odigg
500+ Head-Fier
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Just for reference, I'm asking this question assuming the "average joe" computer use. By this I mean web browsing, email, videos, music, document creation and maybe some minor video/music transcoding and photo editing.
It's well known that an SSD will offer a practical and significant performance boost over a HDD. One only has to watch some of the HDD vs SSD videos on youtube to see this. OS boot time is cut in half (literally) and application performance is much faster.
But what about between SSDs? SSDs are getting faster and faster but I'm not sure how this will affect computer speeds for the "average joe" computer user. For example, will somebody see a significant difference between something like a OCZ Vertex (240 MB/s read) and a Crucial realssd C300 (355 MB/s read)?
Maybe an analogy will help explain this. The computer I'm using now has a Athlon 63 3000+ (single core). If I upgrade to any Core i5 I'm likely to see significant speedup in most everything. However, If I go from a Core i5 to faster Core i5 (or i7) I'm probably only going to see a practical speedup in some specialized task like 3D rendering or video encoding. The gain from the slowest Core i5 to the fastest Core i5 (or Core i7) is probably minimal for "average joe" use.
Are the differences between decent (excluding the really cheap and slow ones) SSDs significant for daily use?
It's well known that an SSD will offer a practical and significant performance boost over a HDD. One only has to watch some of the HDD vs SSD videos on youtube to see this. OS boot time is cut in half (literally) and application performance is much faster.
But what about between SSDs? SSDs are getting faster and faster but I'm not sure how this will affect computer speeds for the "average joe" computer user. For example, will somebody see a significant difference between something like a OCZ Vertex (240 MB/s read) and a Crucial realssd C300 (355 MB/s read)?
Maybe an analogy will help explain this. The computer I'm using now has a Athlon 63 3000+ (single core). If I upgrade to any Core i5 I'm likely to see significant speedup in most everything. However, If I go from a Core i5 to faster Core i5 (or i7) I'm probably only going to see a practical speedup in some specialized task like 3D rendering or video encoding. The gain from the slowest Core i5 to the fastest Core i5 (or Core i7) is probably minimal for "average joe" use.
Are the differences between decent (excluding the really cheap and slow ones) SSDs significant for daily use?