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Dev-Board / Maker TFT

Dev-board / maker TFTs are Arduino- and Raspberry Pi-ready displays — wired and driver-supported for prototyping, hobby projects, and evaluation, so you can bring a screen up without designing a custom carrier board first.

3.5-inch Arduino-ready TFT dev board
At a glance

Dev-board / maker TFT specifications

Standard ranges for the Arduino and Raspberry Pi series. For a specific board, interface, or driver, talk to an engineer.

  • Arduino series: 0.96″ to 3.2″, 160×80 to 240×320
  • Arduino interface: 4-wire SPI, 300 cd/m², IPS and TN
  • Arduino driver ICs: ST7735S, ST7789V, ILI9341V, ILI9342C
  • Part families: AFL (Arduino), AFK / AFY (Raspberry Pi), JAZZ (demo / eval)
  • Raspberry Pi series: 4.3″ to 10.1″, 800×480 to 1280×800
  • RPi interface: HDMI + USB (VGA on 5.0″ / 10.1″), 680–900 cd/m²
  • RPi touch: resistive or capacitive
  • Compatibility: demo / eval boards are distributed by OD and work with OD panels

Where it fits

Typical applications: prototyping and proof-of-concept, education and maker projects, and pre-production evaluation of an OD panel before committing to a production part.

How it differs from the other TFT families: a dev board is wired and driver-supported so a screen comes up on an Arduino or Raspberry Pi without a custom carrier. For the production panel behind a prototype, see standard TFT panels; when direct-sun legibility is the requirement, see sunlight-readable TFT; for an onboard controller and a simple serial interface, see embedded TFT modules; for a non-rectangular outline, see round and bar TFT; and when touch input is the driving requirement, see TFT with touch.

The family, small to large

0.96-inch Arduino-ready TFT dev board
0.96″ · 160×80 — Arduino, 4-wire SPI
2.8-inch Arduino-ready TFT dev board
2.8″ · 240×320 — Arduino, IPS
10.1-inch Raspberry Pi-ready TFT with HDMI
10.1″ · 1280×800 — Raspberry Pi, HDMI

Ready to bring up a display on your board?

Tell us the host board and the panel you want to prototype — we can point you at the right dev board and driver, and at the production part it maps to when you are ready to move on.