GPU DEDICATED SERVERS

Compute. Render. Virtualize. Mine. TensorFlow. Keras

GPU Dedicated servers for mining starting at just 59/month.

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NVIDIA GPU dedicated servers for deep learning, graphics rendering, video transcoding, computing or crypto mining.

ENTERPRISE GPU DEDICATED SERVERS
CUSTOM CONFIGURATIONS
CUSTOM CONFIGURATIONS

Choose any server and any GPU. Your server is built with HP enterprise parts, tested for full compatibility with your GPU of choice.

CONSISTENT RESULTS
CONSISTENT RESULTS

Your GPU dedicated server operates in a temperature and humidity controlled environment, delivering consistent results and maximum efficiency.

FAST NETWORK
FAST NETWORK

Deploy your GPU dedicated server on a custom build, global network, designed for low latency.

SUPPORT
SUPPORT

Help is just a click or call away. Get access to instant support from helpful humans, available around the clock.

UP TO 4 MATCHING GPU'S PER SERVER

NVIDIA RTX 3070 / 3080 / 3090


NVIDIA’s GeForce RTX 30 (2nd generation RTX) series GPU’s running on Ampere architecture, introduce many innovations, from faster Ray Tracing and Tensor Cores to state-of-the-art multiprocessor streaming.

The WOW factor comes from the groundbreaking thermal design that’s 2X more efficient and the ultra-fast GDDR6X memory, that delivers outstanding performance, making it ideal for AI projects with large datasets, gaming, or visualization.


RTX 3070 Specifications
  • 8 GB GDDR6
  • 5888 CUDA Cores
  • 512 GB/s Max Bandwidth
  • NVIDIA GPU Boost

RTX 3080 Specifications
  • 10 GB GDDR6X
  • 8704 CUDA Cores
  • 760 GB/s Max Bandwidth
  • NVIDIA GPU Boost

RTX 3090 Specifications
  • 24GB GDDR6X
  • 10496 CUDA Cores
  • 936 GB/s Max Bandwidth
  • NVIDIA GPU Boost

Compatible: VMWare ESXi, Citrix Xenserver, KVM, Linux, Windows.

NVIDIA QUADRO RTX 5000 / 6000 / 8000


The famous Turing™ chip architecture is reshaping the work of countless visual creators and designers.

NVIDIA’s Quadro RTX series provides new AI-based performance, accelerated ray tracing, advanced shading, all of which allow artists to improve their rendering capabilities. Featuring 4608 CUDA® cores and 24 GB GDDR6 memory, this series supports elaborate visual designs, 8K video content, massive architectural datasets, and many more.


  • QUADRO RTX 5000 Specifications
  • 16 GB GDDR6
  • 3072 CUDA Cores
  • 448 GB/s Max Bandwidth
  • NVIDIA GPU Boost

  • QUADRO RTX 6000 Specifications
  • 24 GB GDDR6
  • 4608 CUDA Cores
  • 672 GB/s Max Bandwidth
  • NVIDIA GPU Boost

  • QUADRO RTX 8000 Specifications
  • 48 GB GDDR6
  • 4608 CUDA Cores
  • 672 GB/s Max Bandwidth
  • NVIDIA GPU Boost

Compatible with Linux, CUDA/OpenCL, KVM, Windows.

QUADRO RTX 4000


NVIDIA’S QUADRO RTX 4000 gives you access to outstanding performance and powerful features, all from a single PCI-e slot.

The Turing™ chip architecture, combined with modern display characteristics and state-of-the-art technologies, delivers photorealistic single ray-traced rendering in no time.

RT cores allow for this kind of advance in rendering, while the Tensor cores provide the ideal support for any deep learning applications. With this cost-effective solution, you can now create authentic VR experiences and enjoy faster performance when it comes to your AI projects.


  • QUADRO RTX 4000 Specifications
  • 8 GB GDDR6
  • 2304 CUDA Cores
  • 416 GB/s Max Bandwidth
  • NVIDIA GPU Boost

Compatible with Linux, CUDA/OpenCL, KVM, Windows.

NVIDIA A40 / A100


NVIDIA’s Ampere Architecture, Volta's successor, is the fundamental solution for AI acceleration.

The NVIDIA A40 brings to the table powerful new features for virtual reality projects, ray-traced rendering, and more, with second-generation RT cores that perform 2X better, delivering more throughput than ever before. With 336 Tensor cores, AI applications will enjoy 5X more training capabilities, and the GDDR6 memory supports massive workloads, adequate for game developers, data scientists, graphic designers, and more.

A groundbreaking leap for artificial intelligence, the NVIDIA A100 Tensor Core GPU provides unmatched acceleration at all scales, using NVIDIA's Multi-Instance GPU (MIG) technology. Third generation Tensor cores deliver 20X greater performance, and MIG enables multiple networks to run simultaneously on a single A100 GPU, maximizing computing power.


  • NVIDIA A40 Specifications
  • 48 GB GDDR6 with error-correcting code (ECC)
  • 10752 CUDA Cores
  • 696 GB/s Max Bandwidth
  • NVIDIA GPU Boost

  • NVIDIA A100 Specifications
  • 40 GB GDDR6
  • 4608 CUDA Cores
  • 1555 GB/s Max Bandwidth
  • NVIDIA GPU Boost

NVIDIA TESLA T4


Choose NVIDIA’s Tesla T4 for multi-precision computing power, through its Tensor Core technology.

The T4 is up to 40 times faster than a conventional CPU and up to 3.5 times faster than its Pascal predecessor.

Transcode up to 38 full HD video streams simultaneously, when you pair a Tesla T4 with one of our HPE server configurations.

*Results may vary, based on server configuration.

  • TURO TU104
  • 320 TURING TENSOR CORES
  • 2560 CUDA CORES
  • 16 GB GDDR6
  • 8.1 TFLOPS SINGLE PRECISSION
  • 65 FP16 TFLOPS
  • 130 INT8 TOPS
  • 260 INT4 TOPS
  • 320 GB/s Max Bandwidth

Compatible: VMWare ESXi, Citrix Xenserver, KVM, Linux, Windows.

Coral USB Accelerator

Coral USB Accelerator

With the new Coral USB Accelerator, you can add Edge TPU to any Linux-based system. A low cost for power that can provide high-performance ML.


  • ARM 32 Bit Cortex 32 MHz
  • Edge TPU ASIC (for Lite TensorFlow models)
  • USB 3.1 5Gb/s transfer speed

Compatible with Linux machines, Debian 6.0 or higher, or any derivative (such as Ubuntu 10.0+), but also with Raspberry Pi (213 Mode B/B+).

NVIDIA GeForce RTX 2080

NVIDIA GeForce RTX 2080 / RTX 2080 Ti


Get up to six times the performance of the Pascal chip predecessor, with the RTX 2080, powered by NVIDIA’s new Turing chip architecture.


RTX 2080 Specifications
  • 8 GB GDDR6
  • 2944 CUDA Cores
  • 448 GB/s Max Bandwidth
  • NVIDIA GPU Boost 4.0

RTX 2080 TI Specifications
  • 11 GB GDDR6
  • 2944 CUDA Cores
  • 616 GB/s Max Bandwidth
  • NVIDIA GPU Boost 4.0

Compatible with Linux, CUDA/OpenCL, KVM.

NVIDIA GeForce GTX 1080/1070 TI


Get the best performance in graphics rendering, computing or mining, with the Pascal architecture based GPU from NVIDIA, the GeForce GTX 1070/1080.


  • 8 GB DDR5
  • 2560 CUDA Cores
  • 320 GB/s Max Bandwidth
  • NVIDIA GPU Boost 3.0

Compatible with Linux, CUDA/OpenCL, KVM.

NVIDIA TESLA P4/P40/P100


NVIDIA’s Pascal chip based GPU boards are best suited for video transcoding and machine learning tasks. Use a Tesla P4 GPU to transcode up to 20 simultaneous video streams, H.264 or H.265, including H.265 8k. Results may vary based on stream bitrate and server configuration.

A more robust version of the P4 is the Tesla P40, with more than twice the processing power.

Looking for the perfect GPU for machine learning? The Telsa P100 GPU board can process up to 18.7 TeraFLOPS of inference performance. A single P100 GPU dedicated server can replace up to 25 CPU servers. Result may vary based on server configuration.


  • Pascal GP100 or GP104 chip
  • Up to 3584 CUDA cores
  • Up to 16 GB CoWoS
  • Enterprise grade hardware

Compatible: VMWare ESXi, Citrix Xenserver, KVM, Linux, Windows.

NVIDIA TITAN V


Get your deep learning results up to 1.5x faster, when compared to the P100 GPU board. Process up to 110 TeraFLOPS of inference performance with the Titan V GPU. Use the Titan V to predict the weather or to discover new energy sources. It’s the optimal GPU choice for precise, fast results.

A single Titan V GPU server can replaced up to 30 single CPU servers. Results may vary based on server configuration.


  • NVIDIA Volta Chip
  • 5120 CUDA cores
  • 640 Tensor Cores
  • 12 GB CoWoS Stacked HBM2
  • 653 Gbps max bandwidth

Compatible: VMWare ESXi, Citrix Xenserver, KVM, Linux, Windows.

INTEL XEON PHI COPROCESSOR 7120P


Add a coprocessor board to your dedicated server to exponentially increase your processing power. A single Phi 7120P board adds 61 cores to your server, creating one of the most powerful servers available on the market to date.


  • 61 Processing Cores
  • Clock Speed 1.238 GHz
  • Turbo Speed 1.333 GHz
  • 30.5 MB Cache

Compatible: VMWare ESXi, Citrix Xenserver, KVM, Linux, Windows.

Why Server Room?

Your resource intensive applications require enterprise grade hardware, stress tested for constant high loads. Your GPU dedicated server configuration is ran through a series of tests to ensure full hardware compatibility and integration with your GPU of choice. Your services are backed by our industry leading 99.9% uptime SLA and are supported by a team of experts, available around the clock.

Sign up

1. Sign up

Create your Server Room GPU dedicated server account today. It only takes a few minutes.

Yes, Get my Server
Provisioning

2. Provisioning

GPU dedicated servers are provisioned within 24 – 72 hours.

*Provisioning time may up to two weeks if your GPU of choice is out of stock.

Get Started

3. Get Started

Deploy your services and applications and start using your GPU server.