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On 11/08/14 13:44, Andrew Bradford wrote:
> On 08/06/2014 02:50 PM, Marcel Partap wrote:
>>> Finding the erase block size in order to align the partitions is more
>>> important than the mkfs parameters and will make a much larger impact on
>>> performance than setting ideal stride and stripe.
>> [...]
>>
>>> Likely the card does not have an erase block size smaller than 2 MiB due
>>> to the amount of flash in it, so 128 kiB is probably not the correct
>>> erase block size.  Most larger sized cards have 2, 4 or 8 MiB erase
>>> blocks these days.
>>
>> Why then would there not be a step in timing difference at f.e. 2MiB?
> 
> SanDisk controllers are known to have fancy tricks which result in
> better performance under certain loads, hiding the actual erase block
> size may be a side effect.  I don't really know the root cause but I
> have seen this kind of behavior before.
> 
>>> It's probably easier for those who read this list to see raw output of
>>> flashbench rather than looking at csv files or plots in order to assist
>>> with interpreting your results.
>>
>> Here it is.
>>> flashbench --count=1000 -a /dev/sdb --blocksize=$((1*1024))
>>> align 4294967296        pre 611µs       on 799µs        post 615µs      diff 186µs
>>> align 2147483648        pre 615µs       on 792µs        post 619µs      diff 175µs
>>> align 1073741824        pre 608µs       on 812µs        post 613µs      diff 201µs
>>> align 536870912 pre 615µs       on 771µs        post 619µs      diff 153µs
>>> align 268435456 pre 607µs       on 774µs        post 612µs      diff 164µs
>>> align 134217728 pre 614µs       on 800µs        post 617µs      diff 185µs
>>> align 67108864  pre 614µs       on 799µs        post 618µs      diff 183µs
>>> align 33554432  pre 612µs       on 783µs        post 614µs      diff 171µs
>>> align 16777216  pre 607µs       on 748µs        post 613µs      diff 138µs
>>> align 8388608   pre 605µs       on 742µs        post 605µs      diff 137µs
>>> align 4194304   pre 603µs       on 749µs        post 608µs      diff 143µs
>>> align 2097152   pre 603µs       on 750µs        post 607µs      diff 146µs
>>> align 1048576   pre 601µs       on 741µs        post 603µs      diff 139µs
>>> align 524288    pre 603µs       on 767µs        post 615µs      diff 158µs
>>> align 262144    pre 597µs       on 747µs        post 604µs      diff 146µs
>>> align 131072    pre 606µs       on 751µs        post 611µs      diff 143µs
>>> align 65536     pre 603µs       on 705µs        post 609µs      diff 99.1µs
>>> align 32768     pre 606µs       on 694µs        post 595µs      diff 93.6µs
>>> align 16384     pre 601µs       on 703µs        post 604µs      diff 100µs
>>> align 8192      pre 614µs       on 613µs        post 611µs      diff 351ns
>>> align 4096      pre 613µs       on 616µs        post 608µs      diff 5.19µs
>>> align 2048      pre 612µs       on 613µs        post 614µs      diff 276ns
>>
>> What would you make from that? The drop-off definitely is @128K...
> 
> Could be caching or intermediate SLC flash or the page size.
> 
> Try running with '--blocksize=$(3*1024)' and see if any noticeable
> changes happen.  Some SanDisk cards look like 1.5 MiB erase blocks and
> this can be exposed with the 3072 blocksize.

> align 3221225472        pre 714µs       on 829µs        post 710µs      diff 117µs
> align 1610612736        pre 712µs       on 834µs        post 717µs      diff 120µs
> align 805306368 pre 713µs       on 823µs        post 703µs      diff 115µs
> align 402653184 pre 728µs       on 839µs        post 724µs      diff 113µs
> align 201326592 pre 722µs       on 846µs        post 728µs      diff 120µs
> align 100663296 pre 721µs       on 838µs        post 721µs      diff 118µs
> align 50331648  pre 723µs       on 845µs        post 729µs      diff 119µs
> align 25165824  pre 711µs       on 843µs        post 731µs      diff 122µs
> align 12582912  pre 716µs       on 828µs        post 727µs      diff 107µs
> align 6291456   pre 717µs       on 841µs        post 732µs      diff 117µs
> align 3145728   pre 720µs       on 839µs        post 721µs      diff 118µs
> align 1572864   pre 717µs       on 840µs        post 721µs      diff 121µs
> align 786432    pre 726µs       on 849µs        post 703µs      diff 134µs
> align 393216    pre 720µs       on 845µs        post 724µs      diff 122µs
> align 196608    pre 729µs       on 742µs        post 721µs      diff 16.7µs
> align 98304     pre 724µs       on 739µs        post 729µs      diff 12.8µs
> align 49152     pre 722µs       on 715µs        post 725µs      diff -8583ns
> align 24576     pre 711µs       on 713µs        post 713µs      diff 977ns
> align 12288     pre 733µs       on 726µs        post 737µs      diff -9350ns
> align 6144      pre 725µs       on 730µs        post 739µs      diff -1197ns


> Alternatively, you can do write testing and move the offset to span
> where you think the erase block edges are and see if performance drops
> off when crossing the erase block boundary.  This is a better indicator
> but takes much longer to do.

I did something in that line, which indeed took a long time to do... I
created a FAT32 partition at sector 63 (unaligned), 1MiB, 2MiB, 3MiB and
24MiB and ran
# iozone -a -i 0 -i 1 -i 2 -g 32m -I
#        -a: automatic mode
#        -i 0 -i 1 -i 2: test 0=write/rewrite, 1=read/re-read,
2=random-read/write
#        -g 32m: maximum file size 32MB
#        -I: DIRECT IO (bypass cache)
on each, than fed them into the "iozone-results-comparator" .. resulting
graphs is attached and leaves me inconclusive. Huh?

#Regards!MPartap

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