Why Do Most SSDs Struggle with Sustained Write Speeds in Recording Applications?

Many SSDs start off fast but lose speed after just a few hundred gigabytes of data transfer. This is because consumer-grade SSDs are designed for short bursts of performance, not sustained workloads.

But what if your application requires continuous high-speed transfers—whether for AI, data centers, high-frequency trading, or next-generation storage solutions?

This is where Design Gateway’s NVMe-IP for Gen5, combined with an enterprise SSD, delivers unmatched performance and reliability.

11 GB/s Sustained Speed – No Slowdowns, No Compromises

We tested NVMe-IP for Gen5 using an FPGA board with two different SSDs:

• Enterprise Gen5 SSD (U.2) – Optimized for high-speed, sustained workloads

• Consumer Gen5 SSD (M.2) – Starts fast but slows down significantly over time

Real Test Results:

• The Enterprise SSD maintained 11 GB/s even after transferring 6.4 TB of data

• The Consumer SSD dropped to just 3.2 GB/s after writing 233 GB

Enterprise vs Commercial SSD

Enterprise SSDs are designed for continuous performance, better thermal management, and higher NAND durability?ideal for demanding FPGA applications.

Watch the full test here:

• YouTube Video : NVMe-IP Gen5 with Enterprise SSD Deliver 11 GB/s Sustained Speed!

NVMe-IP for Gen5: The Key to Sustained Speed

• PCIe Gen5 x4 support for ultra-high-speed performance
• Zero CPU dependency – Fully hardware-based for ultra-low latency
• Tested & Proven on leading FPGA boards & enterprise SSDs

Ready to Upgrade Your Storage Performance?

Working on FPGA solutions, NVMe applications, or high-speed data storage? We’ve got you covered!

Contact us today to explore how NVMe-IP for Gen5 can optimize your next project!

• Design Gateway Official GitHub Page