It's incredible the performance you get from this duisplay.I have recently purchased a 2,9" monochrome display with the IC controller ST7567S, but in my case it is I2C instead of SPI as the one im your example. I'm too lost and I do not find any library for controlling it with Arduino. Do you know where can I find a library to control the I2c display?
Every time I saw you pushing your MCU and display module to their limits, I cannot help to appreciate your perseverance for excellence. I found your ST7567_libfb_Demo most amazing. Where can you find these graphics algorithms ? Since your graphics library is equipped with frame buffer, you can implement image layering with blending. Looking forward to see your demos on isometric and 3D graphics.
For stm32F1xx, the max SPI clock is 18MHz. For stm32F4xx, the max SPI clock is 42MHz. For most display controllers, the min SPI clock cycle is around 66ns (i.e. SPI clock up to 14MHz). Have you tried to push the SPI clock beyond that limit ?
@@cbm80amiga It means that the electrical specification in the stm32f103 and TFT datasheets tend to be conservative. Your experiments show that their SPIs can run much more faster.
Even Cortex-M4 with fast ADC and DSP, it can only implement real-time FFT in the audio bands. I doubt whether an MCU can implement an RF spectrum analyzer !
Sir, when you demonstrate using a color cellphone LCD whose price is cheaper than a special microcontroller manufacturer LCD? As example nokia n95 or samsung g532
Wow this was really awesome. You have put a lot of effort on this. Thank you ..
As always perfectly implementation.
for i2c model ? thx
Always number one..thanks!!!
Kurcze, niesamowite. Brawo!
very nice!
Very useful, thanks for sharing
It's incredible the performance you get from this duisplay.I have recently purchased a 2,9" monochrome display with the IC controller ST7567S, but in my case it is I2C instead of SPI as the one im your example. I'm too lost and I do not find any library for controlling it with Arduino. Do you know where can I find a library to control the I2c display?
Eu preciso de uma com o mesmo tamanho e driver, mas não encontro com 36 pin descripition....poderia me ajudar?
Every time I saw you pushing your MCU and display module to their limits, I cannot help to appreciate your perseverance for excellence.
I found your ST7567_libfb_Demo most amazing. Where can you find these graphics algorithms ?
Since your graphics library is equipped with frame buffer, you can implement image layering with blending.
Looking forward to see your demos on isometric and 3D graphics.
Perfect!
For stm32F1xx, the max SPI clock is 18MHz. For stm32F4xx, the max SPI clock is 42MHz.
For most display controllers, the min SPI clock cycle is around 66ns (i.e. SPI clock up to 14MHz).
Have you tried to push the SPI clock beyond that limit ?
I think I tried 36MHz on bluepill using one of mono LCD. Of course TFTs worked ok at 36MHz
@@cbm80amiga It means that the electrical specification in the stm32f103 and TFT datasheets tend to be conservative. Your experiments show that their SPIs can run much more faster.
Hello, I enjoyed the project using Arduino. Can we implement a display that is simple digital oscilloscopes and becomes RF spectrum analyzer?
For fast changing data mono LCD is not a good choice, OLED or color TFT will visualize such data much better.
Even Cortex-M4 with fast ADC and DSP, it can only implement real-time FFT in the audio bands. I doubt whether an MCU can implement an RF spectrum analyzer !
would be nice, these lcd on a vintage hp48gx!
Hi everybody
This is a great library, however I need the ks0108 library with frame buffer, Can you help me about it?
Sorry, I don't have such LCD
Sir, when you demonstrate using a color cellphone LCD whose price is cheaper than a special microcontroller manufacturer LCD?
As example nokia n95 or samsung g532
I don't have such screens
Nice, do you have I2C version ? thanks
No, only this one
@@cbm80amigaNo problem, thanks