NVIDIA Quadro RTX 4000 8GB GDDR6 Turing Ray Tracing Workstation Graphic Card
8GB PNY NVIDIA Quadro RTX 4000, Turing, 2304 CUDA, 288 Tensor, 36 RT Cores, GDDR6, 7.1 TFLOPS FP32, DP/VirtualLink
By DPD On 28th Mar 2019
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Protect against installation damage for 28 days.
ScanProtect is an enhanced warranty specifically designed and offered by Scan to reduce the risk of any mishap or damage to components during installation.
Our aim with ScanProtect is to encourage our customers to upgrade or build their own PC confidently. For a small additional fee our customers are provided with complete peace of mind.
NVIDIA Quadro RTX 4000 8GB WorkStation Graphics Card
Designed Using the latest Turing Architecture With RTX Quadro RTX 4000 combines the NVIDIA Turing GPU architecture with the latest memory and display technologies, to deliver the best performance and features in a single-slot PCI-e form factor. Enjoy greater fluidity with photorealistic rendering, experience faster performance with AI-enabled applications and create detailed, lifelike VR experiences more cost-effectively and across a broader range of workstation chassis configurations.
Bringing NVIDIA's RTX Technology to Workstation GPU's
Revolutionary Realtime Ray Tracing AccelerationIncorporating new hardware-based ray tracing engines, Turing is the industry’s first graphics processor enabling real-time ray tracing. A single Quadro RTX 4000 board can render complex professional models with physically accurate shadows, reflections, and refractions to empower users with instant insight. The Quadro RTX 4000 will power truly interactive design workflows to provide immediate feedback for unprecedented levels of productivity.
Specifically Designed GPU for Digital Designers and Artists
QUADRO IN DESKTOP WORKSTATIONSQuadro has long been the de facto standard for enterprise desktop graphics for digital designers and artists. With a range of performance, capabilities and price points, there is a right Quadro to go with the desktop workstation of your choice.
PNY NVIDIA RTX Quadro 4000 Features
MOSAIC Multiple Panel Technology Mosaic technology enables you to easily span your applications across multiple (up to 16) high-resolution panels or projectors from a single workstation without sacrificing performance or power.
Manage Your Workspace with nVIEW NVIDIA nView desktop management software increases productivity by helping you manage your workspace through multiple virtual desktops, user profiles and configurable gridlines to organise your display.
32K Texture and Render Processing Texture from and render to 32K x 32K surfaces to support applications that demand the highest resolution and quality image processing.
|Graphics Chipset||Quadro RTX 4000|
|Manufacturing process||12 nm|
|GPU Name||1x TU104GL|
|Cores & Clocks|
|NVIDIA CUDA Cores||2304|
|Core Clock||1215 MHz|
|Video Memory (VRAM)|
|Memory Size||8 GB|
|Memory Clock||1625 MHz|
|Memory Bit Rate||256 Bit|
|Memory Bandwidth||416 GB/s|
|Cooling||Single Fan (1)|
|I/O & Connectivity|
|Interface||PCIe 3.0 (x16)|
|Multi GPU Support||Not Supported|
|Total NVLink Bandwidth||N/A|
|Microsoft DirectX Support||12 API with Feature Level 12.1|
|Multi Monitor Support||4 Displays|
|H.264 1080p30 Streams||N/A|
|Maximum Digital Resolution||7680x4320 @ 60Hz (8K UHD)|
|Maximum VGA Resolution||N/A|
|Supported Graphics APIs||
|Supported Compute APIs||CUDA|
|Single Precision (FP32) Processing||Yes|
|Single Precision (FP32) Performance||7.1 teraFLOPS|
|Double Precision (FP64) Processing||Yes|
|Double Precision (FP64) Performance||0.2218 teraFLOPS|
|Deep Learning (Tensor) Performance|
|NVIDIA Tensor Cores||288|
|Integer Operations (INT8)|
|NVIDIA RT Cores||36|
|Rays Cast||6 Giga Rays/Sec|
|Power & Thermals|
|Graphics Card Power Connectors|
|Board Power||160 W|
|Minimum Recommended PSU|
|Maximum GPU Temperature|
|Form Factor||Single Slot|
|Low Profile Compatible||No|
|Low Profile Support||N/A|
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- 36 months
- Return to base
- DOA Period:
- 28 days
- RTB Period:
- 120 months
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Date Issued: 1st Jun 2017
Inventor of the Graphics Processing Unit (GPU), NVIDIA has been producing cutting-edge graphics for almost 20 years. Most of those graphics end up in the GeForce line of cards that power the best, most immersive gaming experience available.
Date Issued: 19th Mar 2015
Nvidia is more commonly known as the designer of graphics chips that power the majority of add-in PC gaming cards. Referred to as the GeForce range and available from anywhere between £30 and £850, Nvidia GeForces offer unparalleled performance and energy efficiency.
Date Issued: 30th Dec 2010
Practically all broadcast and film production environments today incorporate real-time graphics in their broadcasted content to enhance, analyse or animate normal video material. This requires strong systems able to product graphics quickly enough for live TV, as well as to combine the two different signals - graphics and video.
Date Issued: 8th Oct 2010
Modern desktop computers and notebooks comprise of a CPU, motherboard, graphics, storage, and, usually an optical drive. Computers have a number of ports and sockets that enable the user to plug-in various peripherals such as a printer, USB mouse, or, perhaps most importantly of all, an Internet connection.
Date Issued: 22nd Oct 2008
CUDA technology is the world’s only C language environment that enables programmers and developers to write software to solve complex computational problems in a fraction of the time by tapping into the many-core parallel processing power of GPUs.
Date Issued: 20th Oct 2008
If you’re the least bit interested in graphics cards, we’re sure that you’ve heard the terms SLI and CrossFire bandied about recently. Touted as a means of achieving maximum 3D performance by, effectively, using two or more graphics cards in tandem, multi-GPU technology is here to stay. With that in mind, let’s take a closer look SLI and CrossFire; the two competing multi-GPU solutions from NVIDIA and ATI Technologies, respectively.
Date Issued: 20th Oct 2008
Explaining how a modern GPU works in completeness would take a book. Or two. Per class of chip. Per vendor. They’re extraordinarily complex pieces of engineering and production, and the end result contains more transistors than multiple modern x86 processors.