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Even then, a single Titan X is as fast as any dual GPU configuration - even two Titan X's. In fact, the only time is is faster is if you are using RED 6K footage. However, if you again compare the single GPU results to the results in this section, you will notice that using two cards is rarely faster than using a single card. Exporting RED 6K footage to H.264 4K was the only time we saw a difference in performance, but even then there was no reason to go to anything more powerful. With two video cards, there isn't really much to discuss. While not conclusive, this does suggest that a more powerful video card is more likely to be beneficial if you export to a lower resolution than your source footage.

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What is interesting is that most of the performance gains we saw when exporting to 1080p in the previous two sections was when we started with higher resolution footage and downscaled to 1080p. However, we did see a big difference when we scaled the RED 6K footage down to 4K.

With the export resolution turned up to 4K, we actually saw no difference between the different video card models when exporting any of the 4K footage (regardless of codec) to H.264 4K. Exporting to higher resolutions is more taxing on the system as a whole, so it will be interesting to see if the difference between each video card changes when exporting to 4K versus exporting to 1080p: Exporting to 4K - Single GPUДЄlthough 4K isn't as widespread as 1080p quite yet, more and more Premiere Pro users are either exporting to 4K or are considering exporting to 4K in the near future. No matter what is causing us to hit this performance wall, however, our testing indicates that with current hardware there is rarely a need for a dual GPU configuration if you are primarily concerned about performance when exporting to 1080p. We are confident that we are not hitting a storage bottleneck (we tested with faster storage to make sure), but it is possible we are hitting a CPU bottleneck even though we are using one of the fastest CPUs currently available for Premiere Pro. In most cases, a single GTX 1080 is going to be faster than any dual GPU configuration (with the exception of RED 6K where you would need a Titan X to match the performance of two GTX 1070/1080 video cards).

What is really interesting here is that if you compare these results to the results from our single GPU test in the previous section, it becomes clear that we are definitely hitting some sort of bottleneck that is preventing the workstation from exporting any faster. Even then, even the GTX 1070 was able to match the GTX 1080 or Titan X.

This time, the only time we saw an advantage to using more power cards was when exporting RED 6K footage to H.264 1080p. With two video cards, our results are quite a bit different than what we saw with a single GPU. While these two tests did not show a benefit to using a Titan X, Exporting RED 6K footage to 1080p did show a pretty significant decrease in export times when using a Titan X. If you work with H.264 or CineForm 4K footage and export to 1080p, there is a definitely an increase in performance by using a GTX 1070, and a further increase by using a GTX 1080. However, there were three times where you would notice the difference with a more powerful video card. Others (ProRes 4K) showed some minor differences, but they were only minor and not consistent - the more powerful cards were sometimes slower than the less powerful cards. In some instances (H.264 1080p, CineForm 1080p, and RED 4K) we saw essentially no difference between any of the cards we tested. Right off the bat, we are getting some very interesting results. Because of this, we thought we would start our testing by looking at how Premiere Pro is able to utilize a single GPU when exporting from a variety of resolutions and codecs to H.264 1080p: While more and more people are starting to shoot in 4K and higher resolutions, 1080p is still by far the most common resolution to export to.

1-2x Nvidia GeForce Titan X 12GB (Pascal).

The different video cards we will be testing are: While there are faster CPU configurations you could use depending on if you export to 1080p or 4K+ resolutions, this is still a great all-around CPU for Premiere Pro which makes it ideal for comparing different video cards. Because of this, we are simply going to test with a single configuration using an Intel Core i7 6950X CPU. Premiere Pro can heavily utilize the CPU, although in our CPU-based testing we have found that there is only a relatively small benefit to using a workstation with dual Xeon CPUs. Intel Core i7 6950X 3.0GHz (3.4-4.0GHz Turbo) Ten CoreДЁx Samsung DDR4-2133 32GB ECC Reg. For our GPU centric test we used the following hardware: Motherboard:

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