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Ziptilion BW is engineered to boost DDR bandwidth by up to 25% at normal power levels, thereby enhancing the overall speed and efficiency of system-on-chips (SoCs). This product is tailored for markets that demand high processing power and energy efficiency, delivering consistent high performance across varying workloads. Its capacity to intensify bandwidth while maintaining power efficiency makes it an ideal solution for resource-constrained environments where every watt of power matters.
SphinX introduces high-performance, low-latency AES-XTS encryption and decryption, providing a robust layer of security for data transactions. Its dual-channel architecture allows for simultaneous non-blocking operations, which can greatly enhance security without compromising on speed. SphinX is particularly beneficial for applications that require quick data handling with strong encryption, ensuring data integrity and confidentiality are maintained at all times.
NVMe Expansion offers a versatile solution for extending storage capacity via hardware-accelerated compression using LZ4 or Zstd techniques. The technology can expand NVMe storage capabilities by 2 to 4 times, significantly enhancing storage density without requiring additional space. This capability makes NVMe Expansion a preferred choice among data-heavy applications needing efficient storage solutions. Industries facing growing data demands can greatly benefit from the storage optimization and cost savings achieved through this technology.
DenseMem is focused on CXL connected memory capacity, providing remarkable solutions that effectively double existing storage capabilities. DenseMem's unique approach plays a significant role in overcoming challenges related to memory saturation, thereby optimizing system efficiency and reducing costs. For businesses that rely on extensive data processing and analysis, integrating DenseMem means accommodating more data seamlessly and improving access speeds without escalating power consumption.
Cache MX is an advanced compression technology designed to enhance memory cache capacity by double, while achieving up to 80% savings in power and area compared to traditional SRAM. This technology is particularly relevant for applications where space and power efficiency are critical, enabling systems to perform optimally without incurring high energy costs. By integrating Cache MX, data centers can achieve significant improvements in processing capabilities, allowing for smoother operations and substantial reductions in costs.
With a focus on hardware-accelerated compression, Ziptilion MX provides exceptional performance boosts while maintaining minimal power usage. It is designed to cater to systems where processing speed is essential yet power consumption remains a critical consideration. This product ensures that compressed data can be processed rapidly, enhancing real-time data applications and leading to substantial gains in efficiency.
SuperRAM technology offers remarkable advancements in memory bandwidth and capacity, catering especially to high-demand applications such as AI accelerators. By effectively compressing memory traffic, SuperRAM improves performance metrics like latency and throughput without additional power requirements. This results in faster data retrieval and enhanced system responsiveness, crucial for environments where time-sensitive processing is paramount. The design ensures a balance between improved performance rates and shrinking resource use, manifesting in economical operation even under heavy workloads.
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