Conventional VLSI design faces limitations in transistor density and power efficiency, hindering performance scaling for modern computing workloads. Migrating to new technology nodes is becoming increasingly expensive, while existing architectures struggle to meet the demands of AI and machine learning applications.

Neologic offers a family of processors based on its patented CMOS+ technology, designed to overcome the limitations of traditional CMOS circuits. This approach reduces transistor count by up to 3x, leading to a 50% reduction in power dissipation and a 40% area saving. The resulting processors deliver up to 3x performance-per-watt improvement, enabling more efficient and cost-effective computing for cloud and edge applications. The CMOS+ technology is fully compatible with existing EDA tools and CMOS fabrication processes, facilitating seamless integration and faster time-to-market.

CMOS+ technology that reduces transistor count by up to 3x compared to standard CMOS designs

Up to 50% reduction in power dissipation for energy-efficient computing

Up to 40% area saving, enabling smaller and denser chip designs

High fan-in single-stage logic gates (6-16 inputs and more)

Power-efficient flip-flops, registers, and buffers

Full compatibility with all EDA tools and CMOS fabrication processes

Potential yield improvement (GDPW) and reliability improvement (NBTI)

The primary target audience includes businesses developing cloud and edge computing solutions, particularly those focused on artificial intelligence and machine learning applications.