Grifo Model Vector 10090s
Grifo Model Vector 10090s
Grifo Model Vector 10090s
The best on the market
to accelerate Artificial Intelligence (AI), High Performance Computing (HPC), Data Science and Graphics.
It supports 90 NVidia V100s GPUs
The non blocking integrated IO network guarantees advanced functionality like direct communication CPU to GPU, GPU to any other GPU, and GPU to the integrated high speed storage with GPU to storage direct data access.
Making real what is impossible with any existing system.
GRIFO Model Vector 10090s is the equivalent of a cluster based on 5.7 Millions of servers (Intel Xeon Gold 6240) when used for data analytics.
GRIFO Model Vector 10090s massive compute system in numbers
Massive accelerator
GRIFO Model Vector 10090s integrates 90 NVIDIA V100s Tensor Core GPUs, and 2.8 Terabyte of GPU memory so you can work with the biggest training datasets.
Multiple balanced NVMe array
GRIFO Model Vector 10090s integrates 72 NVMe PCIe 4x enabling parallel data access at the speed of more than 200 Gyte/s sustained.
Ultra fast data exchange
GRIFO Model Vector 10090s delivers up to 100 TeraBytes GPU memory bandwidth.
Data scientists, researchers, and engineers can now spend less time optimizing code and more time designing the next real AI breakthrough using the standard programming model available on the market (zero learning curve!)
BENCHMARKS
Analytics Benchmarks
Deep Training AI Benchmarks
HPC Performance Benchmarks
GRIFO Model Vector 10090s enables a whole new level of data analitycs performance today impracticable with existing systems.
More in details #1 GRIFO™ Model Vector 10090s is the equivalent of a cluster based on 5.7 Millions of servers (Intel Xeon Gold 6240) when used for data analytics.
GRIFO Model Vector 10090s delivers 1900x times the data performance of a 3000 CPU Cluster based on Intel Gold 6240@2GHz/3.9Hz Turbo.
GRIFO 10090s vs NVidia HGX2
A simple example of the GRIFO power: TensorEX HGX-2 vs GRIFO Deep Learning Benchmarks.
SOLUTIONS
We help to solve the most challenging computing, analytics, virtualization and data driven problems. Our ground-breaking approach to supercomputing can paving the next generation revolution.