Hilitand TFT LCD Color Touch Panel, TFT LCD Display Screen Module, 3.5 inch 480x320 Pixels Compatible with UTFT/UTFT_Buttons/Utouch Library for Ar Mega2560

connected to STM NucleoF411 and got LCD and touch working. has 8 bit interface - way faster than SPI.The touch requires 2 ADC inputs as no touch controller and shares pins with LCD - so app needs to switch pins between controlling LCD and reading touch - not a problem one you realise this.Documentation regarding LCD is all over the web.Their docs for the touch part are almost non existent ( even misleading code examples, as suggests a touch controller - which there isn't). Took a while to work out what ADC/gpio pins are used by touch; but there is stuff on the web to get you going regarding reading touch with and ADC.Got it working with littlevGL.

Ok so the screen comes with nothing for guidance. Go to lcdwiki.com and grab the arduino 3.5" uno zip. Everything is in there, it saved me alot of googling. Gets it up and running right away. The screen is a good buy

Took some work to get the SD going, no std libs for this with Mega2560 R3,Slight dead zone in touch screen around pix 0,0 if portrait.Also description says SD not microSD which is misleading, no docs as expected, use MCUfriend library for easy ish integration.Good addition to my project overall, lost many on the sd learning curve however.Overall happy just right for my project.

Id recommend a different one. Getting this one up and running is unusually complex and to top it off, the one i bough has a faulty touchscreen. Due to the complexity of getting this one running compared to other brands it made it very difficult for me to realise it was faulty.

Item works partially well. After using it for a month, I figured out that any image can be displayed on it, but touch part of it doesn't work. I tested touch screen with 4 different well known Arduino functions, but to none LCD responds with appropriate analog signals on any pin for (X,Y) position. On the other hand, as many already exposed, its fairly complex to get it going. At this point, I feel kind of robbed of my money, since touch display doesn't respond to touch.In addition, some dust got caught inside screen that cannot be cleaned.. this must be due to poor production environment or similar.

Other reviews have detailed the drivers, etc. I would just add that this board can directly piggy-back on to the Arduino Uno, making it easy-peasy to get this board up and running.

I'm using this as a display on a bench power supply with an Arduino Due, i've had it working with my Mega 2560 and will see if it works with the Due, but im not expecting any problems, nice resolution, just as described

Pretty good, touch functions sometimes require a double tap

Non va il touchscreen su Arduino Due. Mancanza di informazioni e librerie, pessimo prodotto,, in primis mancanza di informazioni. Nella scatola c'e solo il TFT, nemmeno si sa chi lo produce...

Ya es la segunda que compro. Van muy bien, tanto de brillo y resolución como del panel táctil (incluye lápiz). Es 100% compatible con el software Arduino IDE; con el Mega 2560 no funciona el lector de tarjetas, aunque espero que se pueda solucionar cambiando las direcciones del SPI.

Prodotto perfettamente funzionante e caratteristiche conforme a quanto dichiarato dal venditore.Usato in abbinamento con Mega2560 per monitorare pressione di un impianto idraulico.

Le projet, une télécommande pour Spotify . Cela permet de tester les parties affichage et tactile de l'écran ILI9486.Dans ce cas particulier les images sont au format 300x300 et de bonne qualité.Coté logiciel utilisation des bibliothèques TFT_eSPI, TFT_eFEX, JPEGDecoder et TouchScreen.Pour des raisons de facilité de câblage j'utilise une carte D1 R32 (ESP32). Quelques modifications sont nécessaires au niveau des ports E/S pour contourner les particularités des ports supérieurs à GPIO32 et GPIO15(Wifi).GPIO34->IO33 - GPIO35->IO32 - 10k pull up entre 3.3v et GPIO36.Modification du fichier User_Setup.h à partir ligne 192 : #define ESP32_PARALLEL// The ESP32 and TFT the pins used for testing are:#define TFT_CS 33 // Chip select control pin (library pulls permanently low#define TFT_DC 32 // Data Command control pin - must use a pin in the range 0-31#define TFT_RST 36 // Reset pin, toggles on startupModification du fichier TFT_eSPI.h à partir de la ligne 134:#elif defined (ESP32) #if defined (ESP32_PARALLEL) #if TFT_DC < 32 // modif. #define DC_C GPIO.out_w1tc = (1 << TFT_DC) #define DC_D GPIO.out_w1ts = (1 << TFT_DC) #else #define DC_C GPIO.out1_w1tc.val = (1 << (TFT_DC - 32)); // modif. #define DC_D GPIO.out1_w1ts.val = (1 << (TFT_DC - 32)); // modif. #endifCe projet n'est pas entièrement terminé mais les résultats obtenus, après bien des déboires, me semblent acceptables.(Remarque : pour que pause/play, next et previous soient opérants nécessité d'un compte "Premium").

Module TFT LCD pour utilisation avec carte mega 2560 arduino celle ci malheureusement il y avait des bande blanche au niveau de l'écran , donc pour moi cela a était un retours contre remboursement mais bon je pense n'avoir pas eu de chance