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Sioux
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加入日期: Dec 2005
文章: 6,087
 
引用:

  1.79,支援雷禪5及修正的新跑分17.01:
http://www.cpuid.com/downloads/cpu-z/cpu-z_1.79-en.zip
http://www.cpuid.com/softwares/cpu-z.html

http://www.coolaler.com/threads/cpu...zen-bug.344385/

https://www.ptt.cc/bbs/PC_Shopping/...8916.A.FB8.html



  1.79.1,2017/5/31,支援X299、緒撕、修正雷禪記憶體超過3200顯示:
Intel X299 (1.79.1).
AMD ThreadRipper (1.79.1).
AMD Ryzen 5 and Ryzen 3.
Fix lockup at loading on Ryzen systems with RAID.
New benchmark version (17.01)


http://www.overclock.net/t/1624603/...0#post_26133521



  1.80,2017/7/10,支援第七代APU:

http://download.cpuid.com/cpu-z/cpu-z_1.80-en.zip

http://www.coolaler.com/threads/cpu-z-1-80.346094/

- Intel Core X processors (KBL-X and SKL-X).
- Preferred core(s) display in clocks dialog.





  1.81.1,2017/10/19,支援i八代及Z370:

http://download.cpuid.com/cpu-z/cpu-z_1.81-en.zip

Intel Coffee Lake processors and Z370 platform
Intel Skylake-X HCC processors
Intel Xeon Skylake-SP and Xeon W Skylake processors
 
 
 
     
      
舊 2017-11-04, 09:38 PM #131
回應時引用此文章
Sioux離線中  
Sioux
*停權中*
 

加入日期: Dec 2005
文章: 6,087
 
引用:

  28.10版,2016/10/30:
ftp://mersenne.org/gimps/p95v2810.win64.zip

  29.1版,2017/3/19,支援AVX-512及雷禪:
ftp://mersenne.org/gimps/p95v291.win64.zip

  29.2版,2017/6/23:
ftp://mersenne.org/gimps/p95v292.win64.zip

1) Throughput benchmarks of all FFT implementations are written to gwnum.txt.
  These benchmarks will then be used to pick the best FFT implementation to use.
  This can lead to minor performance improvements.

2) Benchmarks are run at 5AM (and every 21 hours after that) for any FFT sizes that will be needed within the next 7 days.
  Once enough benchmark data is accumulated, these automatic benchmarks no longer take place.

3) Default FFT implementations for Ryzen added.

4) A few new FFT sizes (up to 50M) are enabled for FMA3-capable CPUs.

5) ECM and P-1 on Fermat numbers will automatically add known Fermat factors to the worktodo.txt entries.





  29.3版,2017/9/7:

ftp://mersenne.org/gimps/p95v293.win64.zip

1) A new error check for LL testing has been implemented. This error check,
called a Jacobi error check, has a 50% chance of detecting hardware error(s)
since the last time a Jacobi error check was performed. This error check
takes roughly 30 seconds and is scheduled to run twice a day. The program
now saves two additional intermediate files that have passed the Jacobi
error check. This test requires use of the GMP (GNU multi-precision) library.

2) The GCD step in P-1 and ECM factoring is faster.



  29.4版beta2,2017/10/31:

ftp://mersenne.org/gimps/p95v294b2.win64.zip

1) GIMPS has a new sub-project -- finding (probable) prime Mersenne cofactors.
This sub-project has two parts: 1) Running PRP tests, and 2) Finding
additional factors. To support this new sub-project there are three
new work preferences: PRP on Mersenne cofactors, PRP double-checking on
Mersenne cofactors, ECM on Mersenne cofactors.

2) Like LL tests, PRP tests now support shift counts to aid in running double-checks.
Shift counts are only supported for Mersenne numbers and Mersenne cofactors.

3) PRP tests now support a type of low overhead error checking that almost guarantees
correct results even on flaky hardware. We call this Gerbicz error-checking after
it was proposed by Robert Gerbicz at mersenneforum.org. This error-check only
works for base-2 numbers.

4) Because PRP tests are highly reliable, we now offer the option to do PRP tests
instead of Lucas-Lehmer primality tests. There are 3 new work preferences
similar to LL work preferences: first-time PRP tests, world record PRP tests,
PRP tests on 100 million digit numbers, and PRP double-checking.
If you are looking for a 100 million digit prime, PRP testing is recommended
rather than LL testing.

5) For non-base-2 PRP tests, there is a new option to run each iteration twice and
rollback if a mismatch occurs. Useful only on flaky hardware due to the obvious
high overhead.
 
 
 
 
舊 2017-11-06, 09:18 AM #132
回應時引用此文章
Sioux離線中  
Sioux
*停權中*
 

加入日期: Dec 2005
文章: 6,087
 
引用:

  5.90.4200,2017/3/28,支援雷禪及AM4:
http://download.aida64.com/aida64extreme590.zip
https://www.aida64.com/news/aida64-...ncy-cache-speed

  5.90.4208 beta,2017/4/4,支援renameRX580/570、緒撕之16/12核、雷禪18X/17X減20度:
http://download.aida64.com/aida64ex..._sdp8xtj4wb.zip

  5.90.4215 beta,2017/4/12:
http://download.aida64.com/aida64ex..._nfrm3hyd9p.zip

  5.90.4229 beta,2017/4/28:
http://download.aida64.com/aida64ex..._kxjq4gxm8n.zip

  5.90.4242 beta,2017/5/19,修正雷禪記憶體tRFC:
http://download.aida64.com/aida64en..._cr4hysw8jx.zip

  5.90.4247 beta,2017/5/26:
http://download.aida64.com/aida64en..._xr7k8bsjgp.zip

  5.90.4306 beta,2017/6/27:
http://download.aida64.com/aida64ex..._w6j8rvsmxn.zip

Hardware Monitoring / new items: GPU PerfCap Reason
Hardware Monitoring / new items: M.2 #1, M.2 #2, M.2 #3 temperatures
Hardware Monitoring / new items: CPU Ring, VCCIN voltages



  5.92.4383 beta,2017/10/27,支援雷禪APU:

http://download.aida64.com/aida64ex..._mxs5cwht3n.zip

Hardware Monitoring / new items: Water Flow, Water Flow #2 fans
Preferences / Layout / new option: Hide all benchmark reference results
Display / GPU / detection of WDDM 2.3 capability
Storage / SMART / improved support for Kingston A400, HyperX Savage, SSDNow KC400, SSDNow M.2 2280, SSDNow UV300 SSDs
Storage / SMART / improved support for SM2246 and SM2256 based SSDs
sensor support for Dell SMI of OptiPlex 5250 AIO
motherboard specific sensor info for Asus TUF X299 Mark 1
extended physical CPU information for AMD Raven Ridge
Intel Processor Number detection for Xeon W-2150B
GPU information for AMD FirePro S7100X (Tonga)
GPU information for AMD FirePro S7150 (Tonga)
GPU information for AMD Radeon Pro WX 9100 (Vega 10)
fixed: SMBus support for Intel Denverton
fixed: motherboard specific sensor info for ASRock A320M Series
fixed: motherboard specific sensor info for Asus Maximus IX Code/Formula/Hero
fixed: motherboard specific sensor info for Asus Maximus X Code/Formula/Hero
fixed: motherboard specific sensor info for Asus ROG Rampage VI Series
fixed: motherboard specific sensor info for Asus X99 Series
fixed: Intel Processor Number detection for Xeon L5408





  5.95,2017/11/27,修正HD、SSD讀寫或休眠時偶爾從監測中消失:

http://download.aida64.com/aida64extreme595.zip



Microsoft Windows 10 Fall Creators Update support
Asus ROG RGB LED keyboard and mouse support
Advanced support for AMD Ryzen Threadripper CPU
Corsair Commander Pro and EVGA iCX sensor support
Improvements for AMD X399, Intel X299 and Intel Z370 chipset based motherboards
OpenGL 4.6 and WDDM 2.3 support
RAID member enumeration for Intel NVMe RAID arrays
GPU details for AMD Radeon Vega Series
GPU details for nVIDIA GeForce GTX 1070 Ti, GeForce MX110, GeForce MX130
Preliminary support for nVIDIA Tesla V100 Series
 
 
 
舊 2017-11-28, 10:50 AM #133
回應時引用此文章
Sioux離線中  
Sioux
*停權中*
 

加入日期: Dec 2005
文章: 6,087
 
引用:

  1.79,支援雷禪5及修正的新跑分17.01:
http://www.cpuid.com/downloads/cpu-z/cpu-z_1.79-en.zip
http://www.cpuid.com/softwares/cpu-z.html

http://www.coolaler.com/threads/cpu...zen-bug.344385/

https://www.ptt.cc/bbs/PC_Shopping/...8916.A.FB8.html



  1.79.1,2017/5/31,支援X299、緒撕、修正雷禪記憶體超過3200顯示:
Intel X299 (1.79.1).
AMD ThreadRipper (1.79.1).
AMD Ryzen 5 and Ryzen 3.
Fix lockup at loading on Ryzen systems with RAID.
New benchmark version (17.01)

http://www.overclock.net/t/1624603/...0#post_26133521



  1.80,2017/7/10,支援第七代APU:
http://download.cpuid.com/cpu-z/cpu-z_1.80-en.zip
http://www.coolaler.com/threads/cpu-z-1-80.346094/

Intel Core X processors (KBL-X and SKL-X).
Preferred core(s) display in clocks dialog



  1.81.1,2017/10/19,支援i八代及Z370:
http://download.cpuid.com/cpu-z/cpu-z_1.81-en.zip

Intel Coffee Lake processors and Z370 platform
Intel Skylake-X HCC processors
Intel Xeon Skylake-SP and Xeon W Skylake processors





  1.82.0,2017/12/1,支援64顆CPU:



http://download.cpuid.com/cpu-z/cpu-z_1.82-en.zip

Intel Xeon Phi Knight Landing preliminary support.
Fix BCLK fluctuations on SKL-X.
The benchmark does now support systems with more than 64 CPUs.
 
 
 
舊 2017-12-02, 10:05 AM #134
回應時引用此文章
Sioux離線中  
Sioux
*停權中*
 

加入日期: Dec 2005
文章: 6,087
 
引用:

  28.10版,2016/10/30:
ftp://mersenne.org/gimps/p95v2810.win64.zip

  29.1版,2017/3/19,支援AVX-512及雷禪:
ftp://mersenne.org/gimps/p95v291.win64.zip

  29.2版,2017/6/23:
ftp://mersenne.org/gimps/p95v292.win64.zip

1) Throughput benchmarks of all FFT implementations are written to gwnum.txt.
  These benchmarks will then be used to pick the best FFT implementation to use.
  This can lead to minor performance improvements.

2) Benchmarks are run at 5AM (and every 21 hours after that) for any FFT sizes that will be needed within the next 7 days.
  Once enough benchmark data is accumulated, these automatic benchmarks no longer take place.

3) Default FFT implementations for Ryzen added.

4) A few new FFT sizes (up to 50M) are enabled for FMA3-capable CPUs.

5) ECM and P-1 on Fermat numbers will automatically add known Fermat factors to the worktodo.txt entries.



  29.3版,2017/9/7:

ftp://mersenne.org/gimps/p95v293.win64.zip

1) A new error check for LL testing has been implemented. This error check,
called a Jacobi error check, has a 50% chance of detecting hardware error(s)
since the last time a Jacobi error check was performed. This error check
takes roughly 30 seconds and is scheduled to run twice a day. The program
now saves two additional intermediate files that have passed the Jacobi
error check. This test requires use of the GMP (GNU multi-precision) library.

2) The GCD step in P-1 and ECM factoring is faster.





  29.4版beta5,2017/11/12:

ftp://mersenne.org/gimps/p95v294b5.win64.zip

1) GIMPS has a new sub-project -- finding (probable) prime Mersenne cofactors.
This sub-project has two parts: 1) Running PRP tests, and 2) Finding
additional factors. To support this new sub-project there are three
new work preferences: PRP on Mersenne cofactors, PRP double-checking on
Mersenne cofactors, ECM on Mersenne cofactors.

2) Like LL tests, PRP tests now support shift counts to aid in running double-checks.
Shift counts are only supported for Mersenne numbers and Mersenne cofactors.

3) PRP tests now support a type of low overhead error checking that almost guarantees
correct results even on flaky hardware. We call this Gerbicz error-checking after
it was proposed by Robert Gerbicz at mersenneforum.org. This error-check only
works for base-2 numbers.

4) Because PRP tests are highly reliable, we now offer the option to do PRP tests
instead of Lucas-Lehmer primality tests. There are 3 new work preferences
similar to LL work preferences: first-time PRP tests, world record PRP tests,
PRP tests on 100 million digit numbers, and PRP double-checking.
If you are looking for a 100 million digit prime, PRP testing is recommended
rather than LL testing.

5) For non-base-2 PRP tests, there is a new option to run each iteration twice and
rollback if a mismatch occurs. Useful only on flaky hardware due to the obvious
high overhead.





  非AVX數學運算驗證,26.6版,2011/4/8:

ftp://mersenne.org/gimps/p95v266.zip
 
 
 

此文章於 2017-12-08 08:25 AM 被 Sioux 編輯.
舊 2017-12-08, 08:23 AM #135
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Sioux離線中  
    回應



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