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vCPUs
Runtime
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Computing Intel Xeon 6975P-C 3.9GHzvCPUs8Memory16Credit / Time 4,400BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScorevCPUs16Memory32Credit / Time 8,800BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScorevCPUs32Memory64Credit / Time 17,600BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScorevCPUs48Memory96Credit / Time 26,400BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScorevCPUs64Memory128Credit / Time 35,200BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScorevCPUs96Memory192Credit / Time 55,600BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScorevCPUs128Memory256Credit / Time 74,100BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScorevCPUs192Memory384Credit / Time 111,200BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScorevCPUs384Memory768Credit / Time 222,300BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU Score
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HPC Intel Xeon 6975P-C 3.9GHzvCPUs8Memory32Credit / Time 5,000BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs16Memory64Credit / Time 9,900BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs32Memory128Credit / Time 19,800BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs48Memory192Credit / Time 29,700BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs64Memory256Credit / Time 39,500BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs96Memory384Credit / Time 62,400BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs128Memory512Credit / Time 83,200BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs192Memory768Credit / Time 124,800BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs384Memory1536Credit / Time 249,500BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.
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HPC(Memory) Intel Xeon 6975P-C 3.9GHzvCPUs8Memory64Credit / Time 5,800BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs12Memory96Credit / Time 11,600BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs24Memory192Credit / Time 23,100BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs48Memory384Credit / Time 34,700BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs64Memory512Credit / Time 46,200BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs96Memory768Credit / Time 72,900BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs128Memory1024Credit / Time 97,200BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs192Memory1536Credit / Time 145,800BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs384Memory3072Credit / Time 291,600BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.
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GPU(T4) Intel Xeon Platinum 8259CL (Cascade Lake) 2.5GHz | NVIDIA T4 16GB * 1 GPUvCPUs8Memory32Credit / Time 6,300BenchmarkTestSingle-Core Score1145Multi-Core Score4143GPU Score78370NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs16Memory64Credit / Time 10,700BenchmarkTestSingle-Core Score1126Multi-Core Score6774GPU Score80206NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs32Memory128Credit / Time 20,000BenchmarkTestSingle-Core Score1151Multi-Core Score9758GPU Score82229NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs48Memory192Credit / Time 33,800BenchmarkTestSingle-Core Score1164Multi-Core Score10514GPU Score77148NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs64Memory256Credit / Time 40,000BenchmarkTestSingle-Core Score1104Multi-Core Score11290GPU Score83826NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.
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GPU(A10G) AMD EPYC Milan 3.3GHz | NVIDIA A10G 22.4GB * 1 GPUvCPUs8Memory32Credit / Time 9,000BenchmarkTestSingle-Core Score1376Multi-Core Score5301GPU Score162804NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs16Memory64Credit / Time 13,200BenchmarkTestSingle-Core Score1335Multi-Core Score7813GPU Score162464NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs32Memory128Credit / Time 21,600BenchmarkTestSingle-Core Score1368Multi-Core Score11797GPU Score162864NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs48Memory192Credit / Time 44,200BenchmarkTestSingle-Core Score1324Multi-Core Score13002GPU Score165557NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs64Memory256Credit / Time 38,400BenchmarkTestSingle-Core Score1326Multi-Core Score13940GPU Score167952NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs96Memory384Credit / Time 69,500BenchmarkTestSingle-Core Score1329Multi-Core Score13781GPU Score168749NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs192Memory768Credit / Time 138,900BenchmarkTestSingle-Core Score1307Multi-Core Score14102GPU Score167478NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.
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GPU(L4) AMD EPYC 7R13 3.4GHz | NVIDIA L4 22.4GB * 1 GPUvCPUs8Memory32Credit / Time 7,600BenchmarkTestSingle-Core Score1744Multi-Core Score6700GPU Score153070NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs16Memory64Credit / Time 11,400BenchmarkTestSingle-Core Score1741Multi-Core Score10077GPU Score155509NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs32Memory128Credit / Time 19,000BenchmarkTestSingle-Core Score1738Multi-Core Score14166GPU Score155681NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs48Memory192Credit / Time 37,900BenchmarkTestSingle-Core Score1754Multi-Core Score16892GPU Score155387NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs64Memory256Credit / Time 34,300BenchmarkTestSingle-Core Score1736Multi-Core Score16623GPU Score155986NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs96Memory384Credit / Time 60,800BenchmarkTestSingle-Core Score1680Multi-Core Score17598GPU Score153684NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs192Memory768Credit / Time 121,500BenchmarkTestSingle-Core Score1686Multi-Core Score16580GPU Score154847NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.
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GPU(L40S) AMD EPYC 7R13 3.4GHz | NVIDIA L40S 44.7GB * 1 GPUvCPUs8Memory64Credit / Time 15,100BenchmarkTestSingle-Core Score1673Multi-Core Score6494GPU Score192690NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs16Memory128Credit / Time 21,400BenchmarkTestSingle-Core Score1694Multi-Core Score9945GPU Score198570NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs32Memory256Credit / Time 33,900BenchmarkTestSingle-Core Score1681Multi-Core Score14031GPU Score199569NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs48Memory384Credit / Time 72,700BenchmarkTestSingle-Core Score1699Multi-Core Score15912GPU Score199684NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs64Memory512Credit / Time 59,000BenchmarkTestSingle-Core Score1693Multi-Core Score16621GPU Score199675NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs96Memory768Credit / Time 110,400BenchmarkTestSingle-Core Score1677Multi-Core Score17756GPU Score199976NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs192Memory1536Credit / Time 220,700BenchmarkTestSingle-Core Score1685Multi-Core Score16100GPU Score199985NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.
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GPU(RTX6000) Intel Xeon Scalable (Emerald Rapids) | NVIDIA RTX PRO 6000 Blackwell Server Edition 96GB * 1 GPUvCPUs8Memory64Credit / Time 26,400BenchmarkTestSingle-Core Score2285Multi-Core Score8769GPU Score406246NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs16Memory128Credit / Time 33,100BenchmarkTestSingle-Core Score2336Multi-Core Score13929GPU Score406578NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs32Memory256Credit / Time 46,600BenchmarkTestSingle-Core Score2345Multi-Core Score18492GPU Score406890NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs48Memory512Credit / Time 72,600BenchmarkTestSingle-Core Score2347Multi-Core Score20216GPU Score406958NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs96Memory1024Credit / Time 145,100BenchmarkTestSingle-Core Score2358Multi-Core Score21470GPU Score406995NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs192Memory2048Credit / Time 290,100BenchmarkTestSingle-Core Score2367Multi-Core Score20162GPU Score406780NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.
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AI(V100) Intel Xeon E5-2686 v4 (Broadwell) 2.7GHz | NVIDIA V100 16GB * 1 GPU | Only LinuxvCPUs8Memory61Credit / Time 27,000BenchmarkTestSingle-Core Score748Multi-Core Score3284GPU Score172840NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.vCPUs32Memory244Credit / Time 107,700BenchmarkTestSingle-Core Score749Multi-Core Score7558GPU Score173874NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.vCPUs64Memory488Credit / Time 215,400BenchmarkTestSingle-Core Score751Multi-Core Score13598GPU Score175948NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.
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AI(A100) Intel Xeon Platinum 8275L 3.0GHz | NVIDIA A100 40GB * 8 GPU | Only LinuxvCPUs96Memory1152Credit / Time 184,000BenchmarkTestSingle-Core Score1291Multi-Core Score15956GPU Score213187NVIDIA A100–based. Optimized for large-scale model training and inference. Supports FP64, TF32, and FP16 operations with NVLink and NVSwitch for efficient distributed training and multi-GPU scaling.
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AI(H100) AMD EPYC 7R13 3.6GHz | NVIDIA H100 80GB * 1 GPU | Only LinuxvCPUs16Memory256Credit / Time 51,400BenchmarkTestSingle-Core Score1680Multi-Core Score6732GPU Score325474NVIDIA H100–based. Designed for large-scale LLMs and multi-node training. Maximizes training speed with FP8/TF32 precision and NVLink, delivering top-tier performance for massive fine-tuning and HPC workloads.vCPUs192Memory2048Credit / Time 413,300BenchmarkTestSingle-Core Score1709Multi-Core Score16009GPU Score334465NVIDIA H100–based. Designed for large-scale LLMs and multi-node training. Maximizes training speed with FP8/TF32 precision and NVLink, delivering top-tier performance for massive fine-tuning and HPC workloads.
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AI(H200) Intel Xeon Scalable (Sapphire Rapids) 2.7GHz | NVIDIA H200 141GB * 8 GPU | Only LinuxvCPUs192Memory2048Credit / Time 521,800BenchmarkTestSingle-Core Score1704Multi-Core Score16479GPU Score344329NVIDIA H200–based. Next-generation GPU optimized for large-scale generative AI training and inference. Equipped with 141 GB of HBM3 memory and up to 4.8 TB/s bandwidth, supporting FP8, FP16, and BF16 operations for maximum efficiency in large-model workloads.
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AI(B200) Intel Xeon Scalable (Emerald Rapids) 3.2GHz | NVIDIA B200 180GB * 8 GPU | Only LinuxvCPUs192Memory2048Credit / Time 677,300BenchmarkTestSingle-Core Score1849Multi-Core Score21749GPU Score333768NVIDIA B200-based. Optimized for next-generation large-scale AI training, inference, and HPC workloads. Large VRAM and latest Tensor Cores maximize efficiency for large-model processing.
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Computing Intel Xeon 6975P-C 3.9GHzvCPUs8Memory16Credit / Time 4,400BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScorevCPUs16Memory32Credit / Time 8,800BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScorevCPUs32Memory64Credit / Time 17,600BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScorevCPUs48Memory96Credit / Time 26,400BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScorevCPUs64Memory128Credit / Time 35,200BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScorevCPUs96Memory192Credit / Time 55,600BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScorevCPUs128Memory256Credit / Time 74,100BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScorevCPUs192Memory384Credit / Time 111,200BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScorevCPUs384Memory768Credit / Time 222,300BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU Score
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HPC Intel Xeon 6975P-C 3.9GHzvCPUs8Memory32Credit / Time 5,000BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs16Memory64Credit / Time 9,900BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs32Memory128Credit / Time 19,800BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs48Memory192Credit / Time 29,700BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs64Memory256Credit / Time 39,500BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs96Memory384Credit / Time 62,400BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs128Memory512Credit / Time 83,200BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs192Memory768Credit / Time 124,800BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.vCPUs384Memory1536Credit / Time 249,500BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU ScoreHigh-frequency, low-latency vCPUs optimized for workloads where single-thread performance is critical — such as CAD/EDA, financial computing, and real-time processing. Ideal for short-running jobs that demand maximum performance.
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HPC(Memory) Intel Xeon 6975P-C 3.9GHzvCPUs8Memory64Credit / Time 5,800BenchmarkTestSingle-Core Score2175Multi-Core Score8350GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs12Memory96Credit / Time 11,600BenchmarkTestSingle-Core Score2175Multi-Core Score13173GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs24Memory192Credit / Time 23,100BenchmarkTestSingle-Core Score2175Multi-Core Score17719GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs48Memory384Credit / Time 34,700BenchmarkTestSingle-Core Score2175Multi-Core Score20153GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs64Memory512Credit / Time 46,200BenchmarkTestSingle-Core Score2175Multi-Core Score21074GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs96Memory768Credit / Time 72,900BenchmarkTestSingle-Core Score2175Multi-Core Score22418GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs128Memory1024Credit / Time 97,200BenchmarkTestSingle-Core Score2175Multi-Core Score22872GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs192Memory1536Credit / Time 145,800BenchmarkTestSingle-Core Score2175Multi-Core Score23119GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.vCPUs384Memory3072Credit / Time 291,600BenchmarkTestSingle-Core Score2175Multi-Core Score23789GPU ScoreLarge-memory instances ideal for in-memory databases, large-scale data analytics and preprocessing, as well as CAD/CAE preprocessing. Designed to minimize swapping.
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GPU(T4) Intel Xeon Platinum 8259CL (Cascade Lake) 2.5GHz | NVIDIA T4 16GB * 1 GPUvCPUs8Memory32Credit / Time 6,300BenchmarkTestSingle-Core Score1145Multi-Core Score4143GPU Score78370NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs16Memory64Credit / Time 10,700BenchmarkTestSingle-Core Score1126Multi-Core Score6774GPU Score80206NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs32Memory128Credit / Time 20,000BenchmarkTestSingle-Core Score1151Multi-Core Score9758GPU Score82229NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs48Memory192Credit / Time 33,800BenchmarkTestSingle-Core Score1164Multi-Core Score10514GPU Score77148NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.vCPUs64Memory256Credit / Time 40,000BenchmarkTestSingle-Core Score1104Multi-Core Score11290GPU Score83826NVIDIA T4–based. Well-suited for CAD, visualization, video editing, and general 3D training. Cost-effective for running multiple sessions.
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GPU(A10G) AMD EPYC Milan 3.3GHz | NVIDIA A10G 22.4GB * 1 GPUvCPUs8Memory32Credit / Time 9,000BenchmarkTestSingle-Core Score1376Multi-Core Score5301GPU Score162804NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs16Memory64Credit / Time 13,200BenchmarkTestSingle-Core Score1335Multi-Core Score7813GPU Score162464NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs32Memory128Credit / Time 21,600BenchmarkTestSingle-Core Score1368Multi-Core Score11797GPU Score162864NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs48Memory192Credit / Time 44,200BenchmarkTestSingle-Core Score1324Multi-Core Score13002GPU Score165557NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs64Memory256Credit / Time 38,400BenchmarkTestSingle-Core Score1326Multi-Core Score13940GPU Score167952NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs96Memory384Credit / Time 69,500BenchmarkTestSingle-Core Score1329Multi-Core Score13781GPU Score168749NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.vCPUs192Memory768Credit / Time 138,900BenchmarkTestSingle-Core Score1307Multi-Core Score14102GPU Score167478NVIDIA A10G–based. Optimized for complex 3D rendering, high-resolution streaming, and AI inference/lightweight training.
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GPU(L4) AMD EPYC 7R13 3.4GHz | NVIDIA L4 22.4GB * 1 GPUvCPUs8Memory32Credit / Time 7,600BenchmarkTestSingle-Core Score1744Multi-Core Score6700GPU Score153070NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs16Memory64Credit / Time 11,400BenchmarkTestSingle-Core Score1741Multi-Core Score10077GPU Score155509NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs32Memory128Credit / Time 19,000BenchmarkTestSingle-Core Score1738Multi-Core Score14166GPU Score155681NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs48Memory192Credit / Time 37,900BenchmarkTestSingle-Core Score1754Multi-Core Score16892GPU Score155387NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs64Memory256Credit / Time 34,300BenchmarkTestSingle-Core Score1736Multi-Core Score16623GPU Score155986NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs96Memory384Credit / Time 60,800BenchmarkTestSingle-Core Score1680Multi-Core Score17598GPU Score153684NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.vCPUs192Memory768Credit / Time 121,500BenchmarkTestSingle-Core Score1686Multi-Core Score16580GPU Score154847NVIDIA L4–based. Specialized for large-scale inference, computer vision, and video transcoding. Delivers low latency, high throughput, and power efficiency, making it ideal for production services and multi-session workloads.
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GPU(L40S) AMD EPYC 7R13 3.4GHz | NVIDIA L40S 44.7GB * 1 GPUvCPUs8Memory64Credit / Time 15,100BenchmarkTestSingle-Core Score1673Multi-Core Score6494GPU Score192690NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs16Memory128Credit / Time 21,400BenchmarkTestSingle-Core Score1694Multi-Core Score9945GPU Score198570NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs32Memory256Credit / Time 33,900BenchmarkTestSingle-Core Score1681Multi-Core Score14031GPU Score199569NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs48Memory384Credit / Time 72,700BenchmarkTestSingle-Core Score1699Multi-Core Score15912GPU Score199684NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs64Memory512Credit / Time 59,000BenchmarkTestSingle-Core Score1693Multi-Core Score16621GPU Score199675NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs96Memory768Credit / Time 110,400BenchmarkTestSingle-Core Score1677Multi-Core Score17756GPU Score199976NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.vCPUs192Memory1536Credit / Time 220,700BenchmarkTestSingle-Core Score1685Multi-Core Score16100GPU Score199985NVIDIA L40S–based. Built for Gen-AI, high-performance inference, and RTX rendering. Large VRAM and latest Tensor/RT cores speed graphics+AI workloads—ideal for enterprise real-time, Omniverse, and high-density VDI.
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GPU(RTX6000) Intel Xeon Scalable (Emerald Rapids) | NVIDIA RTX PRO 6000 Blackwell Server Edition 96GB * 1 GPUvCPUs8Memory64Credit / Time 26,400BenchmarkTestSingle-Core Score2285Multi-Core Score8769GPU Score406246NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs16Memory128Credit / Time 33,100BenchmarkTestSingle-Core Score2336Multi-Core Score13929GPU Score406578NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs32Memory256Credit / Time 46,600BenchmarkTestSingle-Core Score2345Multi-Core Score18492GPU Score406890NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs48Memory512Credit / Time 72,600BenchmarkTestSingle-Core Score2347Multi-Core Score20216GPU Score406958NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs96Memory1024Credit / Time 145,100BenchmarkTestSingle-Core Score2358Multi-Core Score21470GPU Score406995NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.vCPUs192Memory2048Credit / Time 290,100BenchmarkTestSingle-Core Score2367Multi-Core Score20162GPU Score406780NVIDIA RTX PRO 6000 Blackwell-based. Optimized for generative AI inference, spatial computing, scientific computing, and RTX rendering. 96 GB GPU memory and latest Tensor/RT cores accelerate graphics+AI workloads with high performance.
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AI(V100) Intel Xeon E5-2686 v4 (Broadwell) 2.7GHz | NVIDIA V100 16GB * 1 GPU | Only LinuxvCPUs8Memory61Credit / Time 27,000BenchmarkTestSingle-Core Score748Multi-Core Score3284GPU Score172840NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.vCPUs32Memory244Credit / Time 107,700BenchmarkTestSingle-Core Score749Multi-Core Score7558GPU Score173874NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.vCPUs64Memory488Credit / Time 215,400BenchmarkTestSingle-Core Score751Multi-Core Score13598GPU Score175948NVIDIA V100–based. Well-suited for mid-scale model training and fine-tuning. Supports distributed training with FP16 Tensor Cores and NVLink, delivering stable performance at a balanced cost—ideal for education and PoC use cases.
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AI(A100) Intel Xeon Platinum 8275L 3.0GHz | NVIDIA A100 40GB * 8 GPU | Only LinuxvCPUs96Memory1152Credit / Time 184,000BenchmarkTestSingle-Core Score1291Multi-Core Score15956GPU Score213187NVIDIA A100–based. Optimized for large-scale model training and inference. Supports FP64, TF32, and FP16 operations with NVLink and NVSwitch for efficient distributed training and multi-GPU scaling.
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AI(H100) AMD EPYC 7R13 3.6GHz | NVIDIA H100 80GB * 1 GPU | Only LinuxvCPUs16Memory256Credit / Time 51,400BenchmarkTestSingle-Core Score1680Multi-Core Score6732GPU Score325474NVIDIA H100–based. Designed for large-scale LLMs and multi-node training. Maximizes training speed with FP8/TF32 precision and NVLink, delivering top-tier performance for massive fine-tuning and HPC workloads.vCPUs192Memory2048Credit / Time 413,300BenchmarkTestSingle-Core Score1709Multi-Core Score16009GPU Score334465NVIDIA H100–based. Designed for large-scale LLMs and multi-node training. Maximizes training speed with FP8/TF32 precision and NVLink, delivering top-tier performance for massive fine-tuning and HPC workloads.
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AI(H200) Intel Xeon Scalable (Sapphire Rapids) 2.7GHz | NVIDIA H200 141GB * 8 GPU | Only LinuxvCPUs192Memory2048Credit / Time 521,800BenchmarkTestSingle-Core Score1704Multi-Core Score16479GPU Score344329NVIDIA H200–based. Next-generation GPU optimized for large-scale generative AI training and inference. Equipped with 141 GB of HBM3 memory and up to 4.8 TB/s bandwidth, supporting FP8, FP16, and BF16 operations for maximum efficiency in large-model workloads.
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AI(B200) Intel Xeon Scalable (Emerald Rapids) 3.2GHz | NVIDIA B200 180GB * 8 GPU | Only LinuxvCPUs192Memory2048Credit / Time 677,300BenchmarkTestSingle-Core Score1849Multi-Core Score21749GPU Score333768NVIDIA B200-based. Optimized for next-generation large-scale AI training, inference, and HPC workloads. Large VRAM and latest Tensor Cores maximize efficiency for large-model processing.