Advances in deep learning today are opening the door for researchers, scientists and innovators to solve problems that were previously unsolvable and to achieve things that were once in the realm of science fiction. From speech and image recognition to autonomous vehicles to drug discovery and bioinformatics, deep learning is transforming the frontiers of discovery across a wide range of industries.
A deep learning workstation puts the power of a data center in the hands of an individual deep learning scientist or researcher. Powered by GPUs with massive parallel processing power, deep learning workstations can accomplish in minutes or hours what used to take days or weeks, significantly accelerating training and inference times.
When you're ready to source a deep learning workstation, you'll find a wide range of NVIDIA GPU-accelerated workstations at Thinkmate. Our reputation for reliability, our dedication to customer service and our exceptionally competitive pricing have made us a #1 white box solutions provider for customers in a broad variety of industries.
NVIDIA DGX Station is the world's first purpose-built AI workstation, powered by four NVIDIA Tesla V100 GPUs. Delivering 500 teraFLOPS of deep learning performance, this deep learning workstation offers performance equivalent to hundreds of traditional servers – packaged in a form factor that can fit neatly under a desk. Water-cooled and whisper-quiet, DGX deep learning workstations are powered by the NVIDIA GPU Cloud Deep Learning Software Stack, enabling developers and researchers to experiment, iterate and deploy work quickly and effortlessly for larger-scale production training.
This groundbreaking deep learning workstation offers:
Thinkmate has been a world-class provider of custom workstation, server and storage solutions for more than 25 years. Offering a wide range of products for clients in government, education, business and HPC markets, we deliver technology that is customized 100% for your computing environment.
Our line of Thinkmate GPX workstations are designed for scientific, engineering and deep learning applications that require high levels of parallel processing. With support for NVIDIA Tesla GPUs and NVIDIA DGX Stations, a Thinkmate deep learning workstation puts cluster-level performance right at your desk.
Thinkmate deep learning workstations are built with high-quality components for breakthrough performance and ultimate reliability. To optimize cooling for even the most demanding applications, our workstations feature Gold Level power supplies, energy-saving motherboards and enterprise-class server management.
Our world-class configurator makes it easy to build and cost out a deep learning workstation or data science workstation in minutes. Our workstations feature a great array of options for platforms, processors, drives, memory, monitors and operating systems, with prices for each component clearly marked on our website. To ensure you get a product that perfectly matches your requirements, our expert technicians are always available by email, phone or chat to consult on your selection.
In addition to GPU-accelerated servers and workstations, Thinkmate offers a wide range of other NVIDIA products, including NVIDIA Virtual Compute Server software and NVIDIA V100, P100, T4 and RTX server options. We also offer high-density servers, cloud storage servers, nearline servers, NVMe storage server products and more.
An NVIDIA DGX deep learning workstation from Thinkmate provides:
As you source deep learning workstations and servers, you'll find many advantages at Thinkmate.
A deep learning workstation is a computer powered by multiple GPUs that deliver massive parallel processing power to handle computationally intensive deep learning workloads. Deep learning workstations enable scientists and researchers to process massive amounts of data in a small amount of time as they use algorithms, big data, and compute power to solve real-world problems with deep learning science.
A deep learning workstation requires enormous speed and massive processing power as well as a system that can optimize cooling for even the most demanding applications.