How is an SSD different from an HDD? Which one is better? And how can you pick the right SSD for your needs? 🤯 Click to learn more ⬇️ Click to Tweet The increasing need for speed, high performance, and reliability are critical factors for the growth and advancement of SSDs over HDDs. Ample storage SSDs were introduced in 2009 by OCZ Technology came with a 1 TB flash-based SSD, whereas Virident Systems developed second-generation flash-based SSDs with up to 2.2 TB of storage in 2012.īy the end of 2012, we saw reliable enterprise flash drives for high-performance applications, such as Intel’s SDD DC S3700 drive. It wasn’t until 2006 that flash SSDs were mass-marketed by Samsung with 32 GB capacity and a PATA interface. PATA connector plugged in hard drives to computers.

In 2003, Transcend introduced cheap flash SSDs with a Parallel Advanced Technology Attachment (Parallel ATA or PATA) connector that cost as low as $50. By the 1990s, flash-based SSDs were introduced and started gaining popularity globally, but they were still costly (up to $47,000). Although this 2 GB SSD revolutionary creation still used core memory, it was highly compatible and operated much faster than fixed-head disks.Ĭompanies started developing SSD technologies, such as the Sharp PC-5000 with a 128 KB SSD bubble memory in 1983. However, those two solutions went out of style in the 1950s and 1960s with the growing popularity of cheaper storage components like drum memory.Īs technology is constantly evolving, by the 1970s and 1980s, SSDs were back on the scene, but they were pretty expensive and weren’t widely adopted until Dataram introduced the Bulk Core SSD in 1976. (Image source: Dsimic, via Wikimedia Commons)ĭid you know that the long journey of SSD storage and its development began in the 1950s?īack then, they used them in first-generation computers ( vacuum tube computers) through two similar technologies: card capacity read-only storage and magnetic core memory.

History of Solid-State Storage (SSD) A 2.5-inch bay SSD.

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