Thanks to the super high-resolution sensors we see today in digital cameras, a fast computer is absolutely essential for an efficient post-processing workflow when working with RAW images. If a few years back a standard PC or a mid-range laptop were good enough for post-processing images, 30+ MP RAW files can put a huge burden on processing power and make a high-end machine seem obsolete. In addition, most commercial software targeted at professionals has also gotten pretty heavy, requiring more memory, faster storage and high-end CPUs and GPUs for a smooth, delay-free experience. Having spent most of my adult life in information technology, I have always been building my own PCs. In my recent articles and reviews of storage equipment, a number of our readers asked me to share my preferences for a solid, future-proof PC build that could take pretty much anything you throw at it for post-processing large numbers of RAW images and video. In this article, I want to talk about my ultimate PC build for photography and other needs, and discuss my personal preferences for working with Lightroom catalogs and RAW files in terms of file management and performance optimization.
A lot has changed in the world of computer storage in the past decade. Traditional spinning hard disk drives (HDD) have been outperformed by insanely fast and now affordable Solid State Drives (SSD). And now we have insanely faster flash memory technology already available for the consumer market in the shape of Non-Volatile Memory Express (NVMe), which is manufactured in a number of different interfaces / form factors, including M.2. Many photographers, including myself, experienced a huge boost in performance for post-processing large resolution files when switching from a hard drive to an SSD, but now that the faster flash memory is becoming more common, one might be wondering about the benefits of this new storage compared to both HDD and SSD drives. We have already published a detailed article on building a computer for photography based on the latest generation Intel Skylake architecture, where we recommended to get the new generation motherboards with built-in M.2 slots for flash storage. Having built a similar computer myself for my post-processing and video editing needs, I thought it would be useful to share just how much faster the new storage is compared to both HDD and SSD drives, since I use all three in my large full tower setup.