MPN: WG7J6·By: Dell
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We'll confirm availability and pricing for WG7J6, usually within one business day.
We'll confirm availability and pricing for WG7J6, usually within one business day.
The Dell WG7J6 is a high-performance data center GPU based on Intel Max 1100 architecture, featuring 48GB of HBM2e high-bandwidth memory with 1.6 TB/s bandwidth, optimized for AI training, inference, and high-performance computing workloads. It utilizes 56 Intel X-cores and supports ray tracing and oneAPI for broad software compatibility across frameworks like TensorFlow, PyTorch, and CUDA-alternative ecosystems. The PCIe Gen5.0 x16 interface ensures maximum bandwidth connectivity in modern servers, with a 300W power consumption in a dual-width, full-height, three-quarter length form factor for dense rack deployments. Designed for Dell PowerEdge R760 and R760xa servers, this GPU delivers extreme memory capacity for large language models, scientific simulations, and data analytics, providing superior performance per watt compared to previous generations. Key benefits include massive on-GPU memory reducing data transfer bottlenecks, hardware-accelerated AI operations, and enterprise-grade reliability for 24/7 datacenter operation. Ideal for hyperscale cloud providers, research institutions, and enterprise AI infrastructure requiring high memory density and compute acceleration.
| Manufacturer part # | WG7J6 |
|---|---|
| Brand | Dell |
| Condition | New |
| Model | Max 1100 |
| X-cores | 56 |
| GPU Model | Intel Max 1100 |
| Ray Tracing | Yes |
| GPU Workload | AI / High Performance Computing |
| Product Line | Intel Data Center GPU Max Series |
| Product Type | Data Center PCIe GPU Accelerator |
| oneAPI Support | Yes |
| GPU Manufacturer |
Optimized for Dell PowerEdge R760/R760xa with Linux and VMware support. Requires PCIe Gen5-capable servers and adequate power/cooling.
Full PCIe Gen5 support with latest iDRAC firmware
GPU-dense configuration validated
Large-scale model training and inference for LLMs, transformers, and deep neural networks leveraging 48GB HBM2e memory and oneAPI support in TensorFlow, PyTorch environments.
Scientific simulations, CFD, FEA, and molecular dynamics workloads in HPC clusters with 56 X-cores and 1.6TB/s bandwidth for massive dataset processing.
In-memory analytics, graph processing, and real-time data visualization using RAPIDS, Dask, and oneAPI for accelerated insights on large datasets.
Ray-traced rendering for scientific visualization, volume rendering, and complex 3D datasets in ParaView, VTK with hardware ray tracing acceleration.
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[email protected]| Intel |
| Compatible Servers | Dell PowerEdge R760; Dell PowerEdge R760xa |
|---|
| Memory | 48GB HBM2e |
|---|---|
| Memory Bandwidth | 1.6 TB/s |
| Power Consumption | 300W |
|---|
| Form Factor | Dual Width, Full Height, Three-quarter Length (DW FHFL) |
|---|
| Interface | PCIe Gen 5.0 x16 |
|---|
Multi-tenant GPU virtualization in VMware vSphere or Kubernetes with high memory capacity for serving multiple inference workloads simultaneously.
The WG7J6 features 48GB HBM2e memory with 1.6 TB/s bandwidth, ideal for large-scale AI model training and memory-intensive HPC workloads. This high-density memory eliminates data transfer bottlenecks between host CPU and GPU accelerators.
Validated for Dell PowerEdge R760 and R760xa servers. The PCIe Gen5 x16 interface ensures maximum bandwidth utilization in these 2U platforms designed for dense GPU acceleration in AI and HPC environments.
Optimized for AI training/inference, high-performance computing simulations, and data analytics. Supports oneAPI, ray tracing, and matrix operations for TensorFlow, PyTorch, and scientific computing frameworks requiring massive memory capacity.
300W TDP in dual-width, full-height, three-quarter length PCIe card form factor. Requires adequate server PSU capacity and airflow for sustained peak performance in rack-dense deployments.
Yes, full oneAPI support enables cross-vendor portability across Intel GPU ecosystems. Hardware ray tracing acceleration benefits visualization and rendering workloads alongside compute-intensive AI/HPC applications.
PCIe Gen5.0 x16 providing maximum bidirectional bandwidth to modern server platforms. Backward compatible with PCIe Gen4 slots at reduced speeds for flexible deployment across generations.
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