Interesting. I've never built any Xeon based systems, so I can't help ya. Interestingly enough though, we've had Tyan Intel boards die on us at work. So, I dunno. They've never been cost effective enough for me to build one.Originally Posted by poke349
You can always just the RMA'd board for a storage server or something.
*shrug*
Like I've said, I don't really like the Xeons. And the current generation ones are wayyy to expensive for me to build.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
Charts updated.
The X5482 Xeons I have are the hottest chips on the line (150W). I really don't think that Tyan board I have is meant for it.
It was released before the Harpertowns were out and the hottest chip at the time were the 95W Clovertowns.
Similarly, 667 MHz memory was the fastest at the time the mobo was released. Running 800 MHz is pushing it beyond its design limit.
*The specs state that it supports my configuration, but I honestly don't think it was designed to handle it - as it was probably just "recertified" for the higher line.
Sandy Bridge due for January 9th. I get back from winter break on the 15th or so.
So when I get back, there'll 3 motherboards waiting for me.
SuperMicro X7DWN+
Tyan Tempest S5397
(some Sandy Bridge mobo)
So I'll be building two rigs as soon as I get back.
I have an unused CM HAF 932 sitting as furniture in my room.So that'd be a good place to put the Tyan board if I ever find a free (or very cheap) pair of LGA 771 quads.
I have enough spare parts sitting around* to build the Sandy Bridge rig with just a CPU, mobo, and optical drive. (Though I'll probably get a good case and a cooler with it.)
Though I'll need a new gigabit switch to put everything online at once.
*You won't believe how crowded my room is already...
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
I think that if I were to build a 32-core Intel system, the estimated/projected cost will be double of the 48-core system, and about 4 times more than an AMD-based 32-core system.Charts updated.
The X5482 Xeons I have are the hottest chips on the line (150W). I really don't think that Tyan board I have is meant for it.
It was released before the Harpertowns were out and the hottest chip at the time were the 95W Clovertowns.
Similarly, 667 MHz memory was the fastest at the time the mobo was released. Running 800 MHz is pushing it beyond its design limit.
*The specs state that it supports my configuration, but I honestly don't think it was designed to handle it - as it was probably just "recertified" for the higher line.
Sandy Bridge due for January 9th. I get back from winter break on the 15th or so.
So when I get back, there'll 3 motherboards waiting for me.
SuperMicro X7DWN+
Tyan Tempest S5397
(some Sandy Bridge mobo)
So I'll be building two rigs as soon as I get back.
I have an unused CM HAF 932 sitting as furniture in my room.
I have enough spare parts sitting around* to build the Sandy Bridge rig with just a CPU, mobo, and optical drive. (Though I'll probably get a good case and a cooler with it.)
Though I'll need a new gigabit switch to put everything online at once.
*You won't believe how crowded my room is already...
If I could afford it, all of my systems would be moved to racks. Takes up less area.
I'll probably be doing some of the 10B and maybe 25B runs on my workstation on Monday. Not sure yet.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
Hi poke, got a few results for you. Take notice that these were achieved with 3 different clocks (4.3, 4.32 and 4.39).
25M, i7 950 @ 4.39Ghz, 24GB ram @ 1830Mhz
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,209,057,760 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 25,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 208 MB Start Date: Sat Dec 04 21:39:46 2010 End Date: Sat Dec 04 21:39:53 2010 Computation Time: 5.833 seconds Total Time: 6.649 seconds CPU Utilization: 662.45 % Multi-core Efficiency: 82.80 % Last Digits: 3803750790 9491563108 2381689226 7224175329 0045253446 : 24,999,950 0786411592 4597806944 2455112852 2554677483 6191884322 : 25,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 2bf401ccb34f132f045858b8624f7f7576a7b86961f54a9405e2df4645f6c83b
50M, i7 950 @ 4.39Ghz, 24GB ram @ 1830Mhz
100M, i7 950 @ 4.39Ghz, 24GB ram @ 1830MhzCode:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,209,064,560 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 50,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 317 MB Start Date: Sat Dec 04 21:36:29 2010 End Date: Sat Dec 04 21:36:43 2010 Computation Time: 12.791 seconds Total Time: 14.315 seconds CPU Utilization: 695.74 % Multi-core Efficiency: 86.96 % Last Digits: 4127897300 0153683630 8346732220 0943329365 1632962502 : 49,999,950 5130045796 0464561703 2424263071 4554183801 7945652654 : 50,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 25f95f2631e0689c1c53967c2b8990ae3366329b122e45461c861b63268120f6
250M, i7 950 @ 4.39Ghz, 24GB ram @ 1830MhzCode:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,209,063,648 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 100,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 536 MB Start Date: Sat Dec 04 21:42:42 2010 End Date: Sat Dec 04 21:43:13 2010 Computation Time: 27.954 seconds Total Time: 30.356 seconds CPU Utilization: 722.50 % Multi-core Efficiency: 90.31 % Last Digits: 9948682556 3967530560 3352869667 7734610718 4471868529 : 99,999,950 7572203175 2074898161 1683139375 1497058112 0187751592 : 100,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 8a593f8a3cede2a2106d1a2a3d85841d9306e76af88278e61fe1beb9de2dcdec
500M, i7 950 @ 4.39Ghz, 24GB ram @ 1830MhzCode:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,209,066,736 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 250,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 1.26 GB Start Date: Sat Dec 04 21:46:18 2010 End Date: Sat Dec 04 21:47:44 2010 Computation Time: 79.844 seconds Total Time: 85.765 seconds CPU Utilization: 746.29 % Multi-core Efficiency: 93.28 % Last Digits: 3673748634 2742427296 0219667627 3141599893 4569474921 : 249,999,950 9958866734 1705167068 8515785208 0067520395 3452027780 : 250,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: a6876f98f606b02d0041a44dd362dae3d58a11575714c6d516ae43f16bcf0318
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,209,065,567 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 500,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 2.42 GB Start Date: Tue Dec 07 16:23:18 2010 End Date: Tue Dec 07 16:26:27 2010 Computation Time: 177.855 seconds Total Time: 189.594 seconds CPU Utilization: 746.33 % Multi-core Efficiency: 93.29 % Last Digits: 3896531789 0364496761 5664275325 5483742003 7847987772 : 499,999,950 5002477883 0364214864 5906800532 7052368734 3293261427 : 500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: c2b9ed3722b4a1aa0023369edb8256ba4b9092dcb03511d10e90159f50caa637
1B, i7 950 @ 4.3Ghz, 24GB ram @ 1790Mhz
2.5B, i7 950 @ 4.32Ghz, 24GB ram @ 1800MhzCode:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,117,574,031 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 1,000,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 4.75 GB Start Date: Thu Dec 09 08:22:44 2010 End Date: Thu Dec 09 08:29:50 2010 Computation Time: 403.010 seconds Total Time: 426.424 seconds CPU Utilization: 755.39 % Multi-core Efficiency: 94.42 % Last Digits: 6434543524 2766553567 4357021939 6394581990 5483278746 : 999,999,950 7139868209 3196353628 2046127557 1517139511 5275045519 : 1,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 1ef499f9b387e3300800c6e01c738dd1528170da85b7651b13b62d6b69b49859
10B, i7 950 @ 4.3Ghz, 24GB ram @ 1790Mhz, Basic Swap 120GB OCZ Vertex 2Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,117,570,928 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 2,500,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 11.2 GB Start Date: Sun Dec 12 19:14:53 2010 End Date: Sun Dec 12 19:34:16 2010 Computation Time: 1,109.918 seconds Total Time: 1,169.812 seconds CPU Utilization: 752.52 % Multi-core Efficiency: 94.06 % Last Digits: 0917027898 3554136437 7123165188 3528593128 0032489094 : 2,499,999,950 9228502005 4677489552 2459688725 5242233502 7255998083 : 2,500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: c604742869e80b4016b8ac528b4abdf291dfd1360fa36dbf0492fb2b548b20b3
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,117,579,344 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 10,000,000,000 Hexadecimal Digits: 8,304,820,238 Threading Mode: 8 threads Computation Mode: Basic Swap Swap Disks: 1 Working Memory: 20.0 GB Start Date: Sun Dec 12 15:14:40 2010 End Date: Sun Dec 12 17:47:22 2010 Computation Time: 8,484.168 seconds Total Time: 9,161.775 seconds CPU Utilization: 483.93 % Multi-core Efficiency: 60.49 % Last Digits: 9763261541 1423749758 2083180752 2573977719 9605119144 : 9,999,999,950 9403994581 8580686529 2375008092 3106244131 4758821220 : 10,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 01aac9e337ecfe15050af4492222e7476d417b4dce517ffb0d4f29a7a12f13cf
Edit: going for the 25B overnight
Last edited by amrgb; 12-12-2010 at 12:51 PM.
hey poke, ive got a nice christmas presant for you if you want it
you can have one of my 4P tyans if you want it, to help with your code writing for the MPI.
i just ask 2 things, if you decided to get rid of it, just send it back, and the second is to let it crunch some boinc.
Its not overkill if it works.
Are you serious?
I mean... That's a 4P processor... expensive.
@ amrgb
I'll have those updated a little later. Finals week...
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
yea i am serious about it.
Its not overkill if it works.
Don't worry, whenever you can.
10B: Intel Core i7 980X (3.33 GHz@4 GHz), 6x4 GB Kingston DDR3-1333, OCZ Vertex2 90 GB SATA SSD primary swap, Fusion-io io-Xtreme 80 GB PCIex4 SSD working directory
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,008,303 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 10,000,000,000 Hexadecimal Digits: 8,304,820,238 Threading Mode: 8 threads Computation Mode: Basic Swap Swap Disks: 1 Working Memory: 20.0 GB Start Date: Mon Dec 13 15:17:32 2010 End Date: Mon Dec 13 17:11:27 2010 Computation Time: 6,465.009 seconds Total Time: 6,852.966 seconds CPU Utilization: 413.98 % Multi-core Efficiency: 68.99 % Last Digits: 9763261541 1423749758 2083180752 2573977719 9605119144 : 9,999,999,950 9403994581 8580686529 2375008092 3106244131 4758821220 : 10,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 46c159464e8942d40c789633bd5b7cee24f2566cd13b201e00ffccedc62eebdc
2.5B: Intel Core i7 980X (3.33 GHz@4 GHz), 6x4 GB Kingston DDR3-1333, OCZ Vertex2 90 GB SATA SSD primary swap, Fusion-io io-Xtreme 80 GB PCIex4 SSD working directory
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,006,719 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 2,500,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 11.2 GB Start Date: Mon Dec 13 17:20:11 2010 End Date: Mon Dec 13 17:37:02 2010 Computation Time: 965.318 seconds Total Time: 1,015.895 seconds CPU Utilization: 560.96 % Multi-core Efficiency: 93.49 % Last Digits: 0917027898 3554136437 7123165188 3528593128 0032489094 : 2,499,999,950 9228502005 4677489552 2459688725 5242233502 7255998083 : 2,500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 2c0cf8d36c81d23c1900c3e4d2801e8988f8622b89ab88930b5f74c8128a5edb
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
If you really do want to donate it. I'd love to take care of it.
And yes, you're right, it will definitely help me build a NUMA/MPI version.
@alpha
Nice runs! FusionIO...
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
To be honest, FusionIO isn't all that it's cracked up to be.If you really do want to donate it. I'd love to take care of it.
And yes, you're right, it will definitely help me build a NUMA/MPI version.
@alpha
Nice runs! FusionIO...
I posit that OCZ's RevoDrive could be just as fast.
My biggest "complaint" about them is that they're not recognized as storage devices by the BIOS, which means that you can't put the actual swap file on there.
Which, for me, kind of/sort of defeats the purpose of having one.
(I have it because I use it as my working directory for simulations, but that ONLY works IF I can guarantee that my simulation will not generate more than 80 GB of data during the course of the simulation, which is IMPOSSIBLE to predict realistically).
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
how important is storage for this app? ie, is it constantly writing to disk as it computes?
If I forget to say it, Thank You
As of 9-12-2013: Core i7 920 D0 / EVGA X58 SLI / Corsair Dominator 3x4G 2000MHz CL9 / GTX 460 1GB / HX750 / CoolerMaster Hyper N520 / Acer 23" 1080p TV
To Be DICE'd: GA-EP45-UD3R F12, 4GB OCZ Reaper HPC, Q8400/Q8300/E8400/E7500/E7400's/Pentium Ds/Celeron Ds/Pentium4s under a man-made CopperPot (w/ manuf. Copper NB pot)
When you don't have enough memory, it depends a lot on the storage speed. See my 25B computation below. The average CPU utilization was 170% instead of close to 800%. This was more of a hard drive test than anything else.
25B, i7 950 @ 4.3Ghz, 24GB ram @ 1790Mhz, 22GB ram, rest on a single 1TB Samsung F3 (after seeing the 10B, I wasn't wear the SSD on this one)
Edit: Dammit, I only noticed now that it counts time elapsed since the checkpointCode:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU 950 @ 3.07GHz Logical Cores: 8 Physical Memory: 25,768,148,992 bytes ( 24.0 GB ) CPU Frequency: 4,117,551,535 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 25,000,000,000 Hexadecimal Digits: 20,762,050,594 Threading Mode: 8 threads Computation Mode: Advanced Swap Swap Disks: 1 Working Memory: 22.0 GB Start Date: Mon Dec 13 19:14:06 2010 End Date: Tue Dec 14 11:03:58 2010 Computation Time: 40,300.927 seconds (since checkpoint) Total Time: 44,156.745 seconds (since checkpoint) CPU Utilization: 178.50 % (since checkpoint) Multi-core Efficiency: 22.31 % (since checkpoint) Last Digits: 2448547079 5329693979 7145627081 9204187454 9483487803 : 24,999,999,950 1309759846 5364560010 7388984278 8403481193 9913806533 : 25,000,000,000 Timer Sanity Check: N/A Frequency Sanity Check: N/A ECC Recovered Errors: 0 Checkpoint From: ycr_checkpoint_BS_2.sf ---- Checksum: 3c98d2a490fdee8e05440e41d7ccff5ca1892d3f9f7ea44d1ae869acb5cab79eI had to stop it for a few minutes to use the computer. This was at 22.45PM, so the total time was around 14.7 hours. Anyway, it may not count for the top, but I did it.
Last edited by amrgb; 12-15-2010 at 12:51 AM.
Ok. So I had a bit of "down time" in between doing CAD designs. Managed to run from 25M to 1B digits. Specs of the system are still the same. (Intel Core i7 980X 3.33 GHz@4 GHz, swap on OCZ Vertex2 90 GB SATA SSD, working directory on FusionIO io-Xtreme 80 GB PCIex4 SSD).
Here are the validation results:
25M:
50M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,007,903 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 25,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 208 MB Start Date: Thu Dec 16 10:14:21 2010 End Date: Thu Dec 16 10:14:27 2010 Computation Time: 5.625 seconds Total Time: 6.417 seconds CPU Utilization: 462.77 % Multi-core Efficiency: 77.12 % Last Digits: 3803750790 9491563108 2381689226 7224175329 0045253446 : 24,999,950 0786411592 4597806944 2455112852 2554677483 6191884322 : 25,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: e791d72913909396116fa7a78904c058f49c09f875b726e819616d5ab47a0a1b
100M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,007,151 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 50,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 317 MB Start Date: Thu Dec 16 10:14:27 2010 End Date: Thu Dec 16 10:14:40 2010 Computation Time: 11.964 seconds Total Time: 13.198 seconds CPU Utilization: 490.51 % Multi-core Efficiency: 81.75 % Last Digits: 4127897300 0153683630 8346732220 0943329365 1632962502 : 49,999,950 5130045796 0464561703 2424263071 4554183801 7945652654 : 50,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 6e836f5f1c65c16c1655ee13e449b3a6c1aacabb393a5b6e1ac82003a25b2444
250M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,006,815 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 100,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 536 MB Start Date: Thu Dec 16 10:14:40 2010 End Date: Thu Dec 16 10:15:09 2010 Computation Time: 26.055 seconds Total Time: 28.254 seconds CPU Utilization: 507.27 % Multi-core Efficiency: 84.54 % Last Digits: 9948682556 3967530560 3352869667 7734610718 4471868529 : 99,999,950 7572203175 2074898161 1683139375 1497058112 0187751592 : 100,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: c9ee9ced30b82a0d17b0e7e56977f448fcb567cf3bfbd1fa166b45170e345f21
500M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,007,855 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 250,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 1.26 GB Start Date: Thu Dec 16 10:15:09 2010 End Date: Thu Dec 16 10:16:26 2010 Computation Time: 72.584 seconds Total Time: 77.686 seconds CPU Utilization: 531.74 % Multi-core Efficiency: 88.62 % Last Digits: 3673748634 2742427296 0219667627 3141599893 4569474921 : 249,999,950 9958866734 1705167068 8515785208 0067520395 3452027780 : 250,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 109b2f3466bb420e0a2f136a10f632e4e909f15fd00c0e1a1e350ab99ce26204
1B:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,006,559 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 500,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 2.42 GB Start Date: Thu Dec 16 10:16:27 2010 End Date: Thu Dec 16 10:19:16 2010 Computation Time: 159.800 seconds Total Time: 169.966 seconds CPU Utilization: 541.11 % Multi-core Efficiency: 90.18 % Last Digits: 3896531789 0364496761 5664275325 5483742003 7847987772 : 499,999,950 5002477883 0364214864 5906800532 7052368734 3293261427 : 500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 36e6eef9da96a1e719e1c6edd06f6a14c0bdc841bcb0bedf1e952bbba5102219
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): Intel(R) Core(TM) i7 CPU X 980 @ 3.33GHz Logical Cores: 6 Physical Memory: 25,767,911,424 bytes ( 24.0 GB ) CPU Frequency: 3,373,006,719 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE4.1 - Windows ~ Ushio) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 1,000,000,000 Hexadecimal Digits: Disabled Threading Mode: 8 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 4.75 GB Start Date: Thu Dec 16 10:19:16 2010 End Date: Thu Dec 16 10:25:28 2010 Computation Time: 353.819 seconds Total Time: 374.030 seconds CPU Utilization: 551.37 % Multi-core Efficiency: 91.89 % Last Digits: 6434543524 2766553567 4357021939 6394581990 5483278746 : 999,999,950 7139868209 3196353628 2046127557 1517139511 5275045519 : 1,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: b7f69051daeede250521c2092009090e4c1045388e31abf809334c6a2989066a
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
Wow. Lots of results for me to update. I'll try to get them in on Saturday before I head off to Hong Kong.
When you don't have enough memory, it depends a lot on the storage speed. See my 25B computation below. The average CPU utilization was 170% instead of close to 800%. This was more of a hard drive test than anything else.
25B, i7 950 @ 4.3Ghz, 24GB ram @ 1790Mhz, 22GB ram, rest on a single 1TB Samsung F3 (after seeing the 10B, I wasn't wear the SSD on this one
Edit: Dammit, I only noticed now that it counts time elapsed since the checkpoint
Yes, unless you're running multiple drives in parallel, it's basically gonna be a hard drive benchmark.
Currently, the break-even point (50% CPU-limited, 50% Disk-limited) is about 100MB/s for every Nehalem Core i7 core @ ~3.0 - 3.5 GHz.
Which means you'll need 400MB/s of disk bandwidth to get any good large runs on the original Bloomfield Core i7s. There's no single HD/SSD that can do that - and it's also beyond the limit of a single SATA II channel. So you'll need an array of drives.
Both of my test rigs have an array of identical drives.
My Core i7 rig: 4 x 1 TB Seagate Barracuda 7200 RPM
My Harpertown rig: 8 x 2 TB Hitachi Deskstar 7200 RPM
And then there's Shigeru Kondo's rig:
16 x 2TB Seagate 7200RPM Enterprise drives
We used this HD setup to set the world record to 5 trillion digits.
None of these setups are in any form of RAID. The program usually seems to do a better job of managing them manually.
In any case, I wouldn't recommend using an SSD for too long since the program will probably kill it in a short amount of time.
A few months ago I had an e-mail chat with Massman over the possibility of adding y-cruncher to HWbot. The eventual long-term goal is to replace SuperPi and introduce a multi-threaded benchmark that isn't 100% synthetic like Wprime.
But the main problem right now is the huge memory requirement. Since the swap modes are so slow, you basically are forced to run maxed out ram configurations to get anything competitive. (And it's pretty hard to get anything with 24+GB or ram to hit 6GHz...)
This will mean scores will be heavily biased towards the multi-socket workstations that can run huge amounts of memory - to the point that non-overclocked(able) machines that can run more memory may beat out LN2-cooled machines that need to use a swap mode.
The other problem is speed-consistency.
Speed-consistency is very important for HWbot. But being able to keep up to date with new instruction sets (AVX/FMA, ...) is also important. (Just check out AMDZone for all their SuperPi bashing because it uses only x87 FPU.)
Speed-consistency and up-to-date instruction sets are inherently conflicting...Neither Massman nor I know how to deal with this yet.
y-cruncher itself will never be speed-consistent, but I can easily branch the program and maintain a HWbot version which I will never update or optimize (except for bugs).
So far, we're both too busy to take this seriously yet. Hwbot will need to build an interface with GUI and score submission on top of the program. And I'll have to make some changes to help facilitate that.
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
Charts updated.
I'm leaving for vacation tomorrow and I won't be back for a few weeks.
I won't always have internet so I'll probably be really slow with responding and updating charts.
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
Well, sorta yes and no.
Not entirely true because if you get a PCIe x4 or even x8 SSD card (it's still technically an SSD), I've topped off the FusionIO at 800 MB/s read.
Yes, only because you stated SATA-II. If it weren't for that, then, it would have been a solid "no/not true".
And granted, yes, most people don't have PCIe SSD cards, and the people that do have it, as far as I've been able to tell/research, can't put the swap on it because it isn't recognized by the BIOS as a stroage device (which also implies that it is somewhat "software" (driver) driven.)
What would be interesting would be to see if the location of the working directory and the location of the swap file matter.
I would think so, but I don't have any data/evidence to back that up/support that statement/claim.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
I take back my words on the 1st test being useless.
Been having troubles with my system lately and the other day before I went to goto bed I was failing y cruncher instantly.
I got her stable the next day by adjusting the drive strenths a little.
What I'm happy about is that if I would of went to bed, and if it failed the 2nd test, I wouldn't of been happy.
So that 1st test is cool in that respect, I didn't waste any time.
You might still fail in a half hour or an hour, but still..., when it was failing almost instantly, I knew more work was ahead of me and that I should just goto bed and deal with it later.
I've got her to run an 8hr run at 1.5gigs(I have 2gigs of mem).
And that's pretty much what I try to check for now.
If I'm going for a quick run, it's 2 hours, pretty close to where it repeats the 1st set of tests on a 3.5ghz setup with 6 cores.
I like the ability to choose the memory limit from inside the program.
I really like the talk of cache misses and fpu usage.
I defently think that these are the key in checking stability:
Fpu, sse, cache missing, and large workloads to work the ram and keep the cpu with fresh, "real" data.
Same goes for ram in that respect, can't test ram with generic values, you gotta use somewhat random values.
With the cache misses you force the cpu to re-read the mem, stressing the cache and the mem more.
Might take a few ns's of stress off the cpu though but I'm sure that would be fine as long as the cpu is being fed a decent workload to continuesly go through.
I'm defently keeping this program as one of my main stress testing verification apps.
Along side prime and s&m.
So far to be onest.
I haven't found any use for linpack or linx.
I always seem to pass those pretty easy.
I don't think they stress the fpu or see unit's enough or something.
Last edited by NEOAethyr; 12-20-2010 at 09:57 AM.
So far, if I am interpreting your post correctly amidst all of the spelling errors and stuff, LINPACK should actually stress the FPU the most.
IntelBurnTest does it a little better in the sense that it's parallel, whereas the original LINPACK is just single processor. There is a LINPACK HPL, but I've never learned how to use it or use it properly.
And I don't know enough about coding/programming to rewrite LINPACK to create LINPACK MPI.
If there was a version, I think that it would be very useful.
And if you want it to use SSE, that will be compiler dependent.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
Cool. I see that it seems that I'm kinda like in the middle of the pack right now.Charts updated.
I'm leaving for vacation tomorrow and I won't be back for a few weeks.
I won't always have internet so I'll probably be really slow with responding and updating charts.
I guess that it really goes to show how CPU speed is a factor for this program and I think that it scales relatively linearly to speed. So that's good.
Have fun in Hong Kong.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
48-core system runs:
4x AMD Opteron 6174 (2.2 GHz, 12-core)
Supermicro H8QGi-F
currently 16x Kingston 4 GB DDR3-1333 ECC Reg.
OCZ Agililty2 240 GB SATA2 SSD
Windows HPC Server 2008 x64
25M:
50M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,030,668 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 25,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 221 MB Start Date: Mon Dec 20 15:45:49 2010 End Date: Mon Dec 20 15:46:00 2010 Computation Time: 9.464 seconds Total Time: 10.798 seconds CPU Utilization: 1380.38 % Multi-core Efficiency: 28.75 % Last Digits: 3803750790 9491563108 2381689226 7224175329 0045253446 : 24,999,950 0786411592 4597806944 2455112852 2554677483 6191884322 : 25,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: f762fdbddc5b334c06ef7fd31c8170bf8245f87dc066ae5c0aff478ab6c84859
100M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,039,554 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 50,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 331 MB Start Date: Mon Dec 20 15:46:00 2010 End Date: Mon Dec 20 15:46:22 2010 Computation Time: 19.765 seconds Total Time: 21.982 seconds CPU Utilization: 1922.91 % Multi-core Efficiency: 40.06 % Last Digits: 4127897300 0153683630 8346732220 0943329365 1632962502 : 49,999,950 5130045796 0464561703 2424263071 4554183801 7945652654 : 50,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: e7e88955eb2782041a90fe9bb4bd673ed42105eef71c0865191610fb6674d9ea
250M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,047,100 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 100,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 550 MB Start Date: Mon Dec 20 15:46:22 2010 End Date: Mon Dec 20 15:47:10 2010 Computation Time: 44.019 seconds Total Time: 48.067 seconds CPU Utilization: 2350.67 % Multi-core Efficiency: 48.97 % Last Digits: 9948682556 3967530560 3352869667 7734610718 4471868529 : 99,999,950 7572203175 2074898161 1683139375 1497058112 0187751592 : 100,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 342aef0f0dd7326414023e9b06167a9b966af369896ccff9063a46a2adba582e
500M:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,048,466 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 250,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 1.27 GB Start Date: Mon Dec 20 15:47:11 2010 End Date: Mon Dec 20 15:49:31 2010 Computation Time: 130.094 seconds Total Time: 140.661 seconds CPU Utilization: 3288.38 % Multi-core Efficiency: 68.50 % Last Digits: 3673748634 2742427296 0219667627 3141599893 4569474921 : 249,999,950 9958866734 1705167068 8515785208 0067520395 3452027780 : 250,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 8e0b81466d5f299b14812042c81dd51c71132d36734f0932067681ff6fb8f149
1B:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,039,858 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 500,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 2.43 GB Start Date: Mon Dec 20 15:49:32 2010 End Date: Mon Dec 20 15:54:50 2010 Computation Time: 297.467 seconds Total Time: 318.054 seconds CPU Utilization: 3672.07 % Multi-core Efficiency: 76.50 % Last Digits: 3896531789 0364496761 5664275325 5483742003 7847987772 : 499,999,950 5002477883 0364214864 5906800532 7052368734 3293261427 : 500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 27a36e5948f0a489178cf86bf460d49d2e8fe719909d1a3513de49b559f0a4f6
2.5B:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,055,356 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 1,000,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 4.77 GB Start Date: Mon Dec 20 15:54:50 2010 End Date: Mon Dec 20 16:05:08 2010 Computation Time: 577.269 seconds Total Time: 618.025 seconds CPU Utilization: 3774.72 % Multi-core Efficiency: 78.64 % Last Digits: 6434543524 2766553567 4357021939 6394581990 5483278746 : 999,999,950 7139868209 3196353628 2046127557 1517139511 5275045519 : 1,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: a7fc0f52f0b650a701ccb1ba7c4bbe47d24b0a783babec321fc333ce9bb356c8
5B:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,032,553 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 2,500,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 11.3 GB Start Date: Mon Dec 20 16:05:08 2010 End Date: Mon Dec 20 16:25:48 2010 Computation Time: 1,129.573 seconds Total Time: 1,239.550 seconds CPU Utilization: 3962.32 % Multi-core Efficiency: 82.54 % Last Digits: 0917027898 3554136437 7123165188 3528593128 0032489094 : 2,499,999,950 9228502005 4677489552 2459688725 5242233502 7255998083 : 2,500,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 73e49fcf4359bcd31738f229912fce24f75123cfb5aaa4af1d9d7257e0e4466b
10B:Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,043,260 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 5,000,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 22.5 GB Start Date: Mon Dec 20 16:25:49 2010 End Date: Mon Dec 20 17:03:45 2010 Computation Time: 2,056.496 seconds Total Time: 2,275.755 seconds CPU Utilization: 3956.80 % Multi-core Efficiency: 82.43 % Last Digits: 4384678622 1397184596 0181195416 0748430457 5386741865 : 4,999,999,950 0914971996 1298184401 9216126684 9425834935 5440797257 : 5,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 701934815eebb3c7134c1d3a88540650866f53e3ef39d2d411f5958c2b599be6
Code:Validation Version: 1.1 Program: y-cruncher - Gamma to the eXtReMe!!! ( www.numberworld.org ) Copyright 2008-2010 Alexander J. Yee ( a-yee@northwestern.edu ) User: None Specified - You can edit this in "Username.txt". Processor(s): AMD Opteron(tm) Processor 6174 Logical Cores: 48 Physical Memory: 68,045,635,584 bytes ( 64.0 GB ) CPU Frequency: 2,200,063,922 Hz Program Version: 0.5.4 Build 9148 (fix 1) (x64 SSE3 - Windows ~ Kasumi) Constant: Pi Algorithm: Chudnovsky Formula Decimal Digits: 10,000,000,000 Hexadecimal Digits: Disabled Threading Mode: 64 threads Computation Mode: Ram Only Swap Disks: 0 Working Memory: 45.1 GB Start Date: Mon Dec 20 17:03:46 2010 End Date: Mon Dec 20 18:18:24 2010 Computation Time: 3,977.095 seconds Total Time: 4,478.025 seconds CPU Utilization: 3950.60 % Multi-core Efficiency: 82.30 % Last Digits: 9763261541 1423749758 2083180752 2573977719 9605119144 : 9,999,999,950 9403994581 8580686529 2375008092 3106244131 4758821220 : 10,000,000,000 Timer Sanity Check: Passed Frequency Sanity Check: Passed ECC Recovered Errors: 0 Checkpoint From: None ---- Checksum: 8f0c172961239a9e10c60ccf71bfb8ac65e7fc15f228068011913ddb934d530d
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
I just got back to Hong Kong from Egypt.
So apparently, my mom was paranoid about going to Egypt directly from the states. So we went to Hong Kong first, picked up a friend, then took a Cantonese tour from Hong Kong to Egypt disguised as Hong Kong citizens... lol
Speaking of Hong Kong: compared to when I was in China this summer, it feels much better to be in a place where I actually speak the language...
I'll be back in the US in a little over a week. I'll update everything then.
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
I live in Hong KongI just got back to Hong Kong from Egypt.
So apparently, my mom was paranoid about going to Egypt directly from the states. So we went to Hong Kong first, picked up a friend, then took a Cantonese tour from Hong Kong to Egypt disguised as Hong Kong citizens... lol
Speaking of Hong Kong: compared to when I was in China this summer, it feels much better to be in a place where I actually speak the language...
I'll be back in the US in a little over a week. I'll update everything then.
welcome to Hong Kong
Last edited by vern; 12-31-2010 at 09:30 PM.
If you live each day as if it was your last, someday you'll most certainly be right.
You speak Cantonese? Cool!!!I just got back to Hong Kong from Egypt.
So apparently, my mom was paranoid about going to Egypt directly from the states. So we went to Hong Kong first, picked up a friend, then took a Cantonese tour from Hong Kong to Egypt disguised as Hong Kong citizens... lol
Speaking of Hong Kong: compared to when I was in China this summer, it feels much better to be in a place where I actually speak the language...
I'll be back in the US in a little over a week. I'll update everything then.
I don't. Well...except for ordering food. But that's funny! LOL. I probably would have agreed with your mother if you were saying going to Iran or something like that. But Egypt shouldn't be THAT bad.
flow man:
du/dt + u dot del u = - del P / rho + v vector_Laplacian u
{\partial\mathbf{u}\over\partial t}+\mathbf{u}\cdot\nabla\mathbf{u} = -{\nabla P\over\rho} + \nu\nabla^2\mathbf{u}
Thanks! Last time I was here was 13 years ago. So it's almost completely new to me.I live in Hong Kong
welcome to Hong Kong
Ordering food. If you ask me, that's pretty important.
My Cantonese is native, but not fluent.(It's my first language, but having been in the states all my life, English is obviously my strongest language.)
EDIT:
I wanna learn enough Japanese to go to Japan to meet Shigeru Kondo. From what I've seen/heard, few people in Japan outside of the tourist areas speak English.
Right now, all the Japanese I know is from Anime - which I know is not enough (nor appropriate) to use on the streets.
My mom is kinda afraid of the whole middle east... But I also think it's a little over the top.
Last edited by poke349; 01-02-2011 at 06:19 AM.
Main Machine:
AMD FX8350 @ stock --- 16 GB DDR3 @ 1333 MHz --- Asus M5A99FX Pro R2.0 --- 2.0 TB Seagate
Miscellaneous Workstations for Code-Testing:
Intel Core i7 4770K @ 4.0 GHz --- 32 GB DDR3 @ 1866 MHz --- Asus Z87-Plus --- 1.5 TB (boot) --- 4 x 1 TB + 4 x 2 TB (swap)
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