Puget Systems Blog Posts in Category "hardware"
As a part of our testing, we want to cause hardware to fail if it is close to doing so. However, stress testing for an excessive amount of time could potentially shorten the lifespan of the system. Is there a line where hardware testing becomes hardware abuse?
Pix4D is a photogrammetry application which can take sets of photographs and turn them into point clouds and 3D meshes, to make digital versions of real-world objects or locations. It supports both local processing on a workstation as well as uploading images to be processed in the cloud - but which is faster, and what advantages does each have?
The latest in the Titan line is here, bringing along with it a very hefty price tag. We just got our first cards in and while we will be doing more in-depth testing in the near future, we wanted to take a look at some preliminary GPU-based rendering results.
NVIDIA's CEO, Jen-Hsun Huang, dropped a bit of a bombshell at the NIPS conference yesterday: the launch - and immediate availability - of the next graphics card in NVIDIA's Titan series. It is called the Titan V, with V referring to the new Volta architecture it is based on. So what can we expect from the latest entry in the Titan lineup?
Hardware reviews sometimes report wildly different results for the same CPU. What is going on that is causing some reviews to see higher or lower performance than others?
For a long time I helped customers here at Puget Systems select the right hardware for their computers, but I didn't apply a key principle that I used at work to my own builds. Realizing that, I want to share this insight with other PC enthusiasts.
Plenty of reviews show you can get higher performance by using faster memory, so why are we limiting our workstations to DDR4-2666?
Every time a new generation of CPUs is announced, I see a number of people writing about how they think it will be faster (or slower) than current technology because of the advertised specifications. CPU specs alone don't tell the whole story, though, and comparing core count and clock speed across different brands or generations of processors is extremely misleading. Stop doing it!
We test a lot of software here at Puget Systems, and in most cases what we are looking for is what hardware lets a given program run the fastest - or in some cases, what is the most cost effective. If you can get 95% of the best possible performance for half the price that it would cost to get a full 100%, for example, that is often a compelling way to go. However, ANSYS Mechanical (and FLUENT) present a different challenge: how can you get the best performance within the limitations of the ANSYS licensing model?
AMD is releasing a whole spectrum of new CPUs this year, from the consumer oriented Ryzen to the server-class Epyc. In response, Intel has accelerated their normal processor release cadence and is putting out new products across the board as well. We are here to explain a bit about what is going on, what to look forward to, and whether it is worth waiting for.
Windows 7 updates are being limited by Microsoft on the latest processor platforms, and in combination with the other issues we've seen lately when installing Windows 7 we are now only listing it as an option on well-supported configurations... until we run out of licenses, then it's over.
With 2016 coming to end, I thought it would be interesting to look back at some of my favorite products of the last year. I prefer products that seamlessly blend into my life. That means they shouldn't require a lot of updates or ask me to change my behavior very much in order to enjoy them. With that in mind, here are five of my favorite products of 2016: