The 20th International Conference on Genomics (ICG-20) was grandly held in Hangzhou from October 23 to 26. With the theme “The Future of Omics and AI,” the event spotlighted the transformative forces reshaping the frontier of life sciences.

As a long-term strategic partner of BGI Genomics, Gooxi leveraged its 17 years of expertise in server technology, full-stack R&D capability, and proven solution customization experience to empower the intelligent upgrade of genomics research. At this pivotal moment when genomics evolves from “sequencing” to “computing,” Gooxi presented a full lineup of flagship products designed for diverse computing scenarios, showcasing its end-to-end AI infrastructure solutions — from edge to core data centers.

Edge Intelligence: Bringing Smart Computing to the Source of Data

Gooxi MSR201-D06R-10P AMD dual-socket edge computing server adopts the 3rd Gen AMD platform with a compact 450mm chassis depth. Its OTII-standard design allows seamless integration with telecom equipment in communication racks, offering lightweight deployment in demanding environments. Supporting 10 PCIe expansion slots and 2 full-size GPUs, it delivers powerful edge computing performance for AI inference tasks. In scenarios such as ecological monitoring and field gene sampling — key areas of focus at ICG-20 — this model enables real-time data processing, reduces transmission latency, and supports biodiversity research and protection.

Core Performance: Driving Massive Genomics Data with Powerful Computing

To address the computational challenges of large-scale genomics data, Gooxi SR201-D12RE-G2 dual-socket server is powered by AMD EPYC™ Genoa processors, offering up to 128 cores and 256 threads per CPU. Combined with 12-channel DDR5 memory and PCIe 5.0 high-speed interfaces, it achieves exceptional data throughput and processing efficiency. Supporting large-capacity NVMe SSDs and multiple GPUs, it is ideally suited for whole-genome sequencing (WGS), single-cell omics, and metagenomic analysis, meeting the rigorous demands of high-load scientific computing.

AI Acceleration: Built for GPU-Intensive Workloads

For advanced AI workloads such as protein structure prediction and virtual drug screening, powerful GPU performance is essential. Gooxi EGS AI 10-GPU Server SY4108G-D12R-G4, based on the Intel Eagle Stream platform, supports up to 10 dual-width GPUs with optimized topology for high-speed CPU-GPU interconnects, significantly reducing communication latency and maximizing GPU cluster performance. Fully compatible with mainstream deep learning frameworks and distributed training environments, it provides robust computing power for AI-driven applications in genomics modeling, protein folding, and medical image analysis.

Reliable Foundation: Ensuring Stability for Continuous Research

In omics research, optimizing the synergy between data storage and computing efficiency is vital. Gooxi ASR401-S24R 4U single-socket server, powered by AMD EPYC™ Milan processors, supports up to 24 hot-swap hard drives, offering a balance of strong compute performance and high-capacity storage. Ideal for local storage of large-scale raw sequencing data, it provides flexible resource allocation for preprocessing, storage gateway, or small to mid-size analytics platforms. With modular design and intelligent management systems, it reduces maintenance complexity and offers a high-performance, cost-effective solution for laboratories and data centers.

At ICG-20, Gooxi joined leading scientists and industry experts worldwide to explore the future of intelligent genomics — advancing together toward a smarter, more connected, and more insightful era of life science computing.