ESP32-C6 SuperMini Development Board is a compact RISC-V based development board designed for IoT projects, wireless controllers, embedded systems, sensor applications, automation and electronics prototyping. BDTronics offers this ESP32-C6 SuperMini board for makers, students, engineers and developers in Bangladesh who need a small, expandable Wi-Fi and Bluetooth development platform. BDTronics provides this controller board with an ESP32-C6FH4 chip, USB Type-C connectivity, stamp-hole mounting design and multiple peripheral interfaces, making it suitable for both learning and practical embedded projects.

The ESP32-C6FH4 integrates a 32-bit RISC-V single-core processor with clock frequency up to 160 MHz, along with built-in memory resources for embedded applications. BDTronics makes this ESP32-C6 SuperMini development board available for projects requiring a compact ESP32 controller with modern wireless connectivity and low-power operating modes. Its small PCB footprint makes it convenient for prototypes, custom PCBs, IoT devices, smart sensors, automation controllers and space-constrained electronics.

Features:

• ESP32-C6FH4 RISC-V 32-bit single-core microcontroller

• CPU clock frequency up to 160 MHz

• Built-in 320 KB ROM

• Built-in 512 KB SRAM

• Built-in 16 KB low-power memory

• Compact ESP32-C6 SuperMini development board design

• USB Type-C interface for programming and power input

• Multiple peripheral interfaces for connecting sensors, modules and external circuits

• Stamp-hole design for direct soldering onto a custom PCB or carrier board

• Supports ESP-IDF development environment

• Suitable for Arduino IDE based development

• Supports multiple low-power operating modes

• Designed for balancing wireless communication range, data rate and power consumption

• Suitable for IoT and smart-device development

• Compact size for embedded and portable electronics

• Convenient for prototyping and educational electronics projects

• Suitable for custom controller and automation applications

• USB Type-C connector provides convenient connection with modern USB cables

• Can be integrated directly into a user-designed motherboard or backplane

• Suitable for beginners as well as experienced embedded developers

• RISC-V architecture provides a modern platform for embedded development

Applications:

• IoT development projects

• Smart home automation

• Wireless sensor nodes

• Environmental monitoring systems

• Temperature and humidity monitoring

• Smart switches and relay controllers

• Industrial monitoring prototypes

• Embedded control systems

• Robotics projects

• Remote control systems

• Data logging projects

• Wireless communication projects

• Smart lighting controllers

• Home automation controllers

• Energy monitoring devices

• Battery-powered IoT devices

• Portable electronics

• Educational electronics projects

• ESP32 programming practice

• RISC-V microcontroller learning

• Custom PCB development

• DIY electronics projects

• Internet-connected sensors

• Embedded wireless devices

Specifications:

• Product Type: ESP32-C6 SuperMini Development Board

• Main Controller: ESP32-C6FH4

• CPU Architecture: 32-bit RISC-V

• CPU: Single-core processor

• Maximum Clock Frequency: 160 MHz

• ROM: 320 KB

• SRAM: 512 KB

• Low-Power Memory: 16 KB

• USB Interface: USB Type-C

• Mounting: Stamp-hole solderable design

• Development Environment: ESP-IDF, Arduino IDE

• Wireless Platform: ESP32-C6

• Operating Modes: Supports low-power working states

• Expansion: Multiple peripheral interfaces

• Board Type: Development controller core board

• Application: IoT, embedded control, automation, sensors and wireless projects

Development and Programming

• The ESP32-C6 SuperMini can be programmed using the ESP-IDF development framework for advanced ESP32-C6 applications.

• Arduino IDE can be used for easier programming and rapid prototyping.

• USB Type-C provides a convenient connection between the development board and a computer during development.

• Developers can connect external sensors, displays, modules, switches, relays and other peripheral circuits according to their project requirements.

• GPIO and other available peripheral interfaces can be used to build custom embedded control systems.

• The compact board can be tested as a standalone development board before being integrated into a custom PCB.

• For production-oriented projects, the stamp-hole design allows the module to be soldered directly onto a compatible custom motherboard.

Low-Power Operation

• ESP32-C6 supports different low-power operating states for applications where power consumption is important.

• Low-power modes are useful for battery-operated sensors, remote monitoring devices and portable IoT products.

• Developers can select an appropriate operating mode according to required communication performance, response time and power consumption.

• Low-power operation can help extend battery operating time in suitable application designs.

Hardware Integration

• USB Type-C makes initial programming and development convenient.

• Stamp-hole construction allows direct soldering to a custom PCB.

• The board can be used as a controller module inside a larger electronic product.

• External sensors and peripheral devices can be connected through available interfaces.

• Its compact form factor is useful when PCB space is limited.

• Before designing a custom carrier board, check GPIO availability, power requirements and interface assignments according to your application.

How to Use:

• Connect the ESP32-C6 SuperMini to a computer using a suitable USB Type-C cable.

• Install the required ESP32-C6 development environment.

• ESP-IDF can be used for professional and feature-rich ESP32-C6 development.

• Arduino IDE can be used for simpler programming and quick prototyping.

• Select the appropriate ESP32-C6 board configuration in your development environment.

• Write or load your program and compile it.

• Upload the firmware to the development board through USB.

• Connect required sensors, modules or peripheral circuits to the appropriate interfaces.

• Test the application before integrating the module into a custom PCB.

• When using the stamp-hole design for permanent integration, ensure correct PCB layout, power connections and signal routing.

Why Choose ESP32-C6 SuperMini for Projects?

• Combines a compact development-board format with a modern RISC-V processor.

• Provides up to 160 MHz processing speed for embedded applications.

• Supports both ESP-IDF and Arduino-based development workflows.

• USB Type-C simplifies programming and connectivity.

• Stamp-hole construction makes it suitable for custom PCB integration.

• Supports low-power operation for battery-powered applications.

• Useful for beginners learning ESP32-C6 and RISC-V development as well as experienced developers building IoT prototypes.

• BDTronics offers this ESP32-C6 SuperMini development board for electronics projects, embedded development and IoT applications in Bangladesh.

Package and Product Information:

• Product: ESP32-C6 SuperMini Development Board

• Controller: ESP32-C6FH4

• Board Category: ESP32 development board

• Interface: USB Type-C

• Processor: RISC-V 32-bit single-core

• Maximum CPU Frequency: 160 MHz

• Suitable For: IoT, automation, sensors, robotics, embedded systems and custom PCB projects

• Seller: BDTronics, Bangladesh

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