The engines and processing capability are aligned with the overall throughput of the CSD. Each CSD you add to your system adds just enough compute… Read More »How does migrating computation into each storage device create a more scalable solution?
No, there is not a dedicated video transcoding accelerator. Though this is a market we monitor closely.
The CSDs improve application performance in 2 ways: (1) the drives can respond with lower latency through higher workloads (as reported by Percona in their… Read More »How does computational storage effectively address data movement bottlenecks, I/O latency, and overall system performance challenges that are often encountered in data-intensive applications and workloads?
Across a variety of applications (databases, analytics, HPC, AI) customers report improvements in data access times (latency) and system responsiveness ( work per second). We’ve… Read More »What is the impact on data access times and overall system responsiveness in various computing scenarios?
Users will see the biggest benefits when they are using heavier workloads. In light workloads, the storage capacity gain will be the primary benefit. A… Read More »Would there be a true noticeable benefit from customers that aren’t using computational storage for heavy workloads like big-data analytics and video processing?
That’s one of the cool things with transparent compression – it works seamlessly with any application. The host sees a block storage device. The drive… Read More »How does Scaleflux ensure compatibility with advanced algorithms such as machine learning and different AI models?