STH xmrig Monero Mining Docker Image

Discussion in 'Cryptocurrency Mining and Markets' started by Patrick, Oct 14, 2017.

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  1. jims2321

    jims2321 Active Member

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    rewritten to generate output regardless of the number of docker numa images you kick off

    miner@monerominer2:~$ cat speed.sh
    i=1
    result=`docker ps -q | wc -l`
    while [ "$i" -le "$result" ]
    do
    echo "miner numa $i speed"
    docker logs minernuma$i | tail -8 | grep speed >> /tmp/minernuma$i.tmp
    tail -1 /tmp/minernuma$i.tmp
    rm /tmp/minernuma$i.tmp
    i=$(($i + 1))
    done

    AMD box
    miner@monerominer2:~$ ./speed.sh
    miner numa 1 speed
    [2017-10-17 18:01:41] speed 2.5s/60s/15m 192.8 192.9 192.7 H/s max: 340.5 H/s
    miner numa 2 speed
    [2017-10-17 18:01:44] speed 2.5s/60s/15m 193.3 195.3 194.1 H/s max: 336.0 H/s
    miner numa 3 speed
    [2017-10-17 18:01:46] speed 2.5s/60s/15m 192.8 193.1 193.6 H/s max: 340.4 H/s
    miner numa 4 speed
    [2017-10-17 18:00:56] speed 2.5s/60s/15m 200.5 198.8 198.1 H/s max: 342.5 H/s

    Dell R710
    miner@monerominer1:~$ ./speed.sh
    miner numa 1 speed
    [2017-10-17 18:02:30] speed 2.5s/60s/15m 204.0 202.9 202.7 H/s max: 242.1 H/s
    miner numa 2 speed
    [2017-10-17 18:02:31] speed 2.5s/60s/15m 202.5 203.5 202.0 H/s max: 241.3 H/s
    miner@monerominer1:~$
     
    #21
    jims2321, Oct 17, 2017
    Patrick and Marsh like this.
  2. jims2321

    jims2321 Active Member

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    revised the speed script further to make it name agnostic. If you can't tell I am sort of OCD sometimes...
    Code:
    list=`docker ps --format '{{.Names}}'`
for word in $list
do
   echo $word" :"
   echo `docker logs $word | tail -8 | grep speed`
done
    supportxmr4 :
    [2017-10-17 20:40:22] speed 2.5s/60s/15m 200.6 198.4 200.3 H/s max: 340.0 H/s
    minernuma3 :
    [2017-10-17 20:40:15] speed 2.5s/60s/15m 198.3 199.9 201.5 H/s max: 341.3 H/s
    minernuma2 :
    [2017-10-17 20:40:14] speed 2.5s/60s/15m 193.7 195.5 193.3 H/s max: 242.8 H/s
    minernuma1 :
    [2017-10-17 20:40:12] speed 2.5s/60s/15m 198.5 198.9 196.2 H/s max: 203.4 H/s
     
    #22
    jims2321, Oct 17, 2017
    Marsh and Patrick like this.
  3. Patrick

    Patrick Administrator
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    #23
    Patrick, Oct 17, 2017
  4. jims2321

    jims2321 Active Member

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    Patrick,

    Thanks.

    Now for something completely different. I wrote up a bash script for admin functions of our docker images I will add additional functions as I figure out how to bullet proof them.

    here is version 1 of my script etdocker.sh

    miner@monerominer2:~$ ./etdocker.sh ?
    usage : "etdocker command"

    status -- list active docker containers

    speed -- list hashrates of each docker container
    give it 60 seconds to generate initial rates

    stop -- stop all active docker containers

    restart -- restart the last containers stopped by stop command

    Give it a shot, let me know what you would like to see added or improved.
     

    Attached Files:

    #24
    jims2321, Oct 17, 2017
    Marsh likes this.
  5. Patrick

    Patrick Administrator
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    @jims2321 awesome:
    Code:
    $ bash etdocker.sh speed
thirsty_kepler :
 [2017-10-18 18:53:22] speed 2.5s/60s/15m 466.2 466.1 465.9 H/s max: 466.9 H/s
vigorous_heyrovsky :
 [2017-10-18 18:53:22] speed 2.5s/60s/15m 465.2 465.3 465.6 H/s max: 466.7 H/s
admiring_jennings :
 [2017-10-18 18:53:21] speed 2.5s/60s/15m 465.0 465.2 465.4 H/s max: 466.2 H/s
distracted_goldwasser :
 [2017-10-18 18:53:21] speed 2.5s/60s/15m 465.3 465.5 465.6 H/s max: 466.1 H/s
confident_hermann :
 [2017-10-18 18:53:20] speed 2.5s/60s/15m 466.2 465.7 465.8 H/s max: 466.3 H/s
admiring_mccarthy :
 [2017-10-18 18:53:20] speed 2.5s/60s/15m 465.9 466.4 466.4 H/s max: 467.1 H/s
quirky_bose :
 [2017-10-18 18:53:19] speed 2.5s/60s/15m 467.5 467.6 467.8 H/s max: 468.5 H/s
serene_shannon :
 [2017-10-18 18:53:19] speed 2.5s/60s/15m 458.3 457.4 456.6 H/s max: 459.4 H/s
    2x AMD EPYC 7451 = 3727H/s
     
    #25
    Patrick, Oct 18, 2017
  6. ttabbal

    ttabbal Active Member

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    I'm the first to admit I'm a total noob at this crypto stuff...

    I set up the Docker image, and it's running.. Well, it's using CPU and generating output in the logs anyway.. :)

    How do I tell what it's doing, other than H/s metrics? Is there a way to know when it finds a coin, other than check the wallet once in a while?
     
    #26
    ttabbal, Oct 18, 2017
  7. Patrick

    Patrick Administrator
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    Assuming you are using the dwarfpool default, just put your wallet in the page and that should give you stats.

    And welcome to the dark side.
     
    #27
    Patrick, Oct 18, 2017
  8. ttabbal

    ttabbal Active Member

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    Thanks! And thanks for the image. I'd been meaning to try Docker anyway, and this gave it something to do with itself, and with hardware I already have. I'm running a whole 0.60 khs, but whatever. I'll let it go for a bit and see what power use does. If nothing else, it's an interesting thing to mess with.
     
    #28
    ttabbal, Oct 18, 2017
  9. chilipepperz

    chilipepperz Active Member

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    @ttabbal 0.6khs is how it starts dude.
     
    #29
    chilipepperz, Oct 18, 2017
    Joel, Patrick and RBE like this.
  10. Joel

    Joel Active Member

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    I just got started with the whole Monero thing, so a couple of "newb" questions:

    1. I'm currently using Patrick's minergate Docker image to CPU mine with 2x2667v2s. Does the xmrig tend to offer better performance? I'm currently at ~970H/s as reported by Minergate dash; when I first started it was bumping around between 250 and 1.3K, but it seems to have settled down now. PVE also shows ~80% CPU utilization so there's probably room for improvement.

    2. There are other things I want the server to do from time to time; is this docker image automatically configured to be low on the CPU priority list?
     
    #30
    Joel, Oct 21, 2017
  11. MiniKnight

    MiniKnight Well-Known Member

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    @Joel xmrig is faster. There's a thread on starting one on each CPU in dual cpu systems which had a big impact for many of us. NUMA node is a good search term.

    Docker makes it easy to do CPU prioritization Limit a container’s resources

    Most of us are putting xmrig on each NUMA node and using cpuset-cpus to target specific cores. You can just pass docker flags at runtime and achieve more control. I'd expect a 10% or more bump in speeds.
     
    #31
    MiniKnight, Oct 21, 2017
  12. 11Blade

    11Blade Member

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    I just started using the servethehome/monero_xmrig docker image for dwarfpool. (I have portainer running to watch it via GUI)

    It appears to be working but dwarfpool reports 0.44 khs on their webpage.

    the log reports
    20:46:42] [01;37mspeed[0m 2.5s/60s/15m [01;36m324.3 [22;36m323.5 323.5 [01;36mH/s[0m max: [01;36m325.0 H/s[0m

    Monero performance guide says 2x E5-2680 v3 - 969 H/s

    I invoked the docker image with
    $docker run -itd -e username=walletaddress.worker2 -e password=emailaddress servethehome/monero_xmri g

    couple of questions
    1. how do I harness both cpus and cores with optimal threads/cache usage
    2. is there a shell command to look at hashrates for each docker image running?

    11Blade
     
    #32
    11Blade, Oct 26, 2017
  13. Marsh

    Marsh Moderator

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    1) search cpuset in this forum
    see
    xmrig Monero Dwarfpool Image Testing
    #post 18
    2 )See post #17 and post #24 of this thread
    @jims2321 produced a wonderful shell script for checking , stop , restart , start docker images.
     
    #33
    Marsh, Oct 26, 2017
  14. 11Blade

    11Blade Member

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    Thanks Marsh, much appreciated. As usual the answers were already there.
    11Blade
     
    #34
    11Blade, Oct 26, 2017
  15. Marsh

    Marsh Moderator

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    #35
    Marsh, Oct 26, 2017
  16. Scampicfx

    Scampicfx New Member

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    Hey guys,
    are there any important things to know about windows and numa nodes? I had a look into task manager and noticed this test-system offers 8 different numa nodes (2 sockets, 16/32 threads each processor; 32/64 threads in total).

    Test scenario:
    1.) Starting cores 0,2,4,6 (numa node 1) results in ~ 62 hashes/core
    2.) Starting cores 16,18,20,22 (numa node 3) results in ~ 62 hashes/core
    3.) Starting cores 32,34,36,38 (numa node 5) results in ~ 62 hashes/core
    4.) Starting cores 48,50,52,54 (numa node 7) results in ~ 62 hashes/core

    So far, everything is fine! However, as you have noticed, there are big "gaps". I don't use numa nodes 2,4,6,8.

    The reason therefore is following:

    Test scenario
    1.) Starting cores 8,10,12,14 (numa node 2) results in:
    - numa node 1: 31 hashes/core
    - numa node 2: 33 hashes/core
    - numa node 3: 38 hashes/core
    - numa node 5: 60 hashes/core
    - numa node 7: 60 hashes/core

    now, the interesting test:

    2.) Starting additionally cores 24,26,28,30 (numa node 4) results in:
    - numa node 1: 0 hashes N/A
    - numa node 2: 12 hashes
    - numa node 3: 0 hashes N/A
    - numa node 4: 0 hashes N/A
    - numa node 5: 59 hashes/core
    - numa node 7: 59 hashes/core

    This is how task manager looks at this point:

    Unbenannt.JPG


    The system is very laggy at this moment... I didn't even try to apply multithreading... i wanted to start testing carefully and only use real cores... however, at this stage of testing, i have to abort because the system is becoming laggy... I tried to start the remaining cores but this makes it even worse!

    Here is how numa nodes look at this point:

    Unbenannt.JPG


    So, obviously, I'm doing something wrong? I would appreciate any hint or tip! Have I misunderstood something regarding numa nodes? My thoughts are to run 8x xmr-stak-cpus, each assigned with 4 cores at the beginning. Later, I would like to expand it to 8x xmr-stak-cpus each assigned with 8 threads (4 physical cores, 4 logical cores). But this doesn't work at all!

    I appreciate all your help! Thanks for reading!
     
    #36
    Last edited: Nov 6, 2017
    Scampicfx, Nov 6, 2017
  17. KioskAdmin

    KioskAdmin Active Member

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    @Scampicfx You want 8 different stak xmr instances.

    Windows does its own enumeration so it's a pain. every other core on 8 instances 1 per numa node should be working. I would try all 0+even and then try all odd.
     
    #37
    KioskAdmin, Nov 6, 2017
  18. Scampicfx

    Scampicfx New Member

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    Dear KioskAdmin,
    thanks for your input. But basically, I tried this already... :/

    Scenario

    1.) Starting physical cores 0,2,4,6 in instance 1 => 40 hashes/core (numa node 1)
    2.) Starting logical cores 1,3,5,7 in instance 2 => 40 hashes/core (numa node 1)
    this means, all cores of numa node 1 are running
    3. Starting physical cores 8,10,12,14 in instance 3 (numa node 2) => 23 hashes/core; also, all cores of numa node 1 are dropping to 20 hashes/core
    5. Starting logical cores 9,11,13,15 in instance 4 (numa node 2) => all 4 running instances => 0 hashes/core

    Let's do another test:

    Scenario
    1.) Starting all physical and logical cores of numa node 1 (core 0-7) -> 38 hashes/core (it's not ~60 hashes since odd core numbers are multithreading ones)
    2.) Additionally, starting all physical and logical cores of numa node 2 (core 8-15) -> this results in all cores of numa node 1 and 2 dropping to 0 hashes / N/A

    So, I guess your solution is to switch to linux, right? ;) Why is Windows so complicated in this point? I saw how Patrick did some guides regarding docker using lscpu to show numa nodes comfortably :) I would like to have this command for Windows as well, because as it seems, I may not rely on taskmanager?

    This is the output of coreinfo.exe:


    Code:
    Maximum implemented CPUID leaves: 0000000D (Basic), 8000001E (Extended).

Logical to Physical Processor Map:
**--------------------------------------------------------------  Physical Processor 0 (Hyperthreaded)
--**------------------------------------------------------------  Physical Processor 1 (Hyperthreaded)
----**----------------------------------------------------------  Physical Processor 2 (Hyperthreaded)
------**--------------------------------------------------------  Physical Processor 3 (Hyperthreaded)
--------**------------------------------------------------------  Physical Processor 4 (Hyperthreaded)
----------**----------------------------------------------------  Physical Processor 5 (Hyperthreaded)
------------**--------------------------------------------------  Physical Processor 6 (Hyperthreaded)
--------------**------------------------------------------------  Physical Processor 7 (Hyperthreaded)
----------------**----------------------------------------------  Physical Processor 8 (Hyperthreaded)
------------------**--------------------------------------------  Physical Processor 9 (Hyperthreaded)
--------------------**------------------------------------------  Physical Processor 10 (Hyperthreaded)
----------------------**----------------------------------------  Physical Processor 11 (Hyperthreaded)
------------------------**--------------------------------------  Physical Processor 12 (Hyperthreaded)
--------------------------**------------------------------------  Physical Processor 13 (Hyperthreaded)
----------------------------**----------------------------------  Physical Processor 14 (Hyperthreaded)
------------------------------**--------------------------------  Physical Processor 15 (Hyperthreaded)
--------------------------------**------------------------------  Physical Processor 16 (Hyperthreaded)
----------------------------------**----------------------------  Physical Processor 17 (Hyperthreaded)
------------------------------------**--------------------------  Physical Processor 18 (Hyperthreaded)
--------------------------------------**------------------------  Physical Processor 19 (Hyperthreaded)
----------------------------------------**----------------------  Physical Processor 20 (Hyperthreaded)
------------------------------------------**--------------------  Physical Processor 21 (Hyperthreaded)
--------------------------------------------**------------------  Physical Processor 22 (Hyperthreaded)
----------------------------------------------**----------------  Physical Processor 23 (Hyperthreaded)
------------------------------------------------**--------------  Physical Processor 24 (Hyperthreaded)
--------------------------------------------------**------------  Physical Processor 25 (Hyperthreaded)
----------------------------------------------------**----------  Physical Processor 26 (Hyperthreaded)
------------------------------------------------------**--------  Physical Processor 27 (Hyperthreaded)
--------------------------------------------------------**------  Physical Processor 28 (Hyperthreaded)
----------------------------------------------------------**----  Physical Processor 29 (Hyperthreaded)
------------------------------------------------------------**--  Physical Processor 30 (Hyperthreaded)
--------------------------------------------------------------**  Physical Processor 31 (Hyperthreaded)

Logical Processor to Socket Map:
********************************--------------------------------  Socket 0
--------------------------------********************************  Socket 1

Logical Processor to NUMA Node Map:
********--------------------------------------------------------  NUMA Node 0
--------********------------------------------------------------  NUMA Node 1
----------------********----------------------------------------  NUMA Node 2
------------------------********--------------------------------  NUMA Node 3
--------------------------------********------------------------  NUMA Node 4
----------------------------------------********----------------  NUMA Node 5
------------------------------------------------********--------  NUMA Node 6
--------------------------------------------------------********  NUMA Node 7

Approximate Cross-NUMA Node Access Cost (relative to fastest):
     00  01  02  03  04  05  06  07
00: 1.7 1.4 1.4 1.4 2.3 2.2 2.1 1.9
01: 1.2 1.0 1.0 1.0 2.1 2.1 2.2 2.2
02: 1.5 1.3 1.3 1.3 2.3 2.2 2.2 2.3
03: 1.6 1.3 1.3 1.3 2.0 1.9 1.9 1.7
04: 2.4 2.1 2.1 2.1 1.7 1.4 1.4 1.4
05: 2.4 2.1 2.1 2.3 1.4 1.1 1.0 1.0
06: 2.4 2.1 2.1 2.1 1.7 1.4 1.3 1.3
07: 2.2 1.9 1.9 1.9 1.6 1.4 1.3 1.2
     
    #38
    Last edited: Nov 7, 2017
    Scampicfx, Nov 7, 2017
  19. Scampicfx

    Scampicfx New Member

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    Code:
    Logical Processor to Cache Map:
**--------------------------------------------------------------  Data Cache          0, Level 1,   32 KB, Assoc   8, LineSize  64
**--------------------------------------------------------------  Instruction Cache   0, Level 1,   64 KB, Assoc   4, LineSize  64
**--------------------------------------------------------------  Unified Cache       0, Level 2,  512 KB, Assoc   8, LineSize  64
****------------------------------------------------------------  Unified Cache       1, Level 3,    8 MB, Assoc  16, LineSize  64
--**------------------------------------------------------------  Data Cache          1, Level 1,   32 KB, Assoc   8, LineSize  64
--**------------------------------------------------------------  Instruction Cache   1, Level 1,   64 KB, Assoc   4, LineSize  64
--**------------------------------------------------------------  Unified Cache       2, Level 2,  512 KB, Assoc   8, LineSize  64
----**----------------------------------------------------------  Data Cache          2, Level 1,   32 KB, Assoc   8, LineSize  64
----**----------------------------------------------------------  Instruction Cache   2, Level 1,   64 KB, Assoc   4, LineSize  64
----**----------------------------------------------------------  Unified Cache       3, Level 2,  512 KB, Assoc   8, LineSize  64
----****--------------------------------------------------------  Unified Cache       4, Level 3,    8 MB, Assoc  16, LineSize  64
------**--------------------------------------------------------  Data Cache          3, Level 1,   32 KB, Assoc   8, LineSize  64
------**--------------------------------------------------------  Instruction Cache   3, Level 1,   64 KB, Assoc   4, LineSize  64
------**--------------------------------------------------------  Unified Cache       5, Level 2,  512 KB, Assoc   8, LineSize  64
--------**------------------------------------------------------  Data Cache          4, Level 1,   32 KB, Assoc   8, LineSize  64
--------**------------------------------------------------------  Instruction Cache   4, Level 1,   64 KB, Assoc   4, LineSize  64
--------**------------------------------------------------------  Unified Cache       6, Level 2,  512 KB, Assoc   8, LineSize  64
--------****----------------------------------------------------  Unified Cache       7, Level 3,    8 MB, Assoc  16, LineSize  64
----------**----------------------------------------------------  Data Cache          5, Level 1,   32 KB, Assoc   8, LineSize  64
----------**----------------------------------------------------  Instruction Cache   5, Level 1,   64 KB, Assoc   4, LineSize  64
----------**----------------------------------------------------  Unified Cache       8, Level 2,  512 KB, Assoc   8, LineSize  64
------------**--------------------------------------------------  Data Cache          6, Level 1,   32 KB, Assoc   8, LineSize  64
------------**--------------------------------------------------  Instruction Cache   6, Level 1,   64 KB, Assoc   4, LineSize  64
------------**--------------------------------------------------  Unified Cache       9, Level 2,  512 KB, Assoc   8, LineSize  64
------------****------------------------------------------------  Unified Cache      10, Level 3,    8 MB, Assoc  16, LineSize  64
--------------**------------------------------------------------  Data Cache          7, Level 1,   32 KB, Assoc   8, LineSize  64
--------------**------------------------------------------------  Instruction Cache   7, Level 1,   64 KB, Assoc   4, LineSize  64
--------------**------------------------------------------------  Unified Cache      11, Level 2,  512 KB, Assoc   8, LineSize  64
----------------**----------------------------------------------  Data Cache          8, Level 1,   32 KB, Assoc   8, LineSize  64
----------------**----------------------------------------------  Instruction Cache   8, Level 1,   64 KB, Assoc   4, LineSize  64
----------------**----------------------------------------------  Unified Cache      12, Level 2,  512 KB, Assoc   8, LineSize  64
----------------****--------------------------------------------  Unified Cache      13, Level 3,    8 MB, Assoc  16, LineSize  64
------------------**--------------------------------------------  Data Cache          9, Level 1,   32 KB, Assoc   8, LineSize  64
------------------**--------------------------------------------  Instruction Cache   9, Level 1,   64 KB, Assoc   4, LineSize  64
------------------**--------------------------------------------  Unified Cache      14, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------**------------------------------------------  Data Cache         10, Level 1,   32 KB, Assoc   8, LineSize  64
--------------------**------------------------------------------  Instruction Cache  10, Level 1,   64 KB, Assoc   4, LineSize  64
--------------------**------------------------------------------  Unified Cache      15, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------****----------------------------------------  Unified Cache      16, Level 3,    8 MB, Assoc  16, LineSize  64
----------------------**----------------------------------------  Data Cache         11, Level 1,   32 KB, Assoc   8, LineSize  64
----------------------**----------------------------------------  Instruction Cache  11, Level 1,   64 KB, Assoc   4, LineSize  64
----------------------**----------------------------------------  Unified Cache      17, Level 2,  512 KB, Assoc   8, LineSize  64
------------------------**--------------------------------------  Data Cache         12, Level 1,   32 KB, Assoc   8, LineSize  64
------------------------**--------------------------------------  Instruction Cache  12, Level 1,   64 KB, Assoc   4, LineSize  64
------------------------**--------------------------------------  Unified Cache      18, Level 2,  512 KB, Assoc   8, LineSize  64
------------------------****------------------------------------  Unified Cache      19, Level 3,    8 MB, Assoc  16, LineSize  64
--------------------------**------------------------------------  Data Cache         13, Level 1,   32 KB, Assoc   8, LineSize  64
--------------------------**------------------------------------  Instruction Cache  13, Level 1,   64 KB, Assoc   4, LineSize  64
--------------------------**------------------------------------  Unified Cache      20, Level 2,  512 KB, Assoc   8, LineSize  64
----------------------------**----------------------------------  Data Cache         14, Level 1,   32 KB, Assoc   8, LineSize  64
----------------------------**----------------------------------  Instruction Cache  14, Level 1,   64 KB, Assoc   4, LineSize  64
----------------------------**----------------------------------  Unified Cache      21, Level 2,  512 KB, Assoc   8, LineSize  64
----------------------------****--------------------------------  Unified Cache      22, Level 3,    8 MB, Assoc  16, LineSize  64
------------------------------**--------------------------------  Data Cache         15, Level 1,   32 KB, Assoc   8, LineSize  64
------------------------------**--------------------------------  Instruction Cache  15, Level 1,   64 KB, Assoc   4, LineSize  64
------------------------------**--------------------------------  Unified Cache      23, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------------------**------------------------------  Data Cache         16, Level 1,   32 KB, Assoc   8, LineSize  64
--------------------------------**------------------------------  Instruction Cache  16, Level 1,   64 KB, Assoc   4, LineSize  64
--------------------------------**------------------------------  Unified Cache      24, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------------------****----------------------------  Unified Cache      25, Level 3,    8 MB, Assoc  16, LineSize  64
----------------------------------**----------------------------  Data Cache         17, Level 1,   32 KB, Assoc   8, LineSize  64
----------------------------------**----------------------------  Instruction Cache  17, Level 1,   64 KB, Assoc   4, LineSize  64
----------------------------------**----------------------------  Unified Cache      26, Level 2,  512 KB, Assoc   8, LineSize  64
------------------------------------**--------------------------  Data Cache         18, Level 1,   32 KB, Assoc   8, LineSize  64
------------------------------------**--------------------------  Instruction Cache  18, Level 1,   64 KB, Assoc   4, LineSize  64
------------------------------------**--------------------------  Unified Cache      27, Level 2,  512 KB, Assoc   8, LineSize  64
------------------------------------****------------------------  Unified Cache      28, Level 3,    8 MB, Assoc  16, LineSize  64
--------------------------------------**------------------------  Data Cache         19, Level 1,   32 KB, Assoc   8, LineSize  64
--------------------------------------**------------------------  Instruction Cache  19, Level 1,   64 KB, Assoc   4, LineSize  64
--------------------------------------**------------------------  Unified Cache      29, Level 2,  512 KB, Assoc   8, LineSize  64
----------------------------------------**----------------------  Data Cache         20, Level 1,   32 KB, Assoc   8, LineSize  64
----------------------------------------**----------------------  Instruction Cache  20, Level 1,   64 KB, Assoc   4, LineSize  64
----------------------------------------**----------------------  Unified Cache      30, Level 2,  512 KB, Assoc   8, LineSize  64
----------------------------------------****--------------------  Unified Cache      31, Level 3,    8 MB, Assoc  16, LineSize  64
------------------------------------------**--------------------  Data Cache         21, Level 1,   32 KB, Assoc   8, LineSize  64
------------------------------------------**--------------------  Instruction Cache  21, Level 1,   64 KB, Assoc   4, LineSize  64
------------------------------------------**--------------------  Unified Cache      32, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------------------------------**------------------  Data Cache         22, Level 1,   32 KB, Assoc   8, LineSize  64
--------------------------------------------**------------------  Instruction Cache  22, Level 1,   64 KB, Assoc   4, LineSize  64
--------------------------------------------**------------------  Unified Cache      33, Level 2,  512 KB, Assoc   8, LineSize  64
--------------------------------------------****----------------  Unified Cache      34, Level 3,    8 MB, Assoc  16, LineSize  64
----------------------------------------------**----------------  Data Cache         23, Level 1,   32 KB, Assoc   8, LineSize  64
----------------------------------------------**----------------  Instruction Cache  23, Level 1,   64 KB, Assoc   4, LineSize  64
----------------------------------------------**----------------  Unified Cache      35, Level 2,  512 KB, Assoc   8, LineSize  64
------------------------------------------------**--------------  Data Cache         24, Level 1,   32 KB, Assoc   8, LineSize  64
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Logical Processor to Group Map:
****************************************************************  Group 0
     
    #39
    Scampicfx, Nov 7, 2017
  20. KioskAdmin

    KioskAdmin Active Member

    Joined:
    Jan 20, 2015
    Messages:
    156
    Likes Received:
    32
    This is why everyone's running Linux for cpu mining. Darn windows weirdness
     
    #40
    KioskAdmin, Nov 7, 2017
Page 2 of 3
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