DSTIKE Deauther32 MINI 5G — ESP32-C5 Dual-Band

Compact Dual-Band ESP32-C5 Development and Assessment Board

The DSTIKE Deauther32 Mini is a compact, open-source ESP32-C5 development device designed for makers, developers, wireless technology education, and authorized network assessment.

It supports compatible 2.4 GHz and 5 GHz Wi-Fi networks and features a 1.3-inch IPS color display, real-time RSSI monitoring, 12 breakout GPIOs, an addressable RGB LED, USB-C connectivity, and flexible USB or battery power.

Choose the board-only version for custom development or the assembled kit for a compact, ready-to-use portable device.

What Is It?

The Deauther32 Mini is a compact development platform built around the Espressif ESP32-C5 RISC-V microcontroller.

Compared with older ESP8266-based boards limited to 2.4 GHz, the ESP32-C5 provides dual-band wireless support and Wi-Fi 6 capability. This allows developers to study modern wireless environments, perform network diagnostics, and carry out controlled assessment on compatible 2.4 GHz and 5 GHz networks.

A built-in 1.3-inch ST7789 IPS color display provides a clear interface for menus, scan results, RSSI information, and operating status.

The board is supplied with Deauther32 firmware and can also be reprogrammed for custom ESP32-C5, IoT, display, sensor, and wireless communication projects.

Why Did We Make It?

The Watch MINI is designed as a compact wearable product, but many developers prefer a development-board format with easier access to GPIOs and hardware controls.

The Deauther32 Mini was created to provide:

• A smaller ESP32-C5 development platform

• Dual-band 2.4 GHz and 5 GHz wireless support

• A built-in color display

• Direct access to 12 GPIOs

• USB and battery power options

• An addressable RGB status LED

• A choice between a bare board and an assembled portable kit

This makes it suitable for users who want both a ready-to-use wireless assessment interface and an expandable platform for custom development.

What Makes It Special?

• Dual-Band ESP32-C5 Platform: Supports compatible 2.4 GHz and 5 GHz Wi-Fi networks.

• Wi-Fi 6 Capability: Provides a modern RISC-V platform for learning, development, and experimentation.

• 1.3-Inch IPS Color Display: The ST7789 display provides a clear interface for menus, scan results, RSSI data, and operating information.

• Real-Time RSSI Monitoring: View signal-strength changes to study coverage, signal stability, and access-point placement.

• 12 Breakout GPIOs: Connect compatible sensors, buttons, modules, and other hardware for custom projects.

• Flexible Power Selection: Use the onboard switch to select between USB and battery operation.

• Integrated Battery Charging: The assembled kit includes onboard battery charging with clear status indicators.

• Addressable RGB LED: The WS2812B LED can provide operating feedback or be programmed for custom visual effects.

• Dedicated Hardware Controls: Includes a reset button and an IO28 button that can be assigned to custom functions.

• Open-Source and Reprogrammable: Modify the supplied firmware or develop your own ESP32-C5 applications.

Key Features

• Espressif ESP32-C5 RISC-V microcontroller

• Dual-band 2.4 GHz and 5 GHz Wi-Fi support

• Wi-Fi 6 capability

• Wireless network scanning and analysis

• Controlled packet testing on compatible networks

• Real-time RSSI signal-strength monitoring

• 1.3-inch ST7789 IPS color display

• 12 breakout GPIOs

• WS2812B addressable RGB LED

• Dedicated reset button

• IO28 programmable button

• USB-C power, data, and firmware flashing

• USB and battery power selector

• Integrated lithium-battery charging circuit

• Red and green charging-status indicators

• Preloaded Deauther32 firmware

• Open-source, developer-friendly design

Deauther32 Mini or Watch MINI?

These are two different ESP32-C5 products:

Choose the Deauther32 Mini if you need accessible GPIOs, custom hardware expansion, or a bare-board option.

Choose the Watch MINI if you prefer a fully assembled wearable device with a larger screen and integrated watch enclosure.

Choose Your Version

Board Only — Yellow

Designed for developers who want to integrate the board into their own enclosure or project.

Includes:

• 1 × DSTIKE Deauther32 Mini board

• 1 × USB-C data cable

This version does not include a battery, enclosure, acrylic panel, or assembly hardware.

Assembled Kit with Battery

A portable version supplied with the enclosure, acrylic panel, and battery.

Includes:

• 1 × DSTIKE Deauther32 Mini board

• 1 × USB-C data cable

• 1 × 3D-printed enclosure

• 1 × Acrylic panel

• 1 × 700mAh lithium battery

• 4 × Hex screws

First-Start Instructions

After powering on the assembled kit for the first time, press the RST button once to restart the board.

After the initial reset, the device should start normally during regular use.

Power and Charging

Use the onboard selector switch to choose the appropriate power source:

• USB mode: Powers the board through the USB-C connection

• Battery mode: Powers the board from the connected lithium battery

The onboard charging indicator shows the battery status:

• Red: Battery charging

• Green: Charging complete

Do not connect, disconnect, or modify the battery while the device is charging.

Technical Specifications

Open-Source Development

The Deauther32 Mini can be reprogrammed for custom applications such as:

• ESP32-C5 and RISC-V learning

• Wireless network diagnostic tools

• IoT prototypes

• Sensor monitoring

• Display-based applications

• Custom RGB status indicators

• Experimental wireless communication projects

Source code and related development files:

https://github.com/lspoplove/deauthermini5g

Important Note About “5G”

“5G” in the original product name refers to the 5 GHz Wi-Fi frequency band. It does not refer to 5G cellular or mobile-network connectivity.

Responsible Use and Legal Notice

This device is intended for education, open-source development, network diagnostics, and authorized security testing only.

Use it exclusively on networks and equipment that you own or for which you have received explicit permission to test. Unauthorized disruption of wireless communications may be illegal and could cause service interruptions.

Regulations governing 5 GHz channels, transmission behavior, and DFS frequencies vary by country or region. The user is responsible for complying with all applicable local radio and telecommunications regulations.

The ESP32-C5 is a relatively new development platform, and firmware functionality may continue to evolve. This product is best suited to makers, developers, educators, and wireless technology researchers who understand the experimental nature of open-source hardware.