FADU Launches Advanced “Sierra FC6161” PCIe Gen6 SSD Controller: Achieving Speeds of 28.5 GB/s, 6.9 Million IOPS, and 512 TB Capacity with Less Than 9W Power Consumption

FADU Launches Advanced “Sierra FC6161” PCIe Gen6 SSD Controller: Achieving Speeds of 28.5 GB/s, 6.9 Million IOPS, and 512 TB Capacity with Less Than 9W Power Consumption

At the FMS 2025 event, South Korean tech company FADU unveiled its state-of-the-art PCIe Gen6 SSD controller, showcasing impressive speeds of up to 28.5 GB/s.

Enterprise-Grade PCIe Gen6 SSDs Poised for Market Entry as Companies Launch Next-Gen Controllers

In a noteworthy development from last month, Silicon Motion made headlines as the first manufacturer to announce a PCIe Gen6 SSD controller, known as the SM8466. This model is particularly geared towards enterprise environments, offering remarkable speeds of 28 GB/s and a total capacity of 512 TB on a single device.

Following closely, FADU, a key player in the production of enterprise-level SSD controllers, has introduced its own model, the Sierra FC6161 PCIe Gen6 SSD. FADU disclosed its partnership with Meta, positioning its advanced AI SSD technology to enhance Meta’s data center and enterprise solutions.

Image Source: Silicon Motion

Diving into the specifications, the FADU Sierra FC6161 PCIe Gen6 SSD controller is set to deliver impressive read and write speeds of up to 28.5 GB/s, surpassing the Silicon Motion controller by 500 MB/s. Additionally, it enables storage solutions of up to 512 TB, with random read and write performance measured at 6.9 million IOPS and 1 million IOPS (with 7% over-provisioning) respectively.

  • Capacity: Up to 512 TB
  • Read and Write Speed: 28.5 GB/s
  • Random Read Performance: 6.9 million IOPS
  • Random Write Performance: 1 million IOPS (based on 7% OP)
  • Power Consumption: Below 9W, combining high performance with energy efficiency

FADU has also provided insight into the power efficiency of its Gen6 SSD controller, stating it operates at a thermal design power (TDP) of less than 9W. Comparatively, consumer-grade Gen5 SSDs—like those employing Phison’s E28 controller—typically consume between 7 and 7.5W during peak operation, while enterprise solutions such as Samsung’s PM1743 can exceed 20W.

This suggests potential power savings for upcoming PCIe Gen6 SSDs, although caution is warranted, as initial reports indicated that while performance is poised to increase, power consumption and heat generation might also rise.

To address this, many manufacturers have already integrated substantial heat sinks, with some resorting to active air or liquid cooling solutions for consumer SSDs. However, it is important to note that PCIe Gen6 SSDs are not expected to penetrate the consumer market until at least 2030, as Gen5 technology is still in the early stages of becoming mainstream.

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