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Showing results for tags 'SSD Partitions'.
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I've decided to take the plunge and try a SSD - which will be a new experience for me. I'll be installing a Win 7 OS to it and from what reading I've done it seems that the Win 7 installer can natively and automatically manage doing the "alignment" of the SDD correctly - good 'cause I'm not very techy. I've done some basic reading on this and then went to Amazon to see what was on offer. I decided that one of the following 3 SSDs looks like it might be for me (they are all around the 250GB mark in size): Samsung 850 EVO 250 GB 2.5 inch Solid State Drive Integral 240 GB V Series V2 Solid State Drive ADATA SU800 256GB 3D-NAND 200TB TBW Long-Endurance 560MB/s Read and 520MB/s Write High Speed 2.5 Inch SATA III Solid State Drive (ASU800SS-256GT-C) I'm wondering if anyone could comment on which of these drives looks like it would be the best purchase? My own guess would be that the Adata one looks best but I have never before heard of Adata - so wondering if they are a reliable manufacturer or not. Also, I am thinking of partitioning the SSD to split the OS partition off from other partitions which I would want to use for portable programs (quite a lot - most of the software I use now is portable editions) and data partitions. I've looked around and it seems opinion is divided on whether or not SSDs should or should not be partitioned. Any comments from experience on this would be appreciated. Lastly, if I do partition the SSD could someone comment on the following point. My understanding is that to reduce wear for any particular "cell" of an SSD that the SSD will write new data to a less used (or entirely unused) "cell" - in this way, over time, the overall "wear" on "cells" is spread out fairly evenly across the entire SSD. However, if I partition the SSD into multiple partitions does this mean that this cell wear can't be evened out as much as it could be if the entire SSD was just a single partition? I mean, if the SSD was a single partition then it has access to all cells on the SSD to even out wear. But, if the SSD is multiple partitions then does this mean that the SSD can only even out wear by only using the available cells within any given partition? Or does a multiple partition SSD still use all of the SSD to even out cell wear? By that I guess my thinking is that the partitioning of an SSD might be more "virtual" than real. On a HD the partitions are physically discrete parts of the HD. But on an SSD that might not be the case. On an SSD it might be possible to just say "partition" x is just a storage allocation size of, let's say, 50.00GB but that 50.00GB needn't be arranged as 50.00GB of "contiguous cell space" allocated to the "partition" - the cells that constitute that 50.00GB allocation size could (notionally) be anywhere in the matrix of the total number of cells available on the SSD. If that notion of mine is correct then that might mean that even if the SSD is "partitioned" into multiple "partitions" then the SSD still retains the capacity to even out wear by utilising all the available cells on the SSD. (I hope my meaning is making sense here.) If anyone knows which of these methods is used on SSDs for "partitions" and evening out wear I would be grateful for the information.