Value proposition

ZeroPoint’s technology delivers up to 50% higher performance per watt for Servers and Embedded products

ZeroPoint Technologies – Remove the Waste. Release the Power.
Digitalization quickly accelerates energy consumption. In 2030, the ICT (Information and Communications Technology) sector is projected to stand for more than one-fifth of the global electricity demand. Maximizing performance per watt in servers and smart devices is critical to breaking the trend.

ZeroPoint technology delivers up to 50% more performance per watt by removing unnecessary information from microchips in data centers (CPU) and smart devices (SoC), meaning that:
• Data centers can maximize performance and reduce energy consumption.
• Smart device developers can maximize performance and user experience without compromising on battery life.

Typical memory contains up to 70% unnecessary information. ZeroPoint technology removes all this information by combining ultra-fast data compression with realtime data compaction and transparent memory management. Integrating these three areas into one solution for maximizing performance per watt makes us unique.

ZeroPoint is the result of decades of frontline research and in-depth technical knowledge. We have a strong patent portfolio and a pipeline of ideas related to our core business.

ZeroPoint delivers a hardware IP block that customers integrate on their SoC. We work closely with industry-leading companies in product implementation projects targeting the most advanced technology nodes available.

The Technology, ideas and many of the people behind and with ZeroPoint comes from Professor Per Stenström’s research group, which is internationally recognized for excellence within high-performance computing.

Since its creation, ZeroPoint has attracted skilled people from industry, finance and the startup community and raised its first round of Venture Capital in 2016.

Power efficiency, Memory compression, Energy efficiency, CPU, DRAM, Integrated circuits, Hardware, Software, Encryption, and Memory architecture