Post your disk benchmarks

Post your disk benchmarks

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en.wikipedia.org/wiki/Standard_RAID_levels#Performance_2
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What about no?

nice try bill gates

what ssd/hdds are those

850 Evo 256GB, WD Black 2TB,
WD Blue 1TB, 950 Pro M.2 512GB

...

paid 2300USD for this laptop just for this

>50MB
>can literally fit in a HDDs cache

shhhhhhhhh

Kek.

Does phone Storage count?

>4TB boot disk
Hope you're trolling.....

...

Evo reporting in

TB boot disk
>Hope you're trolling.....
No, 8x Seagate 600 Pro enterprise SSDs in a RAID 0

>raid 0
Enjoy your shitty access times

lolwut?

Isn't the whole point of RAID0 to have faster transfer speeds and access time?

SSD's in RAID 0 looks good in benchmarks, almost double the seq read. But the RAID controller, whether software or hardware, will add overhead to the near-instant access times you'd get with a single good SSD

>I dont think there is a SATA controller on my motherboard
>I think my chipset's SATA controller is in some way superior to a LSI 3108 chip

>I think 8x disks in a RAID 0 will only give double the sequential read or IOPS

This, fuck and think people use cheap RAID controllers

I'm going to implement my own raid standard and call it RAID K

It's basically mirroring but reads from both disks
So
DRIVE0---------DRIVE1
0-----------------------0
1-----------------------1
1-----------------------1
0-----------------------0
1-----------------------1
1-----------------------1
1-----------------------1
Both drives are mirrored identically, giving you parity, but by reading data from both of the disks using striping, you double the read speed.

>I dont understand what parity is
>I dont understand how RAID 1 works

% dd bs=4M count=256 if=/dev/zero of=test conv=fdatasync
1073741824 bytes (1.1 GB) copied, 0.420098 s, 2.6 GB/s
% echo 1 | sudo tee /proc/sys/vm/drop_caches
% dd bs=4M if=test > /dev/null
1073741824 bytes (1.1 GB) copied, 0.260679 s, 4.1 GB/s

Pretty sure RAID 1 doesn't double your read speed mate

It always has.
en.wikipedia.org/wiki/Standard_RAID_levels#Performance_2

That's for multiple reads accessing the disks at the same time, the type of speed from striped reading is talking can be done with Linux's md software raid with raid1 in far layout for example

>I dont understand what a stripe size or block size is

Pretty sure you just explained RAID1, you can configure it exactly like you explained it...

What's there to understand? For sequential single thread read the normal raid 1 (near on the graph) performs twice as slow as raid 1 in far layout

>no sources
>no name of the RAID card
>no information on strip, block size or read size
>just a random excel graph
0/10