One of my New Years resolutions was to adopt a Docker based workflow. I had also promised in my recent post on testing the Titan V that I would do a series of How-To’s on setting up docker and ultimately configuring and using the excellent NVIDIA NGC docker registry. This is the fist post of that series and covers the base system setup, motivation and references.
Up until late December 2017, the way we installed operating systems here at Puget required us to to fully configure Windows and set up a user account for our customers, preventing end users from selecting the options and user name they might really want. It did have some added benefits, like allowing us to install requested software, but the process was inefficient and time consuming. Sparing you the grueling details, we have now moved to a much more refined and efficient process that allows you, the end user, to configure and set up Windows just the way you would like! This is excellent news! However, we also understand that opening up the box and booting the system up to a Windows setup screen can be somewhat daunting. I have created this guide to walk you through the process and offer advice along the way. I hope you enjoy!
Matt Granger dives into the specs of his new editing workstation and how it has allowed him to start working with his 8K content.
In 2018, our goal is to get out there where our customers are to learn more about them, learn more about their workflow, and find out what more we can do to optimize our systems and experience to those exact needs. Are there any events that we should attend that aren’t on this list? Let us know!
At SOLIDWORKS World this year we are excited to share with everyone our support team that now has a member that is SOLIDWORKS certified. If you’ll be attending SWW18, be sure to swing by booth #203 and find out all about our incredible support and even get any of your questions answered!
In this post I’ll be going over details of Installing Ubuntu 16.04 including the NVIDIA display driver and, optionally, NVIDIA CUDA. I have found the method presented here to be the most likely to succeed no matter what hardware configuration you are installing onto.
A break-down of data encryption, what it’s used for, and why your data could be at risk (oh no!)
This guide covers how to restore Windows – and the drive it is installed on – to factory conditions, for Puget Systems computers built in 2018 or later. Methods are included for both systems that can boot into Windows and those which cannot. Please note that following these instructions will wipe all data on the primary drive, so back up any data you care about before proceeding!
The Intel CPU flaw and the Meltdown and Spectre security exploits are causing a lot of concern. There is a possibility of application slowdown from the kernel patches to mitigate the exploits. This slowdown concern is a concern for GPU accelerated application because of the systems calls they require for moving data between CPU and GPU memory space. I did some testing on a couple of large Tensorflow and Caffe machine learning jobs along with the creation of a LMDA database from 1.3 million images.
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?
Puget Systems builds custom workstations, servers and storage solutions tailored for your work.
We provide:
Extensive performance testing
making you more productive and giving better value for your money
Reliable computers
with fewer crashes means more time working & less time waiting
Support that understands
your complex workflows and can get you back up & running ASAP
A proven track record
as shown by our case studies and customer testimonials
