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DRAMキャッシュ、SLCキャッ​​シュ これらの2つの用語は、SSD機能のためにメーカーによって非常に頻繁に使用されますが、多くの消費者は2つの違いを実際には理解していません。それらはすべてキャッシュを持っていますが、なぜ価格と読み取り/書き込み速度がすべて異なるのですか？メーカーは正直ではありませんか？実はメーカーは嘘をついていないので、落ち着いて頑張ってください。 DRAMキャッシュとSLCキャッ​​シュは完全に異なる概念ですが、どちらにも「キャッシュ」があります。つまり、実際に「キャッシュ」アクションを実行できます。つまり、どちらも「加速」の目的を持っていますが、加速の原理や論理が異なり、コストも異なります。これは、直前に起こったかもしれない誤解につながります。 詳細はこちら https://www.ankmax.com/newsinfo/2756433.html

DRAM Cache, SLC Cache These two terms are very often used by manufacturers for SSD features, but many consumers don’t really understand the difference between the two. They all have Cache but why are the prices and read/write speeds all different? Are the manufacturers not being honest? In fact, the manufacturers are not lying, so please keep calm and hold on. DRAM Cache and SLC Cache are completely different concepts, but both have a “Cache”, which means they can actually do the “cache” action. In other words, both have the purpose of “acceleration”, but the principle and logic of acceleration are different, and the cost is also different. This leads to a misunderstanding that may have happened just before. Learn more here https://www.ankmax.com/newsinfo/2756433.html  

When you copy a lot of files or very large files (>10 GB) to a new SSD, you might have noticed that write speeds on your SSD start out at full speed and then drop considerably. The underlying reason is that modern drives have caches that soak up write bursts to improve performance. In the fairly uncommon scenario of writing data that's too big to fit into these caches, the drive will have to write data directly to flash, and it will probably juggle some out of its write cache at the same time, which can result in a significant loss of write speed. Newer TLC drives use part of their capacity in SLC mode for increased performance. This test can reveal the size of that SLC cache. Learn more here https://www.ankmax.com/newsinfo/2753016.html