Quadro p5000 desktop frame test
The fan curve also had to be turned up to around 50% power at 75 degrees (which is a lot noisier than stock).
#QUADRO P5000 DESKTOP FRAME TEST DRIVER#
In order to settle the card it was under volted by 120 mV and the maximum clock was lowered to 1,980 MHz (the stock BIOS and 19.9.1 driver defaulted the card to 2,030 MHz). However, if you find yourself in this category, the P5000 is certainly worth your while as the performance gains are clearly there with the applications tested.Out of the box the reference 5700 XT has high burst speeds but under load it overheats and therefore drops frames to the extent that it is more or less unusable for demanding games like PUBG. That said, this performance-driven P5000 is priced at $1,900 aimed at professionals and organizations that have a specific set of demanding needs. This is perfect for organizations looking to minimize the amount of hardware they use for monitoring purposes. Additionally, you can connect a maximum of 32 displays on a single system when coupling the P5000 with the Quadro Sync II add-in card. Equipped with 2560 CUDA cores and 16GB of GDDR5X GPU memory, this dual-slot card excelled under our ESRI ArcGIS and SPECviewperf workloads and can certainly handle most any intensive applications thrown at it.
#QUADRO P5000 DESKTOP FRAME TEST PROFESSIONAL#
The NVIDIA Quadro P5000 professional graphics card is a solid leap in performance compared to the lower-end cards we reviewed in the same family. During this test, the NVIDIA P5000 posted impressive numbers, and a noticeable leap in performance compared to the P4000. These viewsets include CATIA, Creo, Energy, Maya, Medical, Showcase, Siemens NX, and Solidworks. SPECviewperf runs 8 benchmarks it calls viewsets, all of which represent graphics content and behavior from actual applications. The next benchmark we will be looking at is the SPECviewperf 12, the worldwide standard for measuring graphics performance based on professional applications. The M5000 had significantly lower results with 286.87 average FPS and 112.13 minimum FPS, respectively. This was better than the P4000, which posted an average of 499.66 FPS and minimum FPS of 280.92 FPS. In average FPS, the P5000 posted an average of 513.15 FPS, while showing a minimum FPS of 278.34.
Looking at drawtime, the P5000 measured in at 6.412 seconds, which was slightly higher than the P4000 and M5000, which recorded 6.349 and 6.324 seconds, respectively. In our first benchmark, we will be looking 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). We will also be comparing it to the NVIDIA M5000, the previous generation of GPUs. As far as specifications go, the P5000 has double the GPU memory and significantly higher CUDA cores (2560 vs 1792). We will be comparing it to the NVIDIA P4000 to demonstrate the performance difference between two cards in the same family that are just one class apart. To see just how powerful the NVIDIA Quadro P5000 really is, we installed the card inside our HP Z640 desktop workstation and put it through several graphics benchmarks. NVIDIA 3D Vision and 3D Vision Pro: Support via 3 pin mini DIN.Form Factor: 4.4” H x 10.5” L Dual Slot.Maximum Displays 4K 60HzChannels Per GPU: 4.Maximum Supported Displays Channels Per GPU: 4.Display Connectors: DP 1.2 (4), DVI-I (1), Optional Stereo (1).Peak Single Precision Performance: Up to 8.9 TFLOPs.It features the usual 4x 1.2 DisplayPorts as well as 1x DVI-I and an optional stereo port. The Quadro P5000 measures 4.4” in height and 10.5” in length, and uses a dual slot via the PCI Express 3.0 x16 interface. The P5000 also supports the new Quadro Sync II add-in card, allowing users the ability upwards of 32 displays from a single computer. It comes with a generous 16GB of the new GDDR5X memory, one of the first professional graphics cards to use this type memory (which supports up to 9Gbps). The Pascal-powered P5000 was built using a 16nm FinFET+ manufacturing process to allow for more transistors, operation in higher frequencies, and better overall performance per watt. Additionally, NVIDIA indicates that its advanced GPU-accelerated ray tracing technologies, such as NVIDIA Iray, allow professionals to complete their projects much faster. This powerful card is equipped with more CUDA cores and larger frame-buffers compared to the lower models, enabling significantly better performance during larger datasets in complex enterprise workflows. We previously reviewed several of the lower to mid-range cards from NVIDIA’s new Quadro line, and now we’re moving into higher end models, specifically the P5000.