My new HP desktop is Da Real MVP
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@Breffni-Potter Hahahahah so true. I actually have 10 going on Boot Camp but none of my files and IIS definitions and etc. So so true.
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@Breffni-Potter Now I know everything about your computer. Including that you have not OC'd it.
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@Breffni-Potter Are you using rapid mode w/ that Samsung SSD? If not you may up your scores quite a bit w/ it on.
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I prefer that if the power dies I don't risk losing data
that's the danger of rapid mode. -
@Breffni-Potter What data do you think you'd lose? The last 3 seconds of work?
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@Breffni-Potter said:
I prefer that if the power dies I don't risk losing data
that's the danger of rapid mode.Wuss. Where is your sense of adventure?
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I'll run 2 SSDs in raid-0 then.
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@Breffni-Potter Still won't compete sadly. I'm getting over 5GB/s read/write on mine, and it's only a 256GB.
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That rapid mode sounds like bobbins.
How can it give you 5GB performance with no risk?... What is it actually doing.
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@Breffni-Potter It's just using system RAM as a buffer and writing ( and then intelligently reading until the buffer is purged ) everything from it, like a middleman between Windows and the actual SSD.
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Right, so in my case if I go hungry on VMs and eat more RAM. It won't work as well?
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@creayt But the SSD is so high performance that the buffer is flushed very quickly still, just not as quickly as writing to RAM, so if power loss happened you'd be looking at a max of like 5 seconds of work lost in most scenarios.
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@Breffni-Potter Yeah, if you're using almost all of your RAM it's probably not a good idea. Hence why my last few systems have been 32GB. It's that much faster.
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Maybe I'll get an extra pair of cards.
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@Breffni-Potter The catch is it can only work with 1 SSD, has to be a Samsung, and can't be part of a RAID. But yes, it's just amazing. It makes M2 and PCIE SSDs look slow as dickles.
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@creayt AMA:
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@creayt Time of that writing is the release of the 840 EVO, so they may've changed some things since its release but very informative.
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Ewww, whitepaper
I'll add it to the pile.
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@Breffni-Potter "RAPID was specifically designed to not add any additional risk to user or system data, even in the event of a power-loss. In fact, RAPID strictly adheres to Windows
conventions in its treatment of any buffered writes in DRAM -- RAPID obeys all
“flush” commands, so any writes buffered by RAPID will make it to the persistent
media just like the Windows OS cache or the HDD cache. "
