Intel Data Center GPU Max 1100C

The Intel Data Center GPU Max 1100C is a high-performance discrete GPU built on Intel's Ponte Vecchio architecture, utilizing the Xe HPC microarchitecture designed specifically for demanding data center, HPC, and AI inference workloads. Fabricated using a multi-tile design with TSMC and Intel process nodes, the GPU Max 1100C delivers substantial compute throughput across FP64, FP32, BF16, and INT8 precisions, making it well-suited for scientific simulation, machine learning training, and large-scale data analytics pipelines.

The 1100C variant is the water-cooled form factor of the Intel GPU Max 1100 series, enabling higher sustained thermal performance in dense rack deployments where airflow is constrained. It connects to host systems via a PCIe Gen 5 x16 interface and exposes a unified, large-capacity HBM2e memory subsystem that provides high bandwidth for memory-bound workloads common in computational chemistry, climate modeling, and transformer-based AI models.

Programmability is delivered through Intel's oneAPI toolkit, which supports SYCL, OpenMP offload, and provides migration paths from CUDA-based codebases via the Intel DPC++ Compatibility Tool. The GPU Max 1100C integrates with Intel's software ecosystem across MPI-based HPC frameworks and popular AI frameworks including TensorFlow and PyTorch, enabling organizations to deploy it within existing enterprise and supercomputing software stacks with minimal rework.

Ideal for

• Large-scale HPC scientific simulations including computational fluid dynamics, molecular dynamics, and climate modeling in national lab and enterprise research environments
• AI and deep learning inference at data center scale, particularly for large language models and transformer architectures requiring high memory bandwidth
• Deep learning training workloads leveraging BF16 and FP32 mixed-precision compute across distributed multi-GPU clusters
• Data-intensive analytics and in-memory data processing pipelines where high HBM bandwidth reduces bottlenecks in enterprise data warehouse environments
• Dense liquid-cooled data center deployments where the 1100C water-cooled design sustains peak performance in thermally constrained rack configurations
• Migration of existing CUDA-based HPC and AI workloads to an open-standards oneAPI and SYCL software environment as part of multi-vendor GPU strategy

Technical specifications

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