my rates all went up about 5-10% on those earlier ones when i swapped primary pools from ypool to ptspool or whatever it is.    i think some portion of this is because the fine tuning works much better on a stable pool

I get 904 on a 2x Opteron 6274 (32x1gb)

also, the e3-1240v3 runs more like it should now, but still a bit lower than the i7-4770.  it's at 690 now, with the i7-4770 around 720

ed: i'll just edit that post with the new #'s, I guess

Quote from: zvs on February 17, 2014, 02:18:18 PM
an i7-4770 w/ 8 threads @ 1GB of RAM ea gets ~710 cpm

I am also seeing 710.5 cpm with miner version M7m-linux64-haswell.
(Linux core-i7-4770k 3.2.0-4-amd64 #1 SMP Debian 3.2.51-1 x86_64 GNU/Linux)

Quote from: Brekyrself on February 14, 2014, 07:44:34 AM
ZVS

Stock speed L5639 running 10x256mb threads was getting me around 180-200cpm, I don't recall exactly.  I would estimate 200-250cpm with the new M version of yam and ~11 512mb threads.

I grabbed one from Datashack just to test... upgraded it to 16GB of RAM so I could run 24 threads w/ 512kb.... it gets ~514 CPM (using numactl also).... the 5650 gets ~670 CPM. 

an i7-4770 w/ 8 threads @ 1GB of RAM ea gets ~710 cpm

now i'm really curious about the i5-4570's, you can get those for dirt cheap

ZVS

Stock speed L5639 running 10x256mb threads was getting me around 180-200cpm, I don't recall exactly.  I would estimate 200-250cpm with the new M version of yam and ~11 512mb threads.

Could we get #'s w/o overclocking?  I mean, I can get reseller/bulk deals on things like 2x L5639, but they won't be overclockable (so 2.13ghz)... so I still can't tell if they're worth paying $50/mo for...  since even on a Google search just about everything I see is some value w/ an overclocked machine.

For the record (all on Ubuntu 13.10 unless specified otherwise),

E3-1270v1 @ 3.4ghz, ~350 collisions/m, using 8 threads @ 1GB mem.

E3-1230v1 @ 3.2ghz, ~335 collisions/m, 8 threads @ 512kb and 7 threads @ 1gb have essentially this same value.  These servers only have 8GB of RAM, so I can't run 8 threads @ 1GB.

Dual Xeon L5420 @ 2.5 ghz, something horrible, 8 threads @ 1gb, use for some minerd quark algo thing

Dual Xeon L5520 @ 2.27ghz, ~405 collisions/m, 16 threads @ 512kb mem

Dual Xeon L5639 @ 2.13ghz, ~535 collisions/m, 24 threads @ 512kb mem (using numactl)

Dual Xeon X5650 @ 2.67ghz, Windows 2008 R2 Enterprise, 640 collisions/m, 24 threads @ 1GB (havent really attempted to optimize)

Dual Xeon X5650 @ 2.67ghz, ~685 collisions/m, 24 threads @ 1GB (using numactl)

i7-4770 @ 3.4ghz, 407 collisions/m, 4 threads @ 1GB

i7-4770 @ 3.4ghz, ~720 collisions/m, 8 threads @ 1gb (using all 8 *threads slows the integrated GPU down from about 20-25 khash scrypt to 10 or so)

Xeon E3-1240v3 @ 3.4ghz, ~690 collisions/m, 8 threads @ 1gb

CPU: i7-4770
RAM: 4 GB DDR3 RAM
OS: Windows 7 (64bit)
Software: yam-yvg1900-M7m-win64-haswell
Threads: 6
PTS Agg. CPM (512 MB): 400-450 (AV=13 or 2 after AV-optimization)

Downloaded the new M version of the miner, nice speed improvement!

Rig 1:
CPU: Intel Xeon L5639 @ 3.96ghz
RAM: 12 GB DDR3 RAM @ 2200mhz 9-9-9-27-1t
OS: Windows Vista (64bit)
Software: yam-yvg1900-M7m-win64-Nehalem
Threads:11
PTS Agg. CPM (512 MB): 482 (AV=4 after AV-optimization)

Rig 2:
CPU: Intel Xeon L5639 @ 3.96ghz
RAM: 6 GB DDR3 RAM @ 1320mhz 8-8-8-24-1t
OS: Windows 7 (64bit)
Software: yam-yvg1900-M7m-win64-Nehalem
Threads:7
PTS Agg. CPM (512 MB): 380 (AV=4 after AV-optimization)

Downloaded the new K version of the miner and made some tweaks.

CPU: Intel Xeon L5639 @ 3.96ghz
RAM: 12 GB DDR3 RAM @ 2200mhz 9-9-9-28-1t
OS: Windows Vista (64bit)
Software: yam-yvg1900-M7k-win64-Nehalem
Threads:11
PTS Agg. CPM (512 MB): 402 (AV=21 after AV-optimization)

Quote from: pvp1982 on January 16, 2014, 08:04:52 PM

Quote from: Brekyrself on January 16, 2014, 08:02:40 PM
CPU: Intel Xeon L5639 @ 3.52ghz
RAM: 12 GB DDR3 RAM @ 1760mhz
OS: Windows Vista (64bit)
Software: yam-yvg1900-M7j-win64-Nehalem
Threads:11
PTS Agg. CPM (512 MB): 355 (AV=21 after AV-optimization)

Can get more CPM with more threads however it starts to slow down gpu mining on the same machine.

wow, how is your L5639 running at 3.52 Ghz?

Overclocked with 220 bclk.  L5639 is an interesting chip:

1-2 cores loaded = 20x multiplier = 4.4ghz
3-4 cores loaded = 18x multiplier = 3.96ghz
5-6 cores loaded = 16x multiplier = 3.52ghz

Quote from: Brekyrself on January 16, 2014, 08:02:40 PM
CPU: Intel Xeon L5639 @ 3.52ghz
RAM: 12 GB DDR3 RAM @ 1760mhz
OS: Windows Vista (64bit)
Software: yam-yvg1900-M7j-win64-Nehalem
Threads:11
PTS Agg. CPM (512 MB): 355 (AV=21 after AV-optimization)

Can get more CPM with more threads however it starts to slow down gpu mining on the same machine.

wow, how is your L5639 running at 3.52 Ghz?

CPU: Intel Xeon L5639 @ 3.52ghz
RAM: 12 GB DDR3 RAM @ 1760mhz
OS: Windows Vista (64bit)
Software: yam-yvg1900-M7j-win64-Nehalem
Threads:11
PTS Agg. CPM (512 MB): 355 (AV=21 after AV-optimization)

Can get more CPM with more threads however it starts to slow down gpu mining on the same machine.

CPU: Intel i7-3720QM (Quad-Core) 2.60GHz
RAM: 16 GB DDR3 RAM
OS: Windows 7 (64bit)
Software: yam-yvg1900-M7j-win64-ivy-bridge
Threads:7
PTS Agg. CPM (1024 MB): 250 (AV=8 after AV-optimization)

CPU: Core2 Duo Processor E7500 (Dual-Core) 2.93GHz
RAM: 2 GB DDR3 RAM
OS: Windows 7 (64bit)
Software: yam-yvg1900-M7j-win64-core2
Threads:2
PTS Agg. CPM (512 MB): 55-60 (AV=14 after AV-optimization)

CPU: Intel i7-3770K (Quad-Core Ivy Bridge) 3.40GHz
RAM: 16 GB DDR3 RAM
OS: Windows 8 (64bit)
Software: yam-yvg1900-M7i-win64-ivy-bridge
Threads:7
PTS Agg. CPM (1024 MB): 345 (AV=9 after AV-optimization)

Quote from: Gekko on January 11, 2014, 11:50:16 PM
Holy crap, abra and gorgorom, which part of "This thread is not meant for support or install questions." didn't you understand?

Oops, apologize for that, you may delete my posts.

Holy crap, abra and gorgorom, which part of "This thread is not meant for support or install questions." didn't you understand?