Cloud Computing Infrastructure for HPC

Any Architecture, Any Cloud, Worldwide

Instant access to the world’s latest high-performance computing architectures, from anywhere in our global cloud provider network.

  • Preconfigured coretypes simplify finding the right architectures
  • Use any architecture from our global multi-cloud network
  • Successful job completion guarantee backed by SLA
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Key Considerations For Hardware Selection

Businesses, on average, can increase workload performance by 30% and reduce overall simulation costs by 20% just by choosing a more optimal core type on Rescale.
Do you have a strategy to keep up with the latest technologies across all available across multiple providers?
Are you currently using the best cloud architectures for your specific workloads, optimized for cost, speed, or scale?

What metrics and data sources are you leveraging to maximize the performance and efficiency of your HPC and engineering resources?
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Enhanced Infrastructure Services
on the Largest Cloud HPC Network

The latest specialized architectures from leading cloud providers enhanced by Rescale’s unique job success guarantee. A range of options helps you balance flexibility, cost savings, and time-to-solve objectives.

Broad Set of High Performance
Computing Architectures

CPU

Intel Xeon Skylake, Phi, Broadwell

AMD EPYC

Xilinx FPGA

GPU

NVIDIA Volta V100

NVIDIA Tesla P100

NVIDIA Tesla K80

NVLink

Memory

3.2-3.10 GB/core

up to 2TB/server

Interconnect

Low latency 10 GigE, 25 GigE and Infiniband

Storage

Solid State Disks (SSD) 15-400 GB/core or unlimited

Rescale Coretypes

Simplify finding the right hardware architecture and configuration with
predefined coretypes optimized for each workload.

Find out the best Rescale coretype for your applications:

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Coretype Portfolio

The latest high performance computing architectures available on Rescale’s global cloud provider network.

Primary Coretypes Memory (GB/Core) Network IO Storage (GB/Core) Processor
General Purpose (40)
Andalusite 8 200.0 36 (SSD) Intel Xeon 8375C (Ice Lake) with 200 Gbps low-latency inter-node communication
Antimony 8 10.0 18 (SSD) AWS Graviton2 Processor with 64-bit ARM Neoverse cores
Box 16 50.0 36 (SSD) AMD EPYC 7571
Caesium 16 200.0 237 (SSD) Intel Xeon 8375C (Ice Lake) with 200 Gbps low-latency inter-node communication
Calcite 8 30.0 75 (SSD) Intel Xeon Platinum 8272CL (Cascade Lake)
Calcite v2 8 35.0 75 (SSD) 3rd Generation Intel Xeon Platinum 8370C (Ice Lake)
Calyptolite 4 200.0 36 (SSD) Intel Xeon 8375C (Ice Lake)
Emerald 4 25.0 36 (SSD) Intel Xeon Platinum P-8124 (Skylake)
Emerald Plus 4 25.0 36 (SSD) Intel Xeon Platinum P-8124 (Skylake)
Emerald Max 4 25.0 36 (SSD) Intel Xeon Platinum P-8124 (Skylake)
Erionite 2 50.0 16 (SSD) AWS Graviton4 Processor with 64-bit ARM Neoverse cores
Ferrite 4 10.0 16 (SSD) Intel Xeon Platinum 8168 (Skylake)
Gallium 4 10.0 36 (SSD) AWS Graviton2 Processor with 64-bit ARM Neoverse cores
Hickory 4 50.0 31 (SSD) AMD EPYC Genoa
Jacinth 4 50.0 36 (SSD) Intel Xeon (Sapphire Rapids)
Kyanite 8 50.0 36 (SSD) Intel Xeon Scalable processors (Ice Lake)
Kyanite Plus 8 50.0 36 (SSD) Intel Xeon Scalable processors (Ice Lake)
Luna 4 25.0 36 (SSD) 2nd Generation Intel Xeon Scalable Processors (Cascade Lake)
Luna Max 4 25.0 36 (SSD) 2nd Generation Intel Xeon Scalable Processors (Cascade Lake)
Mesolite 2 200.0 18 (SSD) AWS Graviton3 Processor with 64-bit ARM Neoverse cores
Moissanite 8 50.0 36 (SSD) Intel Xeon (Sapphire Rapids)
Palladium 4 25.0 18 (SSD) AWS Graviton2 Processor with 64-bit ARM Neoverse cores
Palladium Max 4 25.0 18 (SSD) AWS Graviton2 Processor with 64-bit ARM Neoverse cores
Pectolite 2 200.0 18 (SSD) AWS Graviton3 Processor with 64-bit ARM Neoverse cores
Redbud 2 50.0 36 AMD EPYC (Genoa)
Reidite 16 50.0 32 Intel Xeon (Sapphire Rapids 8488C
Rowan 4 75.0 36 (SSD) AMD EPYC 9R45
Ruby 16 25.0 75 (SSD) Intel Xeon Platinum 8175M (Skylake)
Sanguite 16 100.0 36 (SSD) Xeon 6
Sitka 16 30.0 32 (SSD) AMD EPYC 7452 (Rome)
Spindle 2 50.0 72 AMD EPYC (Milan)
Spruce 8 30.0 16 (SSD) AMD EPYC 7452 (Rome)
Spruce v2 8 32.0 32 (SSD) 3rd generation AMD EPYC 7763v
Starlite 4 50.0 36 (SSD) Intel Xeon Scalable processors (Ice Lake)
Starlite Plus 4 50.0 36 (SSD) Intel Xeon Scalable processors (Ice Lake)
Starlite Max 4 50.0 36 (SSD) Intel Xeon Scalable processors (Ice Lake)
Tantalum 16 200.0 36 (SSD) Intel Xeon 8375C (Ice Lake) with 200 Gbps low-latency inter-node communication
Whitebeam 8 75.0 36 (SSD) AMD EPYC Turin
Willow 4 20.0 12 AMD EPYC 7002 series
Zeolite 2 10.0 18 (SSD) AWS Graviton3 Processor with 64-bit ARM Neoverse cores
High-Speed Interconnect (51)
Large Memory (48)
High Clock-Rate (22)
Large Disk (26)
GPU (39)
GPU Rendering (25)
Other (4)

“Rescale offers 99% availability and gives us the flexibility to scale up and down according to our needs. We are not willing to take the risk of delay due to hardware capacity. Now we don’t have to. We are very happy with our new solution, and EDRMedeso has helped us implement it in a very efficient way. They also provide best-in-class customer support to resolve any technical issues, and we are confident they will keep providing us with new, smart solutions to our simulation problems.”

Kashif Kamran Toor, Senior FEA Specialist
Ørsted

“Rescale’s scalable computing resources enable rapid analysis of complex aerodynamics. To reduce the technical risks of our project with high-fidelity predictive software requires immense computational resources. Rescale offers us a turnkey solution to connect our software tools to high-performance hardware infrastructure.”

Zach Lovering, Vahana Project Executive
Vahana

“After the preliminary tests, it was clear to us that this was the solution we needed. We decided to implement Rescale. Now, we can fully utilize our existing licenses and it also allows us to take advantage of the availability of an on-demand license pool to handle the peak workloads within the Rescale platform. Our analysts can perform any number of design iterations simultaneously, and simulation run-time has been reduced d”Arrival works with Rescale to manage a broad software portfolio and ensure engineers have access to the right applications, the latest versions, and the most performant hardware across each simulation requirement.”

Nathan Baker, Head of RED-CAT
Arrival

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