The Simultaneous Multi-Processor (SiMulPro) core is a non-von Neuman computer architecture replacing general purpose micro-processors
The SimulPro core eliminates the cyber-security vulnerabilities of today’s micro-processors, including AI
SiMulPro core implementations, comparable to a 64 bit micro-processors operate at 2% – 5% of the power, in part by removing the need for energy wasteful caches, superscalar interpreters, and out of order execution mechanisms
The SiMulPro core is a software defined entity that is compiled from loops, functions and programs into multiple simultaneous processes in hardware. Truly general purpose, it scales from wrist watches and medical devices to supercomputers
Application compatibility insures legacy software support with minimal compile time changes
SiMulPro Quad-Design
QSigma has extended hardware software co-design to include:
- Semiconductor design, verification, and test
- Software application development and compiler technologies
- Operating systems and cybersecurity
- Applied mathematics, including systems analysis, numerical analysis, formal methods, graph theory, and the semantics of computer languages
Every aspect of SiMulPro development is informed by all these perspectives, enabling new systems to run with breakthrough performance, efficiency and security
Energy Savings
Today, a typical 64 bit microprocessor has a data access unit length of 8 bytes, and typically runs between 2 to 4 GHz clock frequency
A SiMulPro core delivering comparable performance, operating at 100 MHz,
is estimated to operate at 2% to 5% of the energy of the 64 bit microprocessor, with comparable die size (area), and sheet capacitance.
This 2% to 5% is roughly the ratio of 100MHz / 2GHz to 4GHz