The M4 boasts sequential read speeds up to 415Mbps and write speeds as high as 260Mbps. This means it can lower the price per chip because of the better yield - offering the buyer both speed and price improvements over its predecessor. The more chips a manufacturer can build on a wafer, the higher the yield of good chips it can produce at the same cost. The second is a simple matter of probabilities: In every fabrication process, a certain number of the chips on a wafer are bad. (If you can walk 4 miles per hour, it will only take you a half hour to walk two miles.) Crucial M4 SSD First, the shorter the internal pathways are inside a chip, the faster data moves without actually changing the speed at which the chip operates. Micron builds its own chips for the M4 using a 25mm die. The latest in the series of evolved drives is the Crucial M4 (also called the Micron C400 - Micron Technology is Crucial Technology's parent company). Periodically, though, new SSDs are released that incrementally raise the performance bar while lowering the price barrier. What's more, they can be at least eight to 10 times as expensive as their mechanical equivalents - putting them out of range for the lower-end consumer market. Although SSDs are definitely faster than their mechanical counterparts, they've yet to live up to the performance their specifications suggest. Solid-state drives have had their share of ups and downs in the past few years.
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