Ternary Computer System
Microprocessors for millennium challenges
Introduction
To overcome Moore's law, it is necessary to use innovative technologies.
The solution to be adopted is to increase the information density. For this reason, we used the ternary system.
We have achieved amazing results, the capacity of our CPU is more than 278 billion times greater than a commercial 32-bit CPU.
Our ternary CPU has a RISC architecture with the following features:
- 24 Trit Data BUS
- 22 Trit Address BUS
- 7.5x4.3cm CPU Board
- Ternary Signals on external BUS
- RISC Architecture with Ternary ISA
In addition to being interesting for the enormous amount of information and BUS Data of reduced dimensions, it can be applied to emerging fields of computer science, thanks to the fact of processing ternary data:
- Supercomputing
- Artificial intelligence and deep learning (is the human brain ternary?)
- Advanced and innovative calculation
- Industrial and anthropomorphic robotics
- Automotive
- Research on algorithms