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Ziptilion BW offers a state-of-the-art solution aligning memory bandwidth with minimized power consumption, providing up to 25% additional bandwidth to (LP)DDR systems. This capability is achieved without exceeding nominal frequency and power parameters. Ziptilion BW caters to an expanding need within integrated circuits to perform optimally while actively reducing energy expenditures, which is vital in the development of sustainable technologies. This technology ensures improved system performance, translating to a more energy-conscious operation, making it an essential asset for next-gen System on Chips (SoCs) seeking improved energy-to-performance ratios.
SphinX delivers high-performance, low-latency encryption and decryption using AES-XTS industry-standard protocols. This solution supports independent, non-blocking encryption and decryption channels, ensuring seamless data processing in secure environments. Designed for systems where data integrity and security are paramount, SphinX provides robust protection without sacrificing speed, a critical factor for real-time applications and services. Its design not only emphasizes the safeguarding of data but also maintains optimal operational efficiency, bridging the gap between high-security necessities and the need for uncompromised performance in demanding processing scenarios.
DenseMem is engineered to enhance the memory capacity of systems employing CXL connections effectively. This product doubles the available memory, a significant enhancement considering the escalating demands for data storage and accessibility in complex computing ecosystems. By focusing on smarter data management tactics, DenseMem allows systems to store more data without expanding physical space allocations, thus promoting a leaner and more effective workflow. This technology serves industries where maximizing resource utility is paramount, with benefits extending across cutting-edge computing fields that rely heavily on data intensity and efficiency.
Cache MX introduces a groundbreaking compression solution that effectively doubles cache capacity while achieving an 80% reduction in area and power compared to similar SRAM solutions. This formidable capacity expansion ensures a more efficient use of storage resources in high-performance computing environments. The innovative design enables it to significantly boost the memory throughput of processors without imposing additional energy demands on the system. Instead, it remarkably maintains a lean energy consumption profile, aligning with modern eco-friendly technological approaches. The implementation of Cache MX can transform computing landscapes by offering a unique blend of enhanced performance coupled with environmentally sustainable practices.
NVMe Expansion utilizes hardware-accelerated compression to extend NVMe storage capacity significantly. LZ4 and zstd compression algorithms are at the core of this technology, enabling a 2-4x increase in storage capacity without compromising speed or performance. This enhancement is crucial for systems requiring rapid access and processing of extensive datasets. NVMe Expansion ensures that systems remain agile and efficient while accommodating growing data storage needs, making it indispensable for industries reliant on swift, comprehensive data management solutions. This approach aligns with contemporary needs for expanded storage solutions underpinned by performance efficacy and energy conservation.
Ziptilion MX provides advanced hardware-accelerated compression with incomparable power efficiency, aiming to deliver high performance and low latency for intensive computational tasks. This technology is pivotal for organizations striving to elevate processing capabilities while simultaneously reducing power consumption. Ziptilion MX is especially suited for memory-intensive applications requiring efficient data compression to facilitate faster processing times and reduced operational costs. By enhancing data throughput without added complexity, it stands as a strategic tool to boost system efficiency in diverse high-demand environments.
SuperRAM is designed to maximize memory efficiency by providing expansion capabilities that intersect data compression with heightened energy savings. It stands as a compelling solution for industries keen on optimizing their existing memory bandwidth while combating the pervasive issue of energy waste. With its efficient data handling capabilities, this product liberates valuable system resources and pushes the boundaries of traditional memory limitations. For users prioritizing power and speed, SuperRAM unlocks new potential without the need to reconfigure existing hardware infrastructure substantially, making it both a practical and cost-effective choice for modern setups.
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