This is a high resolution TFT display. My goal was to control the display with a STM32F103C8 (bluepill). After a long search I found the GxTFT library of Mr. ZINGG at https://github.com/ZinggJM/GxTFT. Thank you very much for your work. The display is reasonably fast ( GxTFT/examples/GxTFT_myTFTs_graphicstest/GxTFT_myTFTs_graphicstest.ino) : Read Display Brightness Value reg(0x0054) 00 Read Display CTRL reg(0x0056) 00 Read Content Adaptive Brighness Control reg(0x00A1) 01 8B 80 09 FF Read DDB Start reg(0x00DB) 00 Read ID2 reg(0x00DC) 00 Read ID3 0xF800 0xF800 0x7E0 0x7E0 0xF800 0xF800 0x7E0 0x7E0 0x1F 0x1F 0xFFFF 0xFFFF 0x1F 0x1F 0xFFFF 0xFFFF Benchmark Time (microseconds) Screen fill 534728 Text 98687 Lines 2667143 Horiz/Vert Lines 106180 Rectangles (outline) 34131 Rectangles (filled) 1746033 Circles (filled) 1447758 Circles (outline) 2423957 Triangles (outline) 474406 Triangles (filled) 1643497 Rounded rects (outline) 611074 Rounded rects (filled) 2897956 Done! The display is very fine. However, for "real projects" where you have to connect some peripheral devices you soon come into two problems: 1) lack of pins and 2) lack of memory...

This is a high resolution TFT display. My goal was to control the display with a STM32F103C8 (bluepill). After a long search I found the GxTFT library of Mr. ZINGG at https://github.com/ZinggJM/GxTFT. Thank you very much for your work. The display is reasonably fast ( GxTFT/examples/GxTFT_myTFTs_graphicstest/GxTFT_myTFTs_graphicstest.ino) : Read Display Brightness Value reg(0x0054) 00 Read Display CTRL reg(0x0056) 00 Read Content Adaptive Brighness Control reg(0x00A1) 01 8B 80 09 FF Read DDB Start reg(0x00DB) 00 Read ID2 reg(0x00DC) 00 Read ID3 0xF800 0xF800 0x7E0 0x7E0 0xF800 0xF800 0x7E0 0x7E0 0x1F 0x1F 0xFFFF 0xFFFF 0x1F 0x1F 0xFFFF 0xFFFF Benchmark Time (microseconds) Screen fill 534728 Text 98687 Lines 2667143 Horiz/Vert Lines 106180 Rectangles (outline) 34131 Rectangles (filled) 1746033 Circles (filled) 1447758 Circles (outline) 2423957 Triangles (outline) 474406 Triangles (filled) 1643497 Rounded rects (outline) 611074 Rounded rects (filled) 2897956 Done! The display is very fine. However, for "real projects" where you have to connect some peripheral devices you soon come into two problems: 1) lack of pins and 2) lack of memory...

This is a high resolution TFT display. My goal was to control the display with a STM32F103C8 (bluepill). After a long search I found the GxTFT library of Mr. ZINGG at https://github.com/ZinggJM/GxTFT. Thank you very much for your work. The display is reasonably fast ( GxTFT/examples/GxTFT_myTFTs_graphicstest/GxTFT_myTFTs_graphicstest.ino) : Read Display Brightness Value reg(0x0054) 00 Read Display CTRL reg(0x0056) 00 Read Content Adaptive Brighness Control reg(0x00A1) 01 8B 80 09 FF Read DDB Start reg(0x00DB) 00 Read ID2 reg(0x00DC) 00 Read ID3 0xF800 0xF800 0x7E0 0x7E0 0xF800 0xF800 0x7E0 0x7E0 0x1F 0x1F 0xFFFF 0xFFFF 0x1F 0x1F 0xFFFF 0xFFFF Benchmark Time (microseconds) Screen fill 534728 Text 98687 Lines 2667143 Horiz/Vert Lines 106180 Rectangles (outline) 34131 Rectangles (filled) 1746033 Circles (filled) 1447758 Circles (outline) 2423957 Triangles (outline) 474406 Triangles (filled) 1643497 Rounded rects (outline) 611074 Rounded rects (filled) 2897956 Done! The display is very fine. However, for "real projects" where you have to connect some peripheral devices you soon come into two problems: 1) lack of pins and 2) lack of memory...

Anzeige funktioniert einwandfrei, läuft mit einem STM32F407 Blackboard.

Anzeige funktioniert einwandfrei, läuft mit einem STM32F407 Blackboard.

Anzeige funktioniert einwandfrei, läuft mit einem STM32F407 Blackboard.

Well packaged, received in good condition and reasonable delivery time (19 calendar days from order). My frustration with the quality of Arduino libraries has been growing steadily over the years. I've finally decided to do something about it! I'm currently working on a SOLID library for LCD panels so I have been collecting various LCD panels like this for testing purposes. I expect to release the library around May or June this year.

Well packaged, received in good condition and reasonable delivery time (19 calendar days from order). My frustration with the quality of Arduino libraries has been growing steadily over the years. I've finally decided to do something about it! I'm currently working on a SOLID library for LCD panels so I have been collecting various LCD panels like this for testing purposes. I expect to release the library around May or June this year.

Well packaged, received in good condition and reasonable delivery time (19 calendar days from order). My frustration with the quality of Arduino libraries has been growing steadily over the years. I've finally decided to do something about it! I'm currently working on a SOLID library for LCD panels so I have been collecting various LCD panels like this for testing purposes. I expect to release the library around May or June this year.

Fast shipping, item as described.

Fast shipping, item as described.

Fast shipping, item as described.

Goods ordered 6th September, arrived in UK on 13th in perfect condition. Very fast delivery !

Goods ordered 6th September, arrived in UK on 13th in perfect condition. Very fast delivery !

Goods ordered 6th September, arrived in UK on 13th in perfect condition. Very fast delivery !

not yet tried it

not yet tried it

not yet tried it

"normal" delivery time. Product oK

"normal" delivery time. Product oK

"normal" delivery time. Product oK

Very nice module

Very nice module

Very nice module

these are great displays

these are great displays

these are great displays

high res quality display at good price

high res quality display at good price

high res quality display at good price