Products

ScaleFlux NVMe SSDs with Write Reduction Technology

Simply a better SSD for on-prem and co-located infrastructure

Better

ScaleFlux SSDs with write reduction technology are a breakthrough in enterprise and data center SSD capability. The integration of hardware data compression and decompression engines directly into the SSD is a gamechanger. This technology not only enhances drive-level performance, endurance, reliability, and efficiency, but also yields improvements at system, rack, and data center-level. Each generation of our SSDs builds upon the strengths of its predecessors, delivering improved speed, security, capacity density, manageability, reliability, and efficiency.

SSDs typically slow down with performance becoming more variable as they fill up. With our write reduction technology, ScaleFlux SSDs maintain more free space, enabling “fresh out of box” performance even as the file system fills. By using hardware state machines to compress and decompress data (instead of burdening general-purpose processors with interrupt-heavy software compression), ScaleFlux turns compression into an accelerator – increasing the effective bandwidth of the NAND reads & writes and decreasing the wear-and-tear on the NAND cells.

Simple

We understand that deploying new technology can be daunting. So, we’ve kept the deployment simple and standards-based. ScaleFlux SSDs with write reduction technology, are fully compliant with industry standards:

• NVMe drivers
• NVMe configuration and management commands
• Industry standard SSD form factors (U.2, U.3, E1.S, E3.S, etc)
• No custom software to install
• No application development required

ScaleFlux gives users the freedom to change certain settings (such as overprovisioning, read priority, and user capacity) to optimize the balance of storage space, performance, latency, and endurance for their application. No more having to buy one SKU for your most latency-sensitive application and a different SKU for your most cost-sensitive application. For those wanting to utilize the capacity multiplier feature to bring an element of storage array functionality into the compute node, ScaleFlux drives again use NVMe standards to enable higher Terabyte Effective (TBe) capacity. Users configure and manage the extra capacity with NVMe Thin Provisioned Namespaces commands.

CSD2000

learn more

---

Computational Storage

CSD3000

learn more

---

Datacenter & Enterprise NVMe with write reduction technology 

CSD5000

learn more

---

Datacenter & Enterprise NVMe with write reduction technology 

*not all capacities available at launch or in all form factors.

**Terabyte Effective (TBe) – maximum data storage capacity with the Capacity Multiplier feature using the built-in transparent compression engines and NVMe thin-provisioned namespaces. 

ScaleFlux Custom SoC Service

When standard components just won’t do

Designing, validating, testing, and verifying complex System-on-Chip processors that integrate high-speed interfaces, efficient processors, security features, specialized processing engines, data integrity and error correction capabilities on an advanced lithography is a daunting undertaking, requiring significant OpEx and CapEx commitments, intimate knowledge of customer and market requirements, and highly efficient execution to deliver a fully functional SoC on time. Coding, testing, and debugging the firmware to make those SoCs sing adds another layer of complexity that can consume tens of engineers, months (or years) of time and millions of dollars.

ScaleFlux has built up the teams and processes to tackle the SoC and firmware development challenge. Connect with us to solve your storage and memory SoC challenges