Molecular Dynamics Performance on GPU Workstations — NAMD
Molecular Dynamics programs can achieve very good performance on modern GPU accelerated workstations giving job performance that was only achievable using CPU compute clusters only a few years ago. The group at UIUC working on NAMD were early pioneers of using GPU’s for compute acceleration and NAMD has very good performance acceleration using NVIDIA CUDA. We show you how good that performance is on modern Nvidia GPU’s
Gaming Computers: Different Hardware for Different Genres
Computer games often have varying hardware needs – some are more graphically demanding, others need a more powerful CPU, and some need a mix of both. Such requirements often follow the type or genre which games fit into, and this blog post looks at those common genre-based needs to help gamers figure out what sort of computer hardware will best match their playstyle.
Adobe After Effects CC 2014 Multi Core Performance
After Effects 2015 has some significant performance problems with multiple CPUs due to the removal of the “Render Multiple Frames Simultaneously” feature. In this article we want to test AE 2014 to see how well AE was able to utilize systems with both higher core count and multiple physical CPUs before this feature was removed.
Adobe After Effects CC 2015 Multi Core Performance
High-end systems for After Effects are often sold with two high core count CPUs for maximum CPU performance. However, our testing has shown that After Effects actually has some significant performance problems with multiple CPUs which makes those configurations in reality much slower than a system with a single CPU.
Agisoft PhotoScan Multi Core Performance
PhotoScan is a program that takes a series of photographs and combines them into a 3D model. In this article we will be benchmarking PhotoScan to determine exactly how well it is able to utilize multiple CPU cores to help determine what CPU will give the best overall performance for PhotoScan.
Agisoft PhotoScan GPU Acceleration
PhotoScan is a program that takes a series of photographs and combines them into a 3D model. What is a bit unique about it is that the performance of certain portions of the software can be drastically improved by used multiple video cards.
Adobe Premiere Pro CC Multi Core Performance
Premiere Pro is often touted as greatly benefiting from high core count CPUs. In this article we will be benchmarking the multi-threading capabilities of Premiere Pro CC to determine if it actually is at using high core count CPUs.
If Processors Were Cars
Around Puget Systems, I think it is pretty common knowledge that I can’t turn down a good comparison between PCs and automobiles. I talk about car branding, car service, car problems…I make a lot of analogies. I think it is because I appreciate cars, but I am definitely not an expert in that field. Making car analogies helps me see the PC industry from the outside…from the customer perspective.
Adobe Lightroom Classic
Lightroom has a lot of time-consuming tasks – such as importing, exporting, and generating previews – but also requires a responsive system while you are correcting photos. Our workstations have been optimized to give you the best possible performance for both of these tasks.
Adobe Lightroom CC/6 Multi Core Performance
With hundreds of CPU models available, it can be a daunting task to determine which CPU will give you the best performance in Lightroom. In this article we will be examining the multi-threading capabilities of Lightroom CC and Lightroom 6 to determine whether a CPU with a high frequency or a CPU with a high core count will give you the best possible performance.