NVIDIA TITAN RTX

NVIDIA® TITAN RTX™ is designed for researchers, developers and creators. It’s powered by Turing™ architecture, bringing 130 Tensor TFLOPs of performance, 576 tensor cores, and 24 GB of ultra-fast GDDR6 memory to your PC.

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Educational Discount from Partners

TITAN RTX powers AI, machine learning, and creative workflows.

The most demanding users need the best tools. TITAN RTX is built on NVIDIA’s Turing GPU architecture and includes the latest Tensor Core and RT Core technology for accelerating AI and ray tracing. It’s also supported by NVIDIA drivers and SDKs so that developers, researchers, and creators can work faster and deliver better results.

Start AI Development Now

Train AI models faster with 576 NVIDIA Turing mixed-precision Tensor Cores delivering 130 TFLOPS of AI performance. Supported by NVIDIA’s CUDA-X AI SDK, including cuDNN, TensorRT, and more than 15 other libraries. Works with all popular deep learning frameworks and is compatible with NVIDIA GPU Cloud (NGC).

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Accelerate Data Science

Work faster with 4608 NVIDIA Turing CUDA cores accelerating end-to-end data science workflows. Process huge data sets with 24 GB GDDR6 memory (or 48 GB with NVLink). Get started today with the RAPIDS suite of libraries for data science, built on NVIDIA’s CUDA-X AI SDK. Develop on your PC and deploy to the data center with ease.

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Power Your Creativity

Inspiration doesn’t wait. Build huge immersive worlds and stunning characters, accelerate multi-app workflows, and edit 8K video in real time. 24 GB of memory and 72 Turing RT cores delivering 11 Gigarays per second enable you to take on the most demanding projects.

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Multi-GPU Scalability

NVLink Bridge

NVIDIA TITAN RTX NVLink Bridge

The TITAN RTX NVLink™ bridge connects two TITAN RTX cards together over a 100 GB/s interface. The result is an effective doubling of memory capacity to 48 GB, so that you can train neural networks faster, process even larger datasets, and work with some of the biggest rendering models. 

Ultimate Performance in a Spectacular Design

Fan
Dual 13-blade fans produce 3X higher airflow and ultra-quiet acoustics.
Cover
A forged and machine-finished diecast aluminum cover with diamond-cut edge detailing provides a rigid, lightweight frame for an open design with beautifully smooth, continuous curves.
TITAN RTX NVLink™ Bridge
Double the effective GPU memory capacity to 48 GB and scale performance up to 100 GB/s in total bandwidth of data transfer utilizing the NVIDIA NVLink™ technology.
Vapor Chamber
This full-card vapor chamber is 2X larger to maximize heat spreading and heat transfer to the finstack.
Power Supply
The all new 13-phase iMON DrMOS power supply delivers more headroom and sub-millisecond power management for maximum overclocking.
GDDR6 Memory
24 GB of ultra-fast GDDR6 memory provides up to 672 GB/s of memory bandwidth for greater throughput and to handle larger datasets.
NVIDIA Turing GPU
TITAN RTX accelerates photorealistic ray-tracing with 72 RT Cores, AI workflows with 576 Tensor Cores, and parallel computing with 4608 NVIDIA CUDA® cores for developers, researchers, creators, and enthusiasts.
DisplayPort 1.4 8K @ 60 Hz
Drive ultra-high resolutions of up to 8K @ 60 Hz from a single link.

Revolutionary Performance, Powered by Turing

TITAN RTX trains advanced models like ResNet-50 and GNMT up to 4X faster than Titan Xp. And RAPIDS trains models up to 3X faster than CPUs. Built with multi-precision Turing Tensor Cores, TITAN RTX delivers breakthrough performance from FP32, FP16, INT8, and INT4, allowing faster training and inferencing of neural networks. Equipped with twice the memory capacity of previous-generation TITAN GPUs and NVIDIA NVLink™, TITAN RTX enables researchers and data scientists to experiment with larger neural networks and datasets than ever before, all on GPU memory.

TITAN RTX is 4X Faster Than TITAN XP for Deep Learning Training

Language Translation (GNMT)

Training GNMT using Pytorch | NGC Container 19.01 | Titan XP BS=128 | Titan RTX BS=384

Image Recognition (ResNet-50)

Training ResNet-50 using MXNet | NGC Container 18.11 | Titan XP BS=96 | Titan RTX BS=256

End-to-end

XGBoost

Data Prep

CPU: Core i9 | End-to-end time = Data Prep + Conversion + Training + Validation

Tackle The Most Demanding Creative Workloads

With 72 Turing RT Cores and 24 GB of memory, TITAN RTX renders extra-large models, supports real-time 8K video editing, and runs complex, multi-application workflows to enable a smooth and seamless experience.

3D Visualization (Multi-App)

3D Visualization

Frames per second for TITAN RTX and RTX 2080 Ti during 3D Visualization multi-app workflow with Autodesk Maya 2019, Adobe Photoshop CC 2019 and Allegorithmic Substance Painter 2019.

Play Video: NVIDIA TITAN RTX for Demanding Creative Workflows (2:45 Minutes)
 

NVIDIA Titan RTX Specifications

 

Architecture

NVIDIA Turing

 
 

Frame Buffer

24 GB GDDR6

 
 

Boost Clock

1770 MHz

 
 

Tensor Cores

576

 
 

CUDA Cores

4608

 

Resources

TITAN RTX Slashes Time to Detect Osteoporosis.

TITAN RTX Slashes Time to Detect Osteoporosis.

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TITAN RTX Serves as an Entry Point for Data Scientists.

TITAN RTX Serves as an Entry Point for Data Scientists.

View The Video
Unlock Machine Learning Performance with XGBoost on GPUs.

Unlock Machine Learning Performance with XGBoost on GPUs.

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  • NVIDIA Titan RTX
  • NVIDIA Titan RTX NVLink Bridge
NVIDIA TITAN RTX

NVIDIA TITAN RTX

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Educational Discount from Partners

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  • Etail/Retail*
  • System Builders/OEM
  • Education Discount
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*Configurations and pricing will vary

PC Specialist
CyberPower

Educational institutions and students can take advantage of special pricing on NVIDIA TITAN RTX cards purchased from these partners.

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Scan Computers International Ltd
Cyberpower
NVLink Bridge

NVIDIA TITAN RTX NVLink Bridge

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3 Slot
   
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NVIDIA TITAN RTX

6 Graphics Processing Clusters
36 Texture Processing Clusters
72 Streaming Multiprocessors
4608 CUDA Cores (single precision)
576 Tensor Cores
72 RT Cores
1350 MHz Base Clock (MHz)
1770 MHz Boost Clock (MHz)
7000 MHz Memory Clock
14 Gbps Memory Data Rate
6144 K L2 Cache Size
24 GB GDDR6 Total Video Memory
384-bit Memory Interface
672 GB/s Total Memory Bandwidth
510 GigaTexels/sec Texture Rate (Bilinear)
12 nm FFN Fabrication Process
18.6 Billion Transistor Count
3 x DisplayPort , 1 x HDMI, 1 x USB Type-C Connectors
Windows 7 64-bit, Windows 10 64-bit (April 2018 Update or later),Linux 64-bit OS Certification
Dual Slot Form Factor
Two 8-pin Power Connectors
650 Watts Recommended Power Supply
280 Watts Thermal Design Power (TDP)1
89° C Thermal Threshold2
1 - TDP is a measure of maximum power draw over time in real world applications. It does not represent the maximum power draw in pathological cases such as Furmark. Please see  http://en.wikipedia.org/wiki/Thermal_design_power for more information. 
2 - The GPU is designed to operate safely up to this temperature. If for any reason the GPU exceeds this temperature, the clock speed will automatically be dialed down.

Help Me Choose The Right NVLink Bridge

SLI Bridge: 3-Slot

NVLink Bridge; 3-Slot
(60.96 MM)
SLI Bridge: 4-Slot

NVLink Bridge; 4-Slot
(81.26 MM)
Supported Graphics Cards

NVIDIA TITAN RTX, GeForce RTX 2080 Ti, GeForce RTX 2080

Exclusive education discount on Titan RTX

Are you affiliated with an educational institution in the United States or Canada? If so, you're eligible for a significant discount on NVIDIA TITAN RTX. As long as you have a valid accredited university email address, you will be sent a one-time use code to order the NVIDIA TITAN RTX for only $1,999 (a savings of $500 off the regular price).

 


 
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Current Inception startups – please email inceptionprogram@nvidia.com to request your TITAN RTX discount code.

Not in the Inception Program? Apply here.

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