Nvidia VCQP2000-PB Quadro P2000,5 GB,gddr5

Product Information

NVIDIA’s new Quadro P2000 professional graphics card fits nicely alongside the other mid/lower range models of the impressive line. This low-profile form factor performed as expected under our workloads, successfully leveraging its 1024 CUDA core Pascal GPU and 5GB GDDR5 of on-board memory. Though its footprint is not as small as other cards from the new Quadro line, the P2000 is still smaller than most cards boasting the same specifications, making it an ideal high-performance solution for professionals with compact workstations.

With GPU rendering there can be a significant price / performance benefit to a dual GPU setup. Two Quadro P4000s, for example, will more than likely render scenes faster than a single Quadro P5000. The same is probably true of two Quadro P2000s compared to a single Quadro P4000. Four Quadro P4000s, should your workstation be able to handle this many, would definitely beat a single Quadro P6000 hands down, and still be the cheaper option. Today the company has fleshed out its entire ‘Pascal’ Quadro family with five new cards to cater for all types of workstation users – from entry-level CAD to pro VR The challenge for designers, engineers and architects is to understand the demands of a completely new generation of professional VR applications. VR is completely different to desktop 3D tools and if you don’t correctly match your GPU to your VR workflows, your GPU will simply be unusable. SolidWorks also features more realistic display styles for viewing models in real time. SolidWorks RealView adds realistic materials and supports environment reflections and floor shadows. Ambient Occlusion adds more realistic shadows and helps bring out details.

Technical specs

This is great if your application can take advantage of the plentiful GPU power on offer. Unfortunately, CAD software is notoriously bad at doing so. Core 3D performance in manufacturing and architectural BIM applications like SolidWorks and Autodesk Revit are heavily dependent on the frequency (GHz) of the CPU. And because CPU frequency has stagnated over the past few years, performance in 3D CAD software has not increased as much as it has in other applications. Design viz, VR and GPU rendering applications, for example, are much less tied into the speed of the CPU. Supported technological solutions. This information will prove useful if you need some particular technology for your purposes. 3D Vision Pro Of course, design visualisation is best done at 4K and above, but moving to these higher resolutions would put a significantly bigger load on the GPU. The advanced design viz application Autodesk VRED Professional 2017, for example, literally devours all the GPU power you can throw at it, through intensive use of anti-aliasing and advanced OpenGL functions, such as ambient occlusion shadows. Materials, especially car paint and glass, are rendered beautifully in real time. In Autodesk VRED Professional the results were more mixed. This advanced design viz application is very GPU intensive, even when viewing models on a desktop display. But to push things up to 90 FPS per eye raises the bar somewhat.

Changing the emphasis to geometry, rather than materials, we also imported some raw SolidWorks assemblies into VRED. Here, we had a good experience with a 3.2 million triangle PC assembly (low AA) and a 10 million triangle industrial model (no AA). However, a 7.2 million triangle heavy machinery assembly, was too much for the Quadro P4000 to handle. However, the P5000 was up to the job. Iray is also embedded inside several applications including SolidWorks Visualize, Siemens NX Ray Traced Studio, Catia Live rendering and Lumiscaphe. Chaos Group also offers a GPU-accelerated version of its popular physically-based renderer, V-Ray, called V-Ray RT, which plugs into Revit, Rhino, SketchUp, 3ds Max and others. Quadro GPUs can also be used to accelerate the OpenCL-based Radeon Pro Render from AMD. To see what the NVIDIA Quadro P2000 is capable of in the way of performance, we installed the card inside our HP Z640 desktop workstation and put it through several graphics benchmarks while comparing to the nearest similar-class GPUs in the lab: the NVIDIA M2000 and P1000. As far as specifications go, these cards have less memory than the P2000 (4GB GDDR5 vs. 5GB GDDR5) and a less powerful interface memory (128-bit vs. 160-bit). Nonetheless, we will be using a benchmark that looks at several aspects of the ESRI ArcGIS program; specifically the average of the drawtime, average frames per second (Average FPS), and minimum frames per second (Minimum FPS).The future of immersive engineering Virtual Reality (VR) is the current hot topic, but Augmented Reality (AR) and Mixed Reality (MR) is on its way. We take a look at where things are heading Unlike VR games, which have fixed datasets so they can be completely optimised to run with specific GPUs, performance in professional VR varies greatly. It is not only influenced by the application, but the size of the dataset, the complexity of the geometry (number of triangles), how well the geometry has been optimised, as well as the lighting and textures. Like all graphic cards from this line, the P2000 is based on the Pascal GPU architecture. It also features 1024 CUDA Cores, 5GB GDDR5 memory, and the ability to support up to four 5K (5120 x 2880 at 60Hz) displays natively. The Quadro P2000 measures in at 4.4” H x 7.9” L and uses a single slot via the PCI Express 3.0 x16 interface. It features the line’s usual 4x mini-DisplayPorts and supports HDMI and VGA connections through adaptors. Looking at drawtime, the P2000 measured in at 6.492 seconds, which was just slightly higher than the older generation M2000 (which posted 6.262 seconds). The P1000 recorded a moderately better score of 6.412 seconds. In average FPS, the P2000 posted an average of 460.94 FPS, while showing a minimum FPS of 202.78. This was noticeably better than the P1000, which posted an average of 342.25 FPS and minimum FPS of 187.16 FPS. The M2000 had significantly lower results with 273.51 FPS and 160.51 FPS, respectively. ESRI Benchmark The Quadro P4000 delivered a smooth VR experience in all our architecturally-focused VR applications using a variety of test models. We also had no problems with Gravity Sketch, but this came as little surprise considering the relatively simple datasets produced by this conceptual design tool.

It is also important to understand that VR has much bigger demands than a typical desktop 3D application. In fact, it needs around eight times more graphics computing power than is needed to view the same workflow on a single FHD (1,920 x 1,080) monitor. This is down to increased demands on resolution and frame rate. Rated at up to 5.3 TFLOPs of single precision performance and with a maximum power consumption of 105W, the Quadro P4000 is extremely energy efficient. However, it still needs a 6-pin auxiliary PCIe power connector to draw additional power direct from your workstation’s Power Supply Unit (PSU). Of course, Revit and SolidWorks are two out of dozens of different CAD applications. While we would expect to see similar patterns with other CAD software, some may be less CPU limited than others. In those case, more powerful GPUs may give additional benefits.The Nvidia Quadro P2000 is a mobile mid-range workstation graphics card for notebooks. Similar to theconsumer GeForce GTX 1050 Ti (Laptop), it is based on the GP107 chip with 768 shaders. The graphics card is designed for the Kaby Lake / Coffee Lake generation. At these higher resolutions, on-board memory also becomes more important. In the past, the biggest memory footprint we have seen from a single model at 4K is 4,731MB in VRED Professional with AA set to ultra-high.

did not recreate cache, as it is less than 5 days old! Created at Sat, 25 Nov 2023 17:26:10 +0100 +0.001s ... 0.001s Both viewing styles are very GPU intensive and performance is less restricted by the speed of the CPU. In our tests, the Quadro P2000 showed a clear benefit over the previous generations. With RealView, Shadows and Ambient Occlusion enabled it was 59% faster than the Quadro M2000 and 105% faster than the Quadro K2200. We would expect this lead to grow when viewing models on a 4K resolution display, as this would put an even bigger load on the GPU. Windows operating systems supportedWindows 10 Education,Windows 10 Education x64,Windows 10 Enterprise,Windows 10 Enterprise x64,Windows 10 Home,Windows 10 Home x64,Windows 10 Pro,Windows 10 Pro x64,Windows 7 Enterprise,Windows 7 Enterprise x64,Windows 7 Home Basic,Windows 7 Home Basic x64,Windows 7 Home Premium,Windows 7 Home Premium x64,Windows 7 Professional,Windows 7 Professional x64,Windows 7 Starter,Windows 7 Starter x64,Windows 7 Ultimate,Windows 7 Ultimate x64,Windows 8,Windows 8 Enterprise,Windows 8 Enterprise x64,Windows 8 Pro,Windows 8 Pro x64,Windows 8 x64,Windows 8.1,Windows 8.1 Enterprise,Windows 8.1 Enterprise x64,Windows 8.1 Pro,Windows 8.1 Pro x64,Windows 8.1 x64 However, just because a GPU gets the VRMark stamp of approval and is considered ‘VR Ready’, it does not necessarily mean it will work with all professional VR applications and workflows. Windows operating systems supported: Windows 10 Education,Windows 10 Education x64,Windows 10 Enterprise,Windows 10 Enterprise x64,Windows 10 Home,Windows 10 Home x64,Windows 10 Pro,Windows 10 Pro x64,Windows 7 Enterprise,Windows 7 Enterprise x64,Windows 7 Home Basic,Windows 7 Home Basic x64,Windows 7 Home Premium,Windows 7 Home Premium x64,Windows 7 Professional,Windows 7 Professional x64,Windows 7 Starter,Windows 7 Starter x64,Windows 7 Ultimate,Windows 7 Ultimate x64,Windows 8,Windows 8 Enterprise,Windows 8 Enterprise x64,Windows 8 Pro,Windows 8 Pro x64,Windows 8 x64,Windows 8.1,Windows 8.1 Enterprise,Windows 8.1 Enterprise x64,Windows 8.1 Pro,Windows 8.1 Pro x64,Windows 8.1 x64GPU rendering works almost entirely independently of the CPU, which means it can take full advantage of the power on offer. Quadro GP100, Quadro P6000, Quadro P5000, Quadro P4000, Quadro P2000, Quadro P1000, Quadro P600, Quadro P400, Quadro M6000 24GB, Quadro M6000, Quadro M5000, Quadro M4000, Quadro M2000, Quadro K6000, Quadro K5200, Quadro K5000, Quadro K4000, Quadro K4200, Quadro K2200, Quadro K2000, Quadro K2000D, Quadro K1200, Quadro K620, Quadro K600, Quadro K420, Quadro 410 Everything is for a reason How McLaren Automotive unleashes VR to create faster cars with more attention to detail Nvidia continues to make huge strides in GPU performance. The Quadro P2000, for example, boasts 66% more peak single precision compute performance and 32% more peak memory bandwidth than the Quadro M2000, which only came to market nine months ago.