality. For data storage, 16 MB of external NOR Flash and a TF card slot are available. Internal memory includes 512 KB of HP-SRAM, 16 KB of LP-SRAM, and 320 KB of ROM. The TCA9554 GPIO expander allows additional peripheral devices to be connected via I2C, and a 2×6-pin female header with a 2.54 mm pitch enables expansion with external modules and sensors. Power supply is via USB-C or optionally through a 3.7V lithium battery with an MX1.25 connector and integrated charging circuit. The board supports the ESP-IDF and Arduino IDE development environments and is suitable for IoT terminals, electronic labels, and portable display devices.

Recommended Accessories:

• 8GB MicroSDHC memory card Class 10 UHS-I incl. SD adapter
• USB 3.0 Type C Cable 1m black

Features:

• ESP32-C6 RISC-V processor with up to 160 MHz clock speed provides sufficient computing power for IoT applications.
• Wi-Fi 6, Bluetooth 5, and IEEE 802.15.4 enable versatile wireless communication, including Zigbee 3.0 and Thread.
• The 1.54-inch E-Paper display with 200 × 200 pixels is readable in ambient light without backlighting.
• The integrated ES8311 audio codec with microphone and speaker connection enables voice recording and playback.
• Onboard SHTC3 sensor and PCF85063 RTC chip provide environmental data and precise time management.
• USB-C port and optional lithium battery operation with charging management ensure flexible power supply.

Application Examples:

• Voice-controlled querying of weather data with display on the E-Paper screen
• Electronic price tag or nameplate with wireless updates via Wi-Fi
• Portable temperature and humidity logger with data recording on TF card
• Prototype of a smart door sign with Zigbee integration into a home automation system
• E-Reader prototype for short texts with energy-saving display

Documentation:

• Waveshare WIKI

Technical Specifications:

• Manufacturer: Waveshare
• Manufacturer SKU: 34393
• Processor: ESP32-C6, 32-bit RISC-V, up to 160 MHz
• Internal Memory: 512 KB HP-SRAM, 16 KB LP-SRAM, 320 KB ROM
• External Flash: 16 MB NOR Flash
• Wireless: Wi-Fi 6 (2.4 GHz), Bluetooth 5, IEEE 802.15.4 (Zigbee 3.0, Thread)
• Display: 1.54 Inch E-Paper, 200 × 200 Pixels, Black/White, 2 Grayscale Levels
• Display Interface: SPI
• Full Update: 2 s
• Partial Update: 0.3 s
• Viewing Angle: >170°
• Audio Codec: ES8311
• Temperature Sensor: SHTC3
• RTC Chip: PCF85063
• GPIO Expander: TCA9554 (I2C)
• Memory Expansion: TF Card Slot (FAT32)
• Battery Connector: MX1.25, 3.7V Lithium
• Speaker Connector: MX1.25, 2-Pin
• USB Port: USB-C (Programming and Log Output)
• Expansion Header: 2 × 6 Pin (female), 2.54 mm Pitch
• Buttons: PWR, BOOT
• Supported Development Environments: ESP-IDF, Arduino IDE
• Product Weight: 35 g
• Packaging Dimensions: 80 × 110 × 25 mm
• Gross Weight: 60 g

Contents:

• 1× ESP32-C6 AIoT Board with 1.54 Inch E-Paper Display 200x200 and Battery
• 1× lithium battery 3.7 V

Safety and disposal instructions

Charge only with a suitable charger. Do not short-circuit, open, damage or heat the battery above 60 °C. Keep out of reach of children. Do not use if damaged or deformed.

Disposal: Batteries and accumulators do not belong in household waste. Free return to us or any sales point – see Return & Disposal.