Product Advantages
Product Advantages
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Flexibility
Different G series servers provide the memory you need for graphics application, and P series servers are great for scientific computing or deep learning workloads.Different G series servers provide the memory you need for graphics application, and P series servers are great for scientific computing or deep learning workloads. -
Ecosystem
A comprehensive ecosystem provides support for multiple GPU applications and deep learning frameworks. G series servers support OpenGL and DirectX, while the P series servers support CUDA and OpenCL.A comprehensive ecosystem provides support for multiple GPU applications and deep learning frameworks. G series servers support OpenGL and DirectX, while the P series servers support CUDA and OpenCL.
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Ease of use
Obtain all sorts of graphic workstations, supercomputing applications, deep learning frameworks, and computing clusters in just a few clicks.Obtain all sorts of graphic workstations, supercomputing applications, deep learning frameworks, and computing clusters in just a few clicks. -
Cost effectiveness
Take advantage of pay-per-use or periodic subscriptions so you always have the latest hardware at your fingertips, with elastic scaling built right in.Take advantage of pay-per-use or periodic subscriptions so you always have the latest hardware at your fingertips, with elastic scaling built right in.
Application Scenarios
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AI
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Scientific Computing
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Graphic Workstations
AI
Each GPU contains thousands of computing units providing
outstanding parallel computing capabilities.
Advantages
Big data transmission between neural networks is not a problem.
Instance provisioning in just minutes with only a few clicks
Scientific Computing
Scientific computing demands powerful double-precision computing power. It can call for extraordinary compute resources.
Advantages
Offers up to 680,000 IOPS for optimal storage performance.
Features improved double-precision computing performance by 100x than CPUs.
Graphic Workstations
GACS provides you with the powerful processing power you need for professional CAD, video rendering, and graphics processing.
Advantages
10x the performance of standard GPUs
Data center-class V100 GPUs for graphic workstations
Functions
Functions
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HPC and AI
Superb single- and dual-precision computing powerSuperb single- and dual-precision computing power -
Video/Graphics Rendering
Professional video or graphics renderingProfessional video or graphics rendering
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PI2PI2Developed using NVIDIA Tesla T4 GPUs. A single GPU offers 8.1 TeraFLOPS of single-precision computing and 130 TeraOPS INT8. Uses 16 GB DDR6 GPU memory, 300 Gbit/s bandwidth, 1 NVENC encoder, and 2 NVDEC decoders.Developed using NVIDIA Tesla T4 GPUs. A single GPU offers 8.1 TeraFLOPS of single-precision computing and 130 TeraOPS INT8. Uses 16 GB DDR6 GPU memory, 300 Gbit/s bandwidth, 1 NVENC encoder, and 2 NVDEC decoders.
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Video RenderingVideo RenderingG5 instances, developed using NVIDIA Tesla M60 GPUs and GPU pass-through, support 8/16 GB DDR GPU memory for heavy-load graphics design and video processing.G5 instances, developed using NVIDIA Tesla M60 GPUs and GPU pass-through, support 8/16 GB DDR GPU memory for heavy-load graphics design and video processing.
Recommended Configurations
Pi2（T4）
Deep learning inference
Deep learning inference and video encoding and decoding
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vCPUs
8/16/32
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Memory
32/64/128 GB
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System disk
40 GB (default)
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GPUs
1/2/4 T4
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Standard library
CUDA/OpenCL
$596.5 /month
Buy NowG5（V100）
Graphics acceleration and deep learning training/inference
Graphics acceleration, deep learning training, and high-performance computing
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vCPUs
32
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Memory
128 GB
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System disk
40 GB (default)
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GPUs
1 V100
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Standard library
CUDA/OpenCL
$2,777.5 /month
Buy NowUsage Guides
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