Huawei FusionServer Pro 5288H V7

The Huawei FusionServer Pro 5288H V7 is a purpose-built 4U high-density multi-GPU server engineered to address the most demanding artificial intelligence training, high-performance computing, and professional rendering workloads in enterprise and research environments. The chassis accommodates up to 10 full-height, double-wide PCIe accelerator cards simultaneously, delivering exceptional parallel compute density within a single rack unit footprint. This architecture eliminates the need to distribute GPU workloads across multiple nodes, reducing inter-node communication latency and simplifying cluster management for large-scale model training pipelines.

Built on the latest Intel Xeon Scalable or equivalent processor generation, the 5288H V7 provides dual-socket CPU support with high-bandwidth memory subsystems designed to feed data to the GPU array without becoming a bottleneck. The platform integrates high-speed PCIe 5.0 interconnect fabric to maximize bandwidth between host processors and accelerators, while advanced NVLink or peer-to-peer GPU communication topologies enable efficient all-reduce operations critical to distributed deep learning. Thermal design incorporates high-airflow fan modules and optimized airflow channels to sustain full GPU TDP under continuous production loads.

Huawei's iBMC (intelligent Baseboard Management Controller) provides comprehensive out-of-band management, including real-time GPU health monitoring, predictive failure analysis, and remote power control, integrating seamlessly with Huawei's FusionDirector infrastructure management platform. The 5288H V7 supports industry-standard OS environments including major Linux distributions and is compatible with CUDA, ROCm, and other GPU compute frameworks, making it a versatile foundation for AI model training, scientific simulation, seismic analysis, genomics processing, and large-scale rendering farms.

Ideal for

• Large language model (LLM) and foundation model pre-training requiring dense multi-GPU parallelism within a single chassis
• Computer vision and image recognition model training leveraging simultaneous operation of up to 10 high-performance GPU accelerators
• High-performance rendering farms for VFX studios and animation pipelines demanding sustained GPU throughput across thousands of frames
• Computational fluid dynamics, finite element analysis, and other HPC scientific simulations requiring tightly coupled GPU and CPU compute resources
• Genomics and bioinformatics workloads processing large-scale sequencing datasets with GPU-accelerated alignment and variant-calling pipelines
• Enterprise AI inference at scale for financial risk modeling, fraud detection, and real-time recommendation systems requiring high-density GPU deployment

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.