Why Use Design Cloud (HPC)
Reduce your simulation time by 80% using distributed and parallel computing.
Complex product designs need massive and time-consuming simulations. Keysight Design Cloud leverages High-Performance Computing (HPC) technologies that let you run parallel simulations in the cloud, cluster, or server to reduce simulation time and expedite time-to-market significantly.
Say ‘No’ to the simulate-and-wait cycle you’ve been used to. Launch multiple simulations, shut down, and walk away. Keysight Design Cloud ensures your jobs are done quickly, and securely sends you the results when you reconnect.
Key Capabilities
Distribute frequency sweeps across multiple machines simultaneously.
Reduce simulation runtimes and validate designs faster.
Deploy on-premises, hybrid cloud, or fully cloud-based environments.
Leverage HPC technologies for complex engineering analyses.
Increase capacity on demand for larger simulation workloads.
- On-Premises
- Hybrid Cloud
- Turn-key Cloud
On-Premises
Computing resources are located on-premises in a single server or a cluster in a single site or multiple — a good balance between price and performance.
Hybrid Cloud
Computing resources are combined on-premises with virtual machines in a cloud environment — a better balance between scalability and performance.
Turn-key Cloud
Computing resources are easy to access, on-demand, and scalable in the cloud — the best balance between scalability, performance, and customization.
Resources to Get You Started
The advent of cloud-based EDA software has opened a world of opportunities for hardware designers, giving them the power to revolutionize the hardware industry. The advantages of enhanced collaboration in a multi-vendor environment offer scalability, cost efficiencies, security, and performance optimization. It has transformed the conceptualization, development, and testing of hardware designs.
blogs
Cut Down Design Time by Moving EM Simulations to the Cloud
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High-Performance Computing for RF & Microwave Design
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Demo Introduction to High Performance Computing in Keysight ADS on Rescale
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Using Design Cloud in ADS 2023
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Using Design Cloud HPC for a MMIC Module Design
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High Performance Computing and Design Cloud for HSD
Explore HPC Products
Products supported with Keysight Design Cloud.
PathWave EM HPC 1 件套
电磁仿真许可证允许对大量作业实施并行仿真。 这个许可证可应用于多个电磁求解器。 这个组件每套包含一个软件，可以多套结合使用实施更大规模的并行仿真并获得更高性能。 这个组件要求用户拥有电磁仿真器许可证。
电磁仿真许可证允许对大量作业实施并行仿真。 这个许可证可应用于多个电磁求解器。 这个组件每套包含一个软件，可以多套结合使用实施更大规模的并行仿真并获得更高性能。 这个组件要求用户拥有电磁仿真器许可证。
PathWave 电路仿真 HPC 1 件套
包括用于并行计算的电路仿真高性能计算套件。
包括用于并行计算的电路仿真高性能计算套件。
Electro-Thermal (ETH) High Performance Computing (HPC) Accelerator
Electro-thermal (ETH) analysis significantly improves circuit simulation accuracy to guarantee electrical performance specs under transient or steady-state self-heating conditions and to avoid premature failures.
Electro-thermal (ETH) analysis significantly improves circuit simulation accuracy to guarantee electrical performance specs under transient or steady-state self-heating conditions and to avoid premature failures.
SystemVue HPC Design Cloud
HPC parallel simulation software for SystemVue. Run simulations in the cloud, cluster, or server to reduce simulation time.
HPC parallel simulation software for SystemVue. Run simulations in the cloud, cluster, or server to reduce simulation time.
Have Questions? We've Got Answers
Keysight Design Cloud provides cloud-based and parallel simulation capabilities that accelerate EM, circuit, system, and electro-thermal analyses while reducing design turnaround time.
Parallel simulation distributes frequency points across multiple compute resources, allowing simulations to run simultaneously and complete significantly faster than on a single workstation.
EM, circuit, system, and electro-thermal simulations can all leverage cloud-based HPC resources to reduce computation time and improve engineering productivity.
Yes. Keysight supports on-premises servers, private clusters, hybrid deployments, and fully managed cloud environments to match organizational requirements.
Cloud simulation shortens design cycles, improves resource utilization, enables larger analyses, and helps engineering teams accelerate time-to-market.