PNY Quadro P2000 Review | 118 Data compared

The HotHardware Workstation GPU Review highlights the NVIDIA Quadro P4000 and Quadro P2000 as highly competitive, single-slot, mid-range professional solutions based on the Pascal architecture. In benchmarks like SPECviewperf 12, both cards delivered strong rendering performance, with the P4000 pacing its direct competitor (the AMD Radeon Pro WX 7100) by over 25% in most tests, and the P2000 comfortably leading the WX 5100. Key pros identified in the review include their excellent power efficiency, quiet acoustic profile under load, and compact single-slot form factors. Additionally, the P2000 has a lower 75W maximum power consumption allowing it to run strictly on PCIe bus power without supplemental cables, while the 105W P4000 packs a beefier 8GB of GDDR5X memory alongside specialized enterprise features like Quadro Sync II and GPU Direct for Video. Conversely, the review notes some key performance and value compromises that serve as the main cons. In raw compute tests like the SiSoft SANDRA video shader compute benchmark, both cards dropped down the rankings and trailed the competition in double-precision floating-point (double-float) workloads. Another drawback is the premium pricing structure...

The Nvidia Quadro P2000 and P4000 introduce the Pascal architecture to professional graphics, bringing significant performance boosts for 3D CAD, visualization, and virtual reality workflows. The mid-range Quadro P2000 acts as a sweet spot for 3D CAD modeling, yielding up to a 59% improvement over the older Maxwell generation when handling GPU-heavy viewing modes like SolidWorks RealView. Meanwhile, the single-slot Quadro P4000 stands out as an energy-efficient, 105W "VR Ready" card that drastically lowers the physical and financial barriers to entering professional VR spaces. In GPU-accelerated rendering software like SolidWorks Visualize, both Pascal cards proved to be exactly 43% faster than their immediate Maxwell predecessors, demonstrating strong capabilities in non-CPU-bound rendering tasks. Despite these impressive gains, both cards encounter performance limitations depending on the software environment and dataset complexity. A major con is that traditional 3D CAD modeling applications (like Revit or standard SolidWorks viewing modes) remain heavily bottlenecked by CPU clock speeds, meaning mainstream CAD users will notice little to no performance difference during basic modeling tasks. Furthermore, while the P4000 is highly capable of running architectural VR smoothly,...

Nvidia Quadro P2000 and P4000 The Nvidia Quadro P2000 and P4000 graphics cards offer major generation-on-generation performance leaps by leveraging the Pascal architecture to benefit design visualization and GPU rendering workflows. The single-slot Quadro P4000 stands out as an energy-efficient, entry-to-mid-range "VR Ready" professional GPU that dramatically lowers the cost barrier for smooth virtual reality workflows in architectural and product development software. Meanwhile, the Quadro P2000 hits a performance sweet spot for 3D CAD applications, delivering up to a 59% speed increase in GPU-intensive viewing modes (like SolidWorks RealView) compared to its Maxwell predecessor. Both cards boast highly efficient power draws (75W for the P2000 and 105W for the P4000) and feature four DisplayPort 1.4 connectors supporting multiple 4K or 5K displays. Pros & Cons at a Glance Pro: The P4000 brings powerful, single-slot VR capability to market at a significantly lower price and power bracket than previous dual-slot Quadro options. Pro: Both cards excel in GPU-isolated rendering environments (like SolidWorks Visualize), scaling effectively when combined in multi-GPU configurations. Con: Standard 3D CAD modeling remains heavily bottlenecked by CPU single-core...

The StorageReview.com review highlights the NVIDIA Quadro P2000 as a compact, single-slot workstation GPU built on the Pascal architecture, specifically tailored for creative professionals using intensive 3D applications. Equipped with 1024 CUDA Cores, 5GB GDDR5 memory, and a 160-bit interface, it bridges the performance and price gap between the lower-end P1000 and higher-end P4000 models. In benchmark evaluations—including ESRI ArcGIS and SPECviewperf 12—the P2000 demonstrated significant generation-over-generation improvements, delivering an average of 460.94 FPS in ESRI tests compared to just 342.25 FPS on the P1000 and 273.51 FPS on the older Maxwell-based M2000. A major pro of the Quadro P2000 is its excellent balance of midrange performance and design efficiency; it utilizes a compact form factor that fits seamlessly into space-constrained workstations while drawing a maximum of only 75W of power over the PCIe bus. Additionally, it provides robust display capabilities, natively supporting up to four 5K displays at 60Hz via four mini-DisplayPorts. On the downside, a notable con identified in the benchmarks is its actual drawtime in the ESRI program, which measured at 6.492 seconds—making it slightly slower than...