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STM32F479 датащи(PDF) 61 Page - STMicroelectronics

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подробное описание детали  LCD-TFT display controller (LTDC) on STM32 MCUs
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AN4861
LTDC application examples
89
6
LTDC application examples
This section provides:
Some graphic implementation examples considering the resources requirements
An example on how to create a basic graphical application
A summary of STM32 reference boards with embedding LTDC and featuring an on-
board LCD-TFT panel
6.1
Implementation examples and resources requirements
This section provides some graphic implementation examples detailing the hardware
resources requirements.
6.1.1
Single chip MCU
Thanks to their integrated SRAM, the STM32 MCUs can be used for graphic applications
without the need of an external SDRAM/SRAM memory for framebuffer. Also, thanks to their
high size internal Flash (up to 2 MByte), the user can use them to store graphic primitives.
The use of internal memories allows to reduce the used pins, ease the PCB design and
make cost savings.
In order to use a single chip MCU for a graphical application, the user can use the following
hardware configuration:
Internal Flash up to 2 MByte: storing user application code and graphic primitives.
The framebuffer should be located in the internal SRAM, so depending on the internal
SRAM size for each STM32 MCU, the user can interface with a corresponding display
size and color depth as illustrated below:
STM32F7x7 line: use SRAM1 (368 Kbyte) to support resolutions 400 x 400 16 bpp
(313 Kbyte) or 480 x 272 16 bpp (255 Kbyte).
STM32F7x6 line: use SRAM1 (240 Kbyte) to support 320 x 320 resolution with
16 bpp (200 Kbyte).
STM32F469/F479 line: use SRAM1 (160 Kbyte) to support 320 x 240 resolution
with 16 bpp (154 Kbyte).
STM32F429/F439 line: use SRAM1 (112 Kbyte) to support 320 x 240 resolution
with 8 bpp (75 Kbyte).
STM32 MCU packages: LQFP100 or TFBGA100
Figure 31 illustrates a graphic implementation example where only a single chip with no
external memories is used.



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