Creating a new processor microarchitecture.
Support with your donation an important technology project that will open new opportunities for the entire microprocessor development and manufacturing industry.
Friends, I salute you all.
I am creating a fundamentally new processor microarchitecture and new units of information measurement with a team of like-minded people.
The microarchitecture I am creating will be much faster than the ones we have now. The new microarchitecture will speed up the work of all components of the processor, as well as other devices with which it interacts. New modules and fundamentally new algorithms of operation will be introduced into the work of the processor components.
Why is it important to support with a donation my project to create a new processor microarchitecture? The processors produced today have reached their technological limit in terms of reducing the size of transistors.
Over the past decades, processor performance gains have been largely achieved by reducing the transistor size and, in parallel, increasing the number of transistors on the chip.
Now, further reduction of transistor size is becoming more and more technologically challenging. One way out of this situation is to create a new microprocessor architecture that will use new algorithms. The new microprocessor architecture will make it possible to increase the performance of processors without increasing the number of transistors on the chip or reducing the size of the transistors themselves.
What has been done so far, brief description:
1. Assembled a team of developers with whom I will develop a new processor microarchitecture.
2. Technical specifications of the first samples of the new processor microarchitecture have been approved.
3. A step-by-step scheme of development of the new microarchitecture of the processor is created.
What else needs to be done, a brief description:
1. Acquire lab equipment to be able to design and build a new processor microarchitecture.
2. Purchase lab equipment to test individual compute modules on the new microarchitecture.
3. Develop individual computational modules of the new processor microarchitecture.
4. Test the created computational modules for performance and compliance with the planned specifications.
5. Create fundamentally new operating algorithms for computing modules and blocks.
6. Assemble a new microprocessor architecture from the developed computational modules.
7. Test the new processor microarchitecture against the planned performance.
8. Develop a scheme of interaction of the processor on the new architecture with peripheral devices.
9. Test the interaction of the processor on the new architecture with peripheral devices.
... And much more. The amount of work is huge.
Friends even your minimal donation will help us a lot.
You can help us with your donation through our fundraising platform (link to platform website): https://www.pledge.to/creating-a-new-processor-microarchitecture
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