Tab5 factory firmware workbench
Compile M5Stack's Tab5 factory interface with ESP-IDF 5.4.2, check the fitted screen controller, then use the touch interface as a baseline for your own terminal.
Hardware demos are known-good references for proving a board before custom development. The catalogue includes factory or example suites for Cardputer, M5StickC PLUS2, AtomS3, T-Display-S3, T-Deck, T-Embed, Wio Terminal, and Pico 2 W. They exercise concrete combinations of displays, keys, audio, storage, IMUs, infrared, Wi-Fi, Bluetooth, or LoRa rather than delivering one universal application. Use a vendor demo to separate hardware faults from library or wiring mistakes, then extract only the peripheral patterns your project needs. Targets and branches matter: Cardputer ADV differs from the original, T-Deck radio variants require matching settings, and some demos pin specific ESP-IDF, PlatformIO, or board-package versions. Compare compatible devices, explore original projects and use the linked guides to get moving.
13 entriesCompile M5Stack's Tab5 factory interface with ESP-IDF 5.4.2, check the fitted screen controller, then use the touch interface as a baseline for your own terminal.
Flash six classic-style demoscene effects with tracker music, an animated launcher and button controls to Fruit Jam.
Record a sound through an I2S microphone, then play it at different pitches from a USB MIDI keyboard.
Manufacturer reference firmware demonstrating Cardputer's keyboard, display, audio, storage and wireless hardware.
Manufacturer demo exercising the PLUS2 display, buttons, IMU, RTC, buzzer and power functions.
Reference project for learning AtomS3 screen, button, IMU and infrared functions.
Manufacturer Arduino examples and factory firmware covering the board's LCD, touch variants, power and peripherals.
Manufacturer code samples for T-Deck's display, keyboard, trackball, LoRa, audio and power hardware.
Manufacturer examples showing the T-Embed display, encoder, audio, storage and optional radio hardware.
Seeed's sketch collection demonstrates displays, sensors, wireless networking and Grove accessories on Wio-class boards.
Official C/C++ examples cover Wi-Fi, Bluetooth, PIO, USB and peripherals across the Pico family.

5-inch 1280×720 ESP32-P4 touch terminal with ESP32-C6 Wi-Fi 6, a 2 MP camera, audio, USB host, RS485 and M5-Bus expansion; battery depends on the C145 or K145 package.

Pocket ESP32-S3 computer with a 56-key keyboard, 1.14-inch display, audio, infrared, microSD and expansion access.

Compact battery-powered ESP32 controller with a 1.14-inch display, IMU, microphone, RTC, infrared emitter and buttons.

24 mm ESP32-S3 development controller with a 0.85-inch color display, programmable button, IMU and Grove connector.

ESP32-S3 display board built around a 1.9-inch 170×320 color LCD, with buttons and battery support.

Pocket ESP32-S3 communicator platform with keyboard, trackball, 2.8-inch touchscreen, audio and optional LoRa radio.

Handheld ESP32-S3 controller with a 1.9-inch screen, rotary encoder, audio and optional CC1101 Sub-GHz radio.

ATSAMD51 all-in-one development terminal with a 2.4-inch LCD, controls, sensors, wireless networking and Grove expansion.

Wireless RP2350 microcontroller board with selectable Arm or RISC-V cores, 2.4 GHz Wi-Fi, Bluetooth and programmable I/O.

Credit-card-sized RP2350B computer board with DVI output, USB host, microSD, audio, Wi-Fi coprocessor and GPIO expansion.
The Cardputer is the best low-cost choice for typing and experimenting with self-contained ESP32 apps; the T-Deck is the stronger communicator because it combines a larger touch display, keyboard, trackball and optional LoRa; the T-Embed is the compact control-panel choice built around a rotary encoder. Choose the input method and radio you need before comparing firmware ecosystems, because those differences matter more than headline processor specifications.
A T-Deck can become a practical off-grid text terminal when you buy the correct regional LoRa variant, attach the matching antenna, and flash firmware that explicitly supports its keyboard and display. Meshtastic is the easiest ecosystem-first choice, while MeshCore suits a focused companion-radio network.