A GPU has thousands of cores that allow for highly parallel processing which makes it well-suited for graphics-intensive tasks like gaming. It renders frames in parallel to achieve 60 frames per second. In contrast, a CPU performs mostly sequential processing. GPUs require effective cooling systems to dissipate the substantial heat generated by their dense, high-powered components. Key parameters that impact a GPU's performance are its video memory speed and capacity, as well as its processing speed.

1. GPU
Graphics
Processing
Unit
Author: @hamidb80 1

2. Chip Mechanisms Comparison
● Multiple cores
● Low compute density
● Mostly sequential processing
● Powers the majority of basic computing tasks
● Thousands of cores (e.g. geforce 1080ti has 5400 cores)
● High compute density ( it has to render 60 fps)
● Highly parallel processing
● Great for 2D & parallel processing ( videos, images, 2D
matrixes,.. )
CPU GPU
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3. Processing Mechanism
CPU: mostly sequential
GPU: highly parallel
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4. GPU tasks
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5. Cooling
cooling mechanism
Computing power is not free! It produces lot’s of heat
highly heat conductor metal
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6. Parameters
1. * Speed of VRAM (VRAM is a special kind of RAM that is placed inside GPU | super fast)
2. Volume of VRAM ( the more volume of VRAM you have, the more monitors and
resolution you can use)
3. ** Speed of processing unit
* are more important
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7. Companies
Bionic
Mali Adreno
PowerVR
With licence
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8. Resourses
https://searchenterpriseai.techtarget.com/feature/Choosing-the-right-chip-foundation-for-AI-optimized-hardware
https://www.fulcrumanalytics.com/2020/11/16/how-gpu-computing-can-boost-data-science-capabilities/
https://www.kitguru.net/components/graphic-cards/henry-butt/arctic-accelero-xtreme-iv-gpu-cooler-review/4/
https://www.techcenturion.com/mobile-gpu-rankings
https://www.computerhope.com/jargon/a/anti-alias.jpg
https://www.christrains.com/en/msts_faq.html
https://definitionmagazine.com/features/lens-flare-special-flare-necessities/
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