What Type of Microcontroller Can Support Real-Time Camera Display?

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SUMMARY

The discussion centers on selecting a microcontroller capable of supporting real-time camera display for a project involving video recording and image capture. The PIC16F77A microcontroller is deemed inadequate due to its limitations as a 5MHz 8-bit device. Instead, participants recommend using more powerful alternatives such as ARM processors or Raspberry Pi, which can handle video transmission and come with integrated Wi-Fi and compatible camera modules.

PREREQUISITES
  • Understanding of microcontroller architectures, specifically ARM processors
  • Familiarity with Raspberry Pi models and their specifications
  • Knowledge of real-time video processing requirements
  • Basic concepts of camera interfacing and data transmission
NEXT STEPS
  • Research Raspberry Pi camera modules and their integration with the Raspberry Pi 4
  • Explore ARM microcontroller options for real-time video processing
  • Learn about video streaming protocols and their implementation
  • Investigate libraries for real-time image processing on microcontrollers
USEFUL FOR

Electronics hobbyists, embedded systems developers, and anyone interested in building projects that require real-time video display and processing capabilities.

mizieahmad
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Hello all of you, i need your help to give me a decision about my project. first, i will explain what my project can do. my project using the camera to record the video or capture the picture. i also want my project able to display from the camera in real-time. the problem is i don't know what type of microcontroller that can be supported it. in that file using the pic microcontroller. may i using the arduino uno??..or mybe 8051?.

reply from you all very appreciate.
 

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mizieahmad said:
i also want my project able to display from the camera in real-time.

You won't be able to do that with a PIC16f77a chip. That PIC is a 5MHz 8-bit device. The device in that document is simply instructing the camera to record when the PIR circuit detects movement. A user would later have to retrieve the video from a storage device.

You'll need something much more powerful like an ARM processor to transmit video. Raspberry Pi can do this. The new models even have built in Wifi and a camera module you can purchase.
 

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