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EverOn is a single-port SRAM IP that offers extraordinary power savings, with up to an 80% reduction in dynamic consumption and a 75% decrease in static power. On a 40ULP bulk CMOS process, EverOn supports an operating voltage starting as low as 0.6V, setting records in operational efficiency within a broad voltage range up to 1.21V. This capability allows for new potential in wearable and IoT technologies. The IP's ULV compiler supports a broad set of memory configurations and is designed to be fully adaptable to modern SoC performance requirements, featuring several operational modes that optimize battery life and system performance based on use case needs.
MiniMiser is notable for its versatile multi-port register file architecture that caters to both high-performance and low-energy consumption demands. This architecture is not tied to a specific foundry bit cell, granting it high adaptability and direct system logic integration, which is crucial for processing in complex devices like wearables with integrated AI capabilities. MiniMiser innovatively minimizes power consumption by over 50%, further extending device operating windows and presenting a fresh approach to balancing power efficiency against computational needs.
PowerMiser has been crafted to address the needs of devices that require minimal power consumption both in active and standby modes. This SRAM solution is silicon-proven and backed by sureCore's low-power design expertise, providing significant reductions in dynamic power usage. PowerMiser is particularly effective in 28nm FDSOI and similar advanced process nodes, achieving over 50% savings in dynamic power and showcasing reduced leakage power depending on operational conditions. The technology also offers a compiler that supports up to 576Kbit capacity with versatile configurations. Added features include innovative 'Bit Line Voltage Control' techniques that ensure optimal performance even at lower operating voltages. Enhanced sleep modes offer rapid wake-ups and deep sleep options for maximum power efficiency.
The CryoIP line is crafted specifically for use within Quantum Computing environments, where operations occur at extremely low temperatures. It aims to facilitate the creation of CryoCMOS control chips that work in close proximity to quantum bits (qubits) inside cryostats, thus addressing the challenges of excessive cabling and associated heat dissipation. By focusing on designing control electronics that can operate at temperatures as low as 4 Kelvin, CryoIP opens up the potential for significant developments in Quantum Computing, using low-power design methodologies similar to those that have proven effective in reducing power consumption in traditional CMOS environments.
Building upon the PowerMiser architecture, PowerMiser Plus represents a leap forward in ultra-low voltage SRAM solutions. This advanced dual-rail product line can operate down to 0.45V, allowing for innovative product designs with shared voltage parameters between logic and memory, thereby optimizing performance and power consumption simultaneously. This product line reflects sureCore's dedication to setting new benchmarks in ultralow voltage operation while maintaining the power-saving principles that have driven the success of past products. By minimizing the differential between core and peripheral voltages, power-hungry components like level shifters are circumvented, creating significant power reductions critical to prolonged battery life.
sureCore introduces a silicon service suite, offering a complete package for low-power, next-gen device design, addressing power efficiency across multiple applications. Read more
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