At the 2025 Open Data Center Conference (ODCC 2025), three enterprise-grade storage industry standards, led and developed by BIWIN, earned the ODCC 2025 Outstanding Achievement Award and Excellent Achievement Award, a testament to BIWIN’s strength in technological standardization, industry regulation, and ecosystem development.
01 Multiple Technical Standards Honored, Empowering the Standardized Growth of the Enterprise Market
All three awarded achievements were initiated and led by BIWIN, focusing on critical challenges faced by enterprise SSDs in real-world applications. Each aims to address common industry bottlenecks and promote collaborative innovation across the storage value chain.
The increasing applications of AI in the edge side has proliferated the demands of edge servers in smart manufacturing, smart cities, and connected vehicle applications. Edge computing server stands out with its local processing and real-time response capabilities. In this architecture, SSD lies in the central place to data storage and interaction, which underlies the responsiveness, reliability and security of edge computing nodes. The Requirements Analysis and Specification for Storage Components in Edge Servers, led and formulated by BIWIN, was honored with ODCC 2025 Outstanding Achievement Award. This standard gives a detailed account of the differentiated demands on SSD across diversified scenarios, defines critical technical indicators and testing criteria, and outlines technological development roadmap, providing an authoritative reference for storage selection, design, and validation in enterprise edge devices and contributing to collaboration and standardization throughout the edge computing ecosystem.
Also honored with the Excellent Achievement Award, the Study on Write Amplification of SSDs under Different File Systems v0.3 presents an in-depth analysis—based on extensive empirical data—of how mainstream file systems (such as ext4, XFS, and Btrfs) affect SSD write amplification. The research offers valuable insights for optimizing storage architectures, extending SSD lifespan, and enhancing overall system performance.
Another awarded project, the New SSD SMART Attribute Design, addresses intelligent operation and maintenance requirements. Leveraging years of product development experience and customer insight, BIWIN proposed a more comprehensive and accurate SMART design approach that significantly improves fault prediction and manageability. Centered on the LDPC RBER and incorporating factors such as program/erase time and wear-leveling metrics, the model enables 30–90 days of predictive warning capability. In large-scale testing across 500,000 SSDs deployed in Alibaba Cloud, it achieved an F1 score of 0.91 for 7-day early failure prediction, greatly enhancing system reliability and cluster availability.
02 Deep Commitment to Enterprise Solutions and Full-Stack Technical Capabilities
BIWIN has been steadily strengthening its enterprise storage strategy, targeting high-growth segments such as AI servers, cloud computing, intelligent computing centers, and edge computing. The company now offers a full-stack enterprise product lineup, covering PCIe 4.0/5.0 NVMe SSDs, SATA SSDs, DDR5 RDIMM server memory, and CXL 2.0 memory expansion modules.
With high reliability, performance, and ultra-low latency, these products have passed China Mobile AVAP testing, achieved interoperability with 20+ CPU platforms and OEMs, and earned core supplier status with leading internet and AI server manufacturers.
For instance, BIWIN’s SP5 Series PCIe 5.0 Enterprise SSD delivers sequential read speeds up to 13,600MB/s and random read performance up to 3.2 million IOPS. Featuring AES-256 encryption, end-to-end data path protection, and Secure Boot, it fully meets the stringent demands of AI training and big data analytics—earning both the 2024 Enterprise SSD Product Gold Award and the 2025 SSD Enterprise Gold Award.
On the R&D front, BIWIN has mastered key competencies including storage media characterization, controller design, firmware algorithm optimization, advanced packaging, and testing technologies. This end-to-end capability enables superior performance, durability (DWPD), and energy efficiency.
The company is also exploring computing-storage integration and wafer-level packaging technologies, aiming to deliver high-bandwidth, low-latency system solutions for AI applications and to further strengthen its position in the high-end enterprise storage market.
03 Conclusion
The three ODCC awards not only recognize BIWIN’s robust technological capabilities but also affirm its leadership in shaping industry standards. From drafting authoritative specifications to publishing key research results, BIWIN continues to advance the global storage ecosystem through openness and collaboration.
Looking ahead, BIWIN will remain committed to its philosophy of “Infinite Storage, Unlimited Solutions,” deepening cooperation with ecosystem partners, driving innovation and industrialization in enterprise storage, and empowering the AI-era computing infrastructure with greater efficiency, intelligence, and sustainability—striving to be a trusted global partner for data center and intelligent computing solutions.