Leading NVIDIA Channel Partner, PNY Technologies, Supports Data Science for Product Development

Detailing PNY Technologies' involvement with the NVIDIA-Powered Data Science Workstation specification.

Detailing PNY Technologies' involvement with the NVIDIA-Powered Data Science Workstation specification.

Key hardware components used by the NVIDIA-Powered Data Science Workstation (DSW) specification are supplied by PNY Technology, a long-time NVIDIA partner. Image courtesy of PNY Technologies.


PNY Technologies has been NVIDIA’s channel partner across NALA and EMEAI for over 15 years. With the release of the new NVIDIA-Powered Data Science Workstation specification, PNY delivers the components workstation vendors need to create new workstations, helping engineers or data scientists use artificial intelligence for product development. 

The specification begins with dual NVIDIA Quadro RTX graphics processing units (GPUs), based on the Turing GPU architecture. Each RTX 8000 supplied by PNY has 48GB of GPU memory (RTX 6000 has 24GB), required for large data sets typical of artificial intelligence (AI) training or deep learning and machine learning analysis. The NVIDIA GV100, a Volta class GPU also available from PNY, may also be used in a data science workstation.

Quadro RTX GPUs use two new types of compute cores, RT Cores and Tensor Cores. RT is short for ray tracing but could also refer to real-time; these cores are specialized for high-performance, local visualization. RT Cores significantly speed up the process of data science analysis visualization. 

Tensor Cores, available with Quadro RTX or the GV100, specialize in matrix math, common to deep learning and some applications in other fields that now run only on high-performance computing (HPC) clusters or cloud computing platforms. Tensor Cores are the key to high-speed calculating for artificial intelligence R&D. 

Tensor Cores perform a fused multiply add, where two 4x4 FP16 matrices are multiplied, and the result added to a 4x4 16-digit Floating Point (FP16) or FP32 matrix. Tensor Cores do millions of these calculations every second, much faster than commodity CPU or GPU compute circuitry. There is a specific advantage in the Tensor Core’s ability to accumulate results in FP32. According to NVIDIA scientists, 32-bit accumulation is a crucial aspect of network convergence with AI research. The theoretical performance boost of using tensor cores is 8x; in day-to-day use, the final throughput is generally a 4x speed increase. Data science models often take several days to run; a 4x speed increase would complete a four-day job in one day.

Several vendors are now shipping new NVIDIA-Powered Data Science Workstations using PNY components to meet NVIDIA’s standard, including AMAX, BOXX, COLFAX, EXXACT, Image & Technologie, OSS, RAVE Computer, and THINKMATE. “AI offers a tremendous market and substantial competitive advantage,” says Carl Flygare, the Quadro Product Marketing Manager at PNY Technologies. By following the NVIDIA specification, Carl says that “select PNY partners can offer a certified and turnkey fully equipped with the best hardware and a full stack of AI and Data Science tools right out of the box.”

In each workstation, up to four NVIDIA GPUs are linked using four-way NVIDIA NVLink architecture (also supplied by PNY). This configuration delivers 500 teraFLOPS of power, equivalent to hundreds of typical servers. 

Data science processes are similar from one task to the next. Data must be “wrangled,” formally known as ETL for Extract Transform Load. From initial ETL exploration, the data scientist builds a model of how the data will be used. This is the training part, used for inference and prediction. Training is time consuming; inference is fast. 

The Data Science Workstation specification calls for Canonical Ubuntu Linux 18.04, nicknamed Bionic Beaver, as the operating system. Along with Ubuntu comes a set of software libraries based on the NVIDIA CUDA-X AI protocol for AI research. The collection includes RAPIDSTensorFlowPyTorch and Caffe open source libraries and several NVIDIA-written acceleration libraries for machine learning, AI and deep learning. 

The price of a Data Science Workstation varies depending on the manufacturer and the exact options selected. 

For more information on PNY Technologies and their support of the NVIDIA-Powered Data Science Workstation specification, visit here.  

For more on Data Science Workstations, click here. 

LIVE WEBINAR: NVIDIA Quadro Powered Data Science Workstations and OmniSci – Leading the Transition to AI and Big Data Analytics

Learn how Quadro powered Data Science Workstations and OmniSci are redefining speed and scale in Big Data Analytics and visualization by combining the fastest analytics software with the fastest hardware – Quadro RTX GPUs boosted by the NVLink interconnect. REGISTER NOW

See why DE’s Editors selected the PNY Technologies as their Pick of the Week

Sources: Press materials received from the company and additional information gleaned from the company’s website.

More PNY Technologies Coverage

Sponsored Content
NVIDIA Quadro RTX for Data Science and Big Data Analytics
Learn how GPU acceleration, provided by the NVIDIA® Quadro® RTX™ line of professional graphics boards, is revolutionizing data science and analytics, resetting workflow expectations, and improving insights and outcomes for businesses across the world.
Sponsored Content
NVIDIA-Powered Data Science Workstations
Combining the power of NVIDIA Quadro RTX GPUs with accelerated CUDA-X AI data science software, NVIDIA-Powered Data Science Workstations deliver a new breed of fully integrated workstations for data science.
Sponsored Content
NVIDIA Quadro for Data Centers
Meet the most demanding visual computing challenges by bringing the power of NVIDIA Quadro RTX GPUs and NVIDIA virtual GPU software to the data center.
Sponsored Content
NVIDIA RTX Server
Take visual computing to the next level with NVIDIA RTX™ Servers which combine NVIDIA Quadro RTX GPUs with NVIDIA virtual GPU software for maximum performance and cost savings.
Sponsored Content
NVIDIA Quadro RTX
Whether implementing massive CAD models, performing complex engineering simulations or interactively rendering photorealistic images directly from CAD files, NVIDIA® Quadro® RTX™ GPUs deliver the performance you need to tackle these graphics and compute intensive tasks.
Sponsored Content
Reinventing VR and Collaboration in 2020
Join us for a live webinar to see how NVIDIA® Quadro® RTX™ and HTC are bringing people together through VR. This partnership is enabling businesses, governments, institutions, and individuals to safely bridge the social distancing gap during this tumultuous and...
PNY Technologies Company Profile

Share This Article

Subscribe to our FREE magazine, FREE email newsletters or both!

Join over 90,000 engineering professionals who get fresh engineering news as soon as it is published.




About the Author

DE Editors's avatar
DE Editors

DE’s editors contribute news and new product announcements to Digital Engineering.
Press releases may be sent to them via DE-Editors@digitaleng.news.

Follow DE
#23131