Our current generation of products have a custom SoC ASIC designed by us, we do not use FPGA. This is to reduce costs, improve performance,… Read More »What is the role of FPGAs (Field-Programmable Gate Arrays) in Scaleflux Computational Storage.
Our drives are 100% NVMe compatible. We are the only computational storage product that requires no special software or drivers.
No, we use the same SKU for both. In your latency-sensitive application, you may choose to maximize the performance benefits and not use the capacity… Read More »With Scaleflux solution do we need to buy two SKU, one SKU for our most latency-sensitive application and a different SKU for our most cost-sensitive application?
ScaleFlux works with partners to deliver its drives in partners’ storage appliances and arrays.
At this time, we’ve kept it simple for users and pre-set the computational storage functions. We are engaging with partners in the enablement of customized… Read More »How mature is your API stack for the CSS Compute Engine to be accessible to custom applications?
Yes, we can provide on-site support.
In the current generation of CSD (computational storage drive), we have implemented compression in hardware (vastly more power & performance efficient than using CPUs). To… Read More »What are the hardware and/or firmware innovations that allow you to offload compute tasks from the CPU to get better performance?
We can replace drives within 48hrs for RMAs.
We have manufacturing sites both in North America and in Asia.
Yes, we do support on-site testing of the products for qualified customers. Contact us to arrange a consultation. https://scaleflux.com/contact-us/