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High-Performance Computing for Advanced Manufacturing

The Need for High-Performance Computing

In today’s data-driven world, businesses across various industries are increasingly embracing high-performance computing (HPC) to meet the demand for processing highly complex tasks and large volumes of data in real time, enabling deeper insights and faster, more precise decision-making. HPC can process complex inspections and is also deployed to run engineering simulations, replacing various physical tests across industries such as automotive and medicine to accelerate development and time to market. HPC requires high-end CPUs, multiple PCIe slots for accelerator cards to offload processing, and excellent heat dissipation and stability to support unprecedented processing capabilities. Along with extremely high computing speeds to rapidly process and analyze massive amounts of data, an effective HPC system also needs highly reliable storage that can keep pace with its computing power.

AOI: When Large Volumes of Complex Data Meet HPC

With high-performance computing (HPC) emerging as a critical force, automated optical inspection (AOI) can be elevated to a new level, especially in scenarios with highly sophisticated workloads, such as wafer inspection. To deal with considerable amounts of data, HPC leverages parallel computing and requires GPUs and CPUs for efficiency, along with sufficient PCIe lanes and bandwidth to integrate accelerator cards and fully unleash computing capabilities.

iHPC300/IMB700: Fulfill HPC with Three PCIe x16 Slots for GPU or FPGA Cards

High-Performance Intel Processor

The iHPC300 is powered by 3rd Gen Intel® Xeon® Scalable processors and features six DDR4-3200 memory slots with a total capacity of up to 384GB. It also provides six SATA3 ports with RAID 0 support to handle large volumes of data efficiently.

Integrate with Multiple GPU Cards

The engineers separated the PCIe x16 slots with PCIe x8 slots in between. Since the three PCIe x16 slots are not lined up side by side, users can install three high-end dual-slot GPU or FPGA cards without covering or leaving other PCIe x16 slots unused.

Reliable Design for GPU Cards

The iHPC300 has a 2000W/1200W power supply to support high-performance CPUs and multiple high-wattage GPU cards, ensuring stable operation for demanding HPC workloads.

More Details

Datasheet

HPC Enables Complex Virtual Simulation

With HPC, physical testing can be transformed into computer-based simulations across many fields, such as medicine and automotive. These virtual simulations reduce costs, shorten time to results, and lower warranty and maintenance expenses. To achieve peak performance from a computer cluster, parallel computing across multiple CPUs and GPUs is required.

IMB760: High-Performance EATX Motherboard with Four PCIe x16 Slots for GPUs

High-Performance Intel Processor

The IMB760 is powered by 3rd Gen Intel® Xeon® Scalable processors. Each processor supports up to 28 cores in four- and eight-socket configurations, making it a strong choice for HPC applications.

High-Speed, Large Storage

The IMB760 features sixteen 288-pin DDR4-3200 RDIMM slots for up to 1TB of memory, allowing it to process massive amounts of data in real time. To meet the demands of large-scale data storage and high-speed transmission, the IMB760 supports two NVMe SSDs, one IPMI LAN port, and two 10GbE LAN ports.

Great Expandability for Multiple GPU Cards

The IMB760 has four PCIe x16 slots and two PCIe x8 slots to offload workloads, making it ready for highly demanding applications that require GPU, FPGA, or accelerator card expansion.