After cutting his teeth on tech writing at Lifehacker and working his way up, he left as Weekend Editor and transferred over to How-To Geek in 2010. He's been in love with technology since his earliest memories of writing simple computer programs with his grandfather, but his tech writing career took shape back in 2007 when he joined the Lifehacker team as their very first intern. Jason has over a decade of experience in publishing and has penned thousands of articles during his time at LifeSavvy, Review Geek, How-To Geek, and Lifehacker. Prior to that, he was the Founding Editor of Review Geek. Prior to his current role, Jason spent several years as Editor-in-Chief of LifeSavvy, How-To Geek's sister site focused on tips, tricks, and advice on everything from kitchen gadgets to home improvement. He oversees the day-to-day operations of the site to ensure readers have the most up-to-date information on everything from operating systems to gadgets. Jason Fitzpatrick is the Editor-in-Chief of How-To Geek. This holds for any HDD or SSD of any size, though the larger drives we're used to today will have many millions of blocks rather than a few thousand. If you increased your allocation unit size to 32 kilobytes, you'd instead have 16,384/32 (512) clusters. Your drive will have 16,384/4 (4,096) units - or blocks- on it. The default allocation unit size for an NTFS drive of that size is 4069 bytes, or 4 KB. So, you plug in your 16,384 kilobyte drive and choose to partition it as an NTFS file system. To make the math easy, we're going to talk about a tiny hypothetical hard drive with a total volume of 16,384 kilobytes (16 MB) - absurdly small by 21st-century standards, but convenient to illustrate the point. Here's a brief example of how allocation units, the size of allocation units, and the volume of your storage drive are related. This can result in inefficient storage in some extreme cases, but we'll go into that in more detail later. If a file is smaller than the block size, then it will be stored in that block, but the entire block volume will be used up. If a file is too big to fit in a single block, then it will be split and span multiple blocks. The term block is typically seen when talking about Linux, especially the ext4 file system, whereas cluster and allocation units are seen with Windows. The term "Allocation Unit," "Block, " and "Cluster" all refer to the same thing in this context, and we'll use them interchangeably in this article.
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