Now you are editing your post with ridiculous falsehood which is not cool.flamenko wrote: ↑ Ok this really isn't fair. You are killing me here. Have you tested start times in various SSDs? Include SATA, NVMe, PCIe, DRAM, DRAMless...etc. Or is your knowledge drawn from what you read on the 'net'. I am all for getting into a conversation in detail and not trying to run and find an article supporting what you say every time i throw a question your way...at which time you pick and choose what you will answer.
And let's not forget... you have stated that everyone interested in this SSD only cares about boot times. That needs to stay right there where you said it.
AND... You need to read this very carefully since you quoted it and are relying on it to say that the mapping tables are somehow stored in SDRAM when the power is off -
A mapping table is maintained in SSD. In general, DRAM is on board in SSD, which is used to store temporary data of program running and will be lost when power fails. The mapping table is stored in SDRAM (convenient for quick access), and several mapping tables are stored in NAND Flash (to prevent loss of mapping relationship after power failures). What’s more, the mapping tables in NAND Flash are updated regularly.
I never said that "the mapping tables are somehow stored in SDRAM when the power is off".
That makes you a dishonest person or someone who can't understand what he/she reads.
What I wrote was "A copy of the Map Table is constantly stored on the NANDs (in case of power failure) and is updated before shut down. Then, when you restart, the Map Table is reloaded in the DRAM chip."
And MY post has not been edited since 7:58 pm.
But why do I bother, you probably don't even know the difference between a NAND and a DRAM chip.
Also, you wrote that I "have stated that everyone interested in this SSD only cares about boot times."
That is also false.
Yeah, I'm sure you know a lot more than that "Linus professing" guy.
Where are YOUR technical videos exactly? I must learn...