Case Study: Innovate More, Iterate Faster
White Paper: Multi-core Intel® Xeon® processors
Siemens PLM Software, HP, and Intel deliver technologies to revolutionize your business, enabling you to work differently and move from serial to simultaneous workflows. New technology allows engineers and designers to work in ways that were not possible a few years ago. Move from serial to simultaneous workflows and realize exceptional performance and productivity gains that help you get higher quality, competitive products to the marketplace faster.
Intel, HP, and Siemens PLM Software have a long history of creating innovative, high performing, and cost-effective solutions for the manufacturing market. In this study, HP and Intel investigated parallelized manufacturing workflows for users of NX* software from Siemens PLM Software. Multi-core processors were tested to determine how they can help fundamentally change the way engineers work.
Workflow Parallelization: Engineering productivity can be significantly improved by applying concurrent workflow techniques. Parallelization of workflows can take on two forms:
• Speeding up individual applications. Software vendors hardcode application improvements, which take advantage of SMP (Symmetric Multi-Processing).
• Running multiple applications at once. With good system interactivity, end users can run applications simultaneously.
Read the full Innovate More, Iterate Faster Case Study.
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Case Study: Innovate More, Iterate Faster
White Paper: Multi-core Intel® Xeon® processors
Siemens PLM Software, HP, and Intel deliver technologies to revolutionize your business, enabling you to work differently and move from serial to simultaneous workflows. New technology allows engineers and designers to work in ways that were not possible a few years ago. Move from serial to simultaneous workflows and realize exceptional performance and productivity gains that help you get higher quality, competitive products to the marketplace faster.
Intel, HP, and Siemens PLM Software have a long history of creating innovative, high performing, and cost-effective solutions for the manufacturing market. In this study, HP and Intel investigated parallelized manufacturing workflows for users of NX* software from Siemens PLM Software. Multi-core processors were tested to determine how they can help fundamentally change the way engineers work.
Workflow Parallelization: Engineering productivity can be significantly improved by applying concurrent workflow techniques. Parallelization of workflows can take on two forms:
• Speeding up individual applications. Software vendors hardcode application improvements, which take advantage of SMP (Symmetric Multi-Processing).
• Running multiple applications at once. With good system interactivity, end users can run applications simultaneously.
Read the full Innovate More, Iterate Faster Case Study.
