#NVIDIA QUADRO M4000 PRO#
#NVIDIA QUADRO M4000 PROFESSIONAL#

Unfortunately, Adobe has been reducing the number of cases which leverage the GPU rather than increasing the use of the GPU. In the second case, After Effects CC demands even more computing power than Premier Pro.

#NVIDIA QUADRO M4000 PRO#

Although Premier Pro CC uses GPU rendering and even though video rendering can consume a lot of processing power, the Adobe implementation gets exactly the same performance from the Quadro M4000 as it gets from the Quadro K1200. In this case, we found a situation where less-is-more. You will find the details in this article, Which NVIDIA Quadro for Adobe Video?. We ran our performance tests and then we setup both with some demanding Adobe video applications: Premier Pro CC and After Effects CC. Despite the naming convention, both GPUs are based on the Maxwell architecture. The power and features of the Quadro M4000 target much higher-end applicationsįor example, PW tested the Quadro M4000 and its little brother, the K1200 together. We run into surprising results ourselves from time to time.

In the end, testing with your specific set of applications is important. And even if Viewperf is designed to isolate the GPU performance from the rest of the workstations and to load the GPU as much as possible, it is still clear from the results below, that a Quadro M4000 won't be the choice for simpler or even moderately complex 3D work. If you are familiar with the SPEC.ORG benchmark, Viewperf 12, then you will know that the results are a weighted FPS value for each of the data sets.

#NVIDIA QUADRO M4000 PROFESSIONAL#

On the top of the board are 3 connectors for SLI support, Stereo, and Display Sync which support high-end professional features needed for CAVEs, VR, and complex display systems. None-the-less, it remains a single-slot design. The Quadro M4000 has a total power consumption of 120W and requires an extra connector for the back of the board.

The memory has a 256 bit interface and a 192 GBps bandwidth which places the M4000 memory performance close to its big brother the M5000 and much faster than the K2200 and K1200 GPUs. While there are certain graphics situations which like the extra 4GB of memory, it is critically important for CUDA and GPU-computing applications in areas like simulation. The K4200's 4GB of GDDR5 memory has been increased to 8GB - another point where the Santa Clara graphics experts needed to play catch-up. This allows the Quadro M4000 to support a modern display configuration. Apparently, the K4200's Kepler architecture could not support 4 DisplayPort outputs which the Maxwell architecture does. First, it increases display support to 4 outputs - this time all of them are DisplayPort. The Quadro M4000 replaces the K4200 and corrects several deficiencies in the older GPU. NVIDIA now supports more DisplayPort outputs and can drive four 4K resolution displays from the Quadro M4000 We'll start with a look at the outside of this new professional GPU. Scroll down to jump to the performance numbers. PW tested the GPU in a new Skylake workstation with the Intel Xeon E3-1275 v5 clipping along at 3.6 GHz. Along with 8GB of GDDR5, 4 DisplayPort outputs, 4K monitor resolution support, SLI, Stereo, and Sync support, this is a GPU with power and potential that comes in at a price around $1000.

The NVIDIA Quadro M4000 is a Maxwell-based Quadro GPU (GM204) announced at Siggraph 2015. Check out the performance and the possibilities. For PW, it is the number of CUDA cores on a Quadro M4000. For many people, 1664 is a not-so-great-tasting French beer.

Nvidia quadro m4000