NVIDIA Quadro M6000 Avis | 118 Données comparées

Based on the UserBenchmark Nvidia Quadro M6000 Review, this legacy professional graphics card—originally released around Q3 2015—holds an average speed bench score of 30.3%, ranking 113th out of 453 tested GPUs. It is heavily integrated into older enterprise setups, frequently configured within HP Z640 and Z840 workstations alongside Intel Xeon processors. Pros highlighted in the benchmark metrics include its massive 24GB VRAM capacity (with some 12GB variations noted in user builds) and an exceptional 2.69% score consistency range, indicating remarkably reliable and stable performance under varying real-world workstation conditions. In terms of specific graphical strengths, it performs optimally in locally-deformable PRT (Bat) simulations at an average of 90 frames per second (fps) and force-splatted flocking (Swarm) rendering at 79.8 fps. Conversely, the data reflects several distinct cons that underline its status as an aging hardware component. The card suffers from a poor average benchmark comparison, tracking 69.7% lower than modern group leaders, which severely limits its capability in current gaming profiles where it sits at a meager 26% rating. Specific benchmark weaknesses include sub-par rendering speeds in high dynamic range...

The Nvidia Quadro M6000 workstation GPU, built on the GM200 Maxwell architecture, delivers extreme graphics and compute performance tailored for intense design, media, and visualisation projects. It is equipped with a massive 12GB of GDDR5 memory and a 384-bit interface, enabling peak single-precision performance of 7TFLOPS. Preliminary benchmarks showcase substantial generation-over-generation leaps, as the card surpasses the previous-generation Quadro K5000 by 130% in 3ds Max viewport performance, 340% in Maya viewport performance, and 70% in iray rendering. Furthermore, a single card demonstrates impressive display flexibility by comfortably driving up to four 4K displays, two 5K displays, or a single 8K projector. While the card excels in raw speed and display capabilities, it presents distinct advantages and downsides. On the positive side, its major pros include massive real-time interactive raytracing capabilities when paired with iray software, a high VRAM capacity, and scalability options through Nvidia's Visual Computing Appliance (VCA), which houses eight M6000 GPUs for cluster rendering. On the negative side, its notable cons are the lack of definitive, final benchmark comparisons to its true predecessor, the K6000, in early testing....

The NVIDIA Quadro M6000 marks the transition of the Maxwell GPU architecture into the high-end workstation market, utilizing the full-fat G200 GPU core identical to the GeForce GTX Titan X. It is equipped with 12GB of GDDR5 memory, 3,072 CUDA cores, 192 texture units, and 96 ROPs. While its raw paper specifications appear to be a minor iteration over its Kepler-based predecessor, the K6000—sharing the same 12GB capacity and 384-bit memory bus—the M6000 delivers substantially better performance in GPGPU workloads, rendering, encoding, and professional workstation applications. Additionally, the card upgrades power delivery by moving to a single 8-pin PCIe connector and expands its modern display connectivity by incorporating four DisplayPort 1.2 ports and one DVI-I port. A major benefit of the Quadro M6000 is its advanced API longevity, featuring hardware support for DX12 Feature Level 12_1, compared to the older Feature Level 11_0 found on Kepler cards. However, the card faces stiff market competition from AMD’s FirePro W9100. The primary drawback of the M6000 is its steep $5,000 launch price, making it significantly more expensive than AMD’s $3,000 alternative and...