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EverOn is a sophisticated ultra-low voltage SRAM solution that provides up to 80% savings in dynamic power consumption and reduces static power by up to 75%. Proven on the 40ULP BULK CMOS process, EverOn operates at unprecedented low voltages, starting at 0.6V, expanding the horizons for IoT and wearable devices in terms of efficiency and performance. EverOn’s architecture supports dynamic voltage and frequency scaling, leveraging SureCore's patented SMART-Assist technology to ensure robust functionality at various supply voltages. This enables device manufacturers to develop products with extended battery lives, crucial in today's competitive market. By offering both architectural innovations and power reduction capabilities, EverOn positions itself as a leader in cutting-edge memory solutions. The product supports extensive memory configurations and banks, further enhancing its flexibility and suitability for next-generation applications. SureCore continues to push the boundaries of design with EverOn, making it a valuable component for developers targeting ultra-low power consumption platforms.
PowerMiser is designed for high-efficiency SRAM applications, ensuring long battery life and minimal power consumption. Deployed across multiple advanced manufacturing processes, PowerMiser supports a wide range of operating voltages and achieves over 50% reductions in dynamic power usage, enhancing the performance of edge devices demanding optimal energy efficiency. Its innovative design, including retentive sleep modes, allows for minimizing leakage currents while maintaining operational readiness. PowerMiser is particularly effective in edge AI, where extensive SRAM usage demands significant energy optimization. This IP enables developers to meet extended battery life goals, crucial for wearables and IoT devices.
CryoIP is a trailblazing solution designed for cryogenic environments pivotal for quantum computing applications. This IP is crafted to function at extremely low temperatures, enabling the development of CryoCMOS control chips that can operate alongside qubits in a cryostat. By minimizing the extensive cabling typically used to connect qubits to control electronics at room temperature, CryoIP addresses a significant challenge in scaling quantum computers. CryoIP solves two crucial challenges: operation at temperatures down to 4 Kelvin and minimizing heat dissipation to relieve the cooling load. SureCore's proven methods in reducing CMOS power have been applied to create silicon IP that operates efficiently at cryogenic temperatures. This range includes the CryoMem series, which leverages SureCore’s embedded low-power technology, facilitating quantum computing advancements by easing scalability issues.
MiniMiser is a customizable multi-port register file architecture designed to optimize power and performance in a variety of applications. It offers unique implementation strategies that achieve significant power savings, more than 50%, while supporting both high-performance and low-power demands. By swapping conventional register files for MiniMiser, significant efficiencies can be gained, particularly in IoT and AI-integrated systems. MiniMiser provides operational flexibility by allowing performance adjustments tied to voltage levels, ensuring that the SoC is optimized for specific application needs. The architecture is independent from foundry bit cell designs and offers straightforward integration with system logic. It is highly suitable for wearables and other devices required to extend battery life while managing substantial computing loads with efficiency.
CompuRAM provides an innovative in-memory computing technology designed to enhance power efficiency in edge computing applications. Traditionally, sensor data from IoT devices needs to be sent to a server, introducing latency and increasing power demands. CompuRAM shifts computation to the device itself, notably reducing data movement within chips, thus cutting power consumption substantially. By integrating arithmetic operations directly into the memory, CompuRAM offers enhanced power savings critical for AI applications at the Edge. The technology supports significant power savings by minimizing the need to transfer vast data volumes within a chip, conducting initial data processes close to the memory itself. This approach offers developers forward-thinking solutions for AI at the Edge by ensuring low-power operation without sacrificing computational efficiency. With existing ultra-low-power memory solutions like PowerMiser and EverOn, CompuRAM stands as a testament to SureCore's commitment to providing cutting-edge low-power technologies.
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