KitsNet Operations:HW:GIGABYTE:X570 AORUS Master: Difference between revisions

Peter A. Smode (talk | contribs)
Peter A. Smode (talk | contribs)
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|CO to -25 on cores 2,3,4,5, -20 all others
|CO to -25 on cores 2,3,4,5, -20 all others
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|MC 21328
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SC n/a
|Abort SC after 5 minutes.
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Revision as of 16:13, 17 October 2021

The GIGABYTE X570 AORUS Master is an AM4 motherboard that includes support for the AMD Ryzen™ 5000 Series/ Ryzen™ 5000 G-Series/ Ryzen™ 4000 G-Series/ 3rd Gen Ryzen™/ 2nd Gen Ryzen™/ 2nd Gen Ryzen™ with Radeon™ Vega Graphics/ Ryzen™ with Radeon™ Vega Graphics Processors.

1 Overclocking[edit | edit source]

1.1 Terminology[edit | edit source]

Definitions
Term Name Definiton Notes
PPT Package Power Tracking How many watts delivered to CPU socket
  • 105w TDP: 142w
  • 65w TDP: 88w
TDC Thermal Design Current Current delivered to processor during high temperature periods (i.e. 70C-90C)
  • 105w TDP: 95A
  • 65w TDP: 60A
EDC Electrical Design Current Current flowing to processor during high voltage periods, typically during all-core loads
  • 105w TDP: 140A
  • 65w TDP: 90A
AMD Processors by TDP
TDP Processors
105w 3800x, 3800xt, 3900x, 3900xt, 5800x, 5900x, 5950x
95w 3600x, 3600xt (can be treated as 105w)
65w 3600, 3700x, 5600G, 5700G, 5600x

1.2 Steps[edit | edit source]

1.2.1 Disable startup items[edit | edit source]

Use the Startup tab within Taskman to snapshot the existing startup items and then disable everything.

Startup tab in Taskman showing normal state before disabling for overclock testing
1.2.2 Required Software[edit | edit source]

Download and install current versions of:

1.2.3 Edit BIOS Settings[edit | edit source]
  • XMP (aka DOCP) to Enable
  • CPU Core Voltage and CPU SOC Voltage to Auto
  • AMD Overclocking -> Precision Boost Overdrive to Advanced
    • initial limits: PPT 395, TDC 255, EDC 200, Max CPU Boost Clock Override 0, Platform Thermal Throttle Limit Auto,
    • Curve Optimizer: All cores, Neagative, 15 (15 is halfway)
  • Basics also required:
    • Re-Size BAR Support: Auto
    • SATA Mode: RAID
1.2.4 Setting Up Ryzen Master[edit | edit source]
  • Select Creator Mode (aka Default) and click Apply at the bottom.
  • Enable Histograms in Settings. Make sure CCD displays are expanded

Cinebench R23 baseline

  • Run multi core, then single core.
  • Tune to failure, then to stable. On fail, lower magnitude by five. On success, raise by five

Set screen saver to LONG timeout!!!!

Start Time Settings Result Notes
09:00 CO all core -15 MC 20691

SC 1572

Full run. On SC test, C 05 peaked around 4905
10:00 CO all core -20 (checkpoint) MC 21287

SC 1576

Full run.
11:00 CO all core -25 Crash on MC test about 3 minutes in
11:12 CO per core set all to -20 (checkpoint) MC 21262

SC n/a

Full run on MC. Aborted SC after 3 minutes
CO set to -25 on cores 0, 1, 2
CO set to -25 on cores 6,7,8 Some kind of fail.
CO set to -25 on cores 6,7,8 one at a time No fails
CO set to -25 on cores 9, 10,11, -20 on all others MC 21367

SC n/a

Full run on MC, Aborted SC after 7 minutes
14:00 CO set to -25 on cores 6,7,8, -20 on all others MC 21368 Full run on MC. Aborted SC after 5 minutes
14:23 CO set to -25 on all except cores 6,7,8 which are at -20 MC 21401

SC FAIL

Full run on MC, instant fail on SC
14:41 CO -25 on 0-5 cores, 20 on 6-11 MC FAIL
15:40 CO to -25 on cores 3,4,5, -20 all others MC 21269

SC n/a

Full run on MC. Abort SC after 5 minutes.
15:55 CO to -25 on cores 2,3,4,5, -20 all others MC 21328

SC n/a

Abort SC after 5 minutes.