- Neologic increases $ 10 million to advance CMO and CPUs, reducing the complexity of the circuit
- CMOS + allows 6-32 input doors, reducing energy consumption and the size of the matrix
- First processors expected in 2026, targeting the workloads of the energy -efficient data center
Neologic has collected $ 10 million in series A financing, as it works to change processor design.
Founded in 2021, the company based in Israel (with an American presence planned for the future) does not focus on the scaling of transistors, the traditional path of the semiconductor industry, but rather on the reduction of the complexity of the circuits.
Its CMOS + technology includes standard CMOS doors with reduced complexity doors, reducing the number of transistors to three times to any process node.
Up to 50% lower energy consumption
Conventional CMOS are limited by fan-in, doors generally do not know more than four entries.
The designers are counting on the structures of the trees to manage higher inputs, which increases both the flea area and energy consumption.
The CMOS + of Neologic allows doors at a single stage which manage between 6 and 32 entries, shortening the critical path while reducing the surface and the consumption of energy.
The company claims that processors built with CMOS + can reduce energy consumption up to 50% and reduce the flea area up to 40% while keeping latency equally with current conceptions.
These improvements are compatible with the manufacturing processes of existing CMOS, from 130 Nm to 2 Nm, as well as standard EDA tools, so that adoption will not require new infrastructure.
By reducing the size of the matrix and improving the yield, CMOS + offers costs of costs on the advanced nodes, where the costs of the brochure and development expenditure increases sharply.
It is more than doors, however, because CMOS + also offers registers, pads and arithmetic blocks in power. Together, says Neologic, these elements offer chip designers a new infrastructure that simplifies the design of the processor while obtaining better power and regional compromises.
“We support the neological because they postpone the limits of computer science with their revolutionary approach to energy -efficient processors,” said Talia Rafaeli, associated with Kompas VC, who directed the last financing round. “The deep technical technical expertise of the CMOS + innovative technology position them to have a considerably impact on the space of the AI data center.”
Neologic considers CMOS + as a means of providing a more effective calculation without deviating from established tools and processes. He began to demonstrate his first processors to customers and expects deployment in data centers from 2026.
Via integrated eenews
