ClockTuner for Ryzen (CTR) v1.1

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A couple of weeks ago, 1usmus introduced you to the ClockTuner for Ryzen project, which is designed to improve processors' performance with the Zen 2 microarchitecture by accurately tuning each CCX. Today a major update which, in addition to new features, includes fixes to some problems identified.

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Similar features have been integrated to latest 1.8.3-dev build, this is recommenced to not use anymore this module. Attached Files cvarutil-source-1.6.zip (76.5 KB, 2187 views). We now run with version 1.3.7 which brings big version increments to the Chrome rendering engine (from 49 to 52) and Node.js (from 5.10.0 to 6.5.0). This also means that all extensions can expect the full Node.js 6.5.0 runtime when running in this VS Code release.

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The first thing that catches your eye is a slightly modified CTR interface:

The profile management buttons have moved to a separate page, which can be accessed by pressing the 'PROFILE MANAGEMENT' button. The user now has 2 slot profiles to which he can record the results of the current experiment or make manual corrections.

Note. If you want to create a profile manually, you need to press the UPDATE PROFILE button after entering the values to confirm the data entry, and then you have to choose whether to save the profile or apply it for the current use.

A button has been added to reset the settings, and pop-up tooltips have been added. The log has been slightly transformed, and additional information can be displayed in it, which will allow the user to solve problems on his own without resorting to forum discussions. As an additional help, a button-link to the English video guide has been added to CTR 1.1 (Russian video guide will be added soon). It is located in the 'ABOUT & HELP' tab.

In 'Settings mode,' users can include additional settings, which will be useful only for advanced users. That is, we have the concept of CTR in 2 clicks (DIAGNOSTIC - START).

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CTR 1.1 got a new engine with some additional rules. Before making a step to a higher frequency, CTR checks the current frequency with reduced voltage relative to the reference one. In most cases, this can prevent BSOD during the frequency step or high Vdroop. It also helps to prevent the system from false pitch to a higher frequency if the CCX is on the edge of instability.

Another important advantage of the new CTR 1.1 engine is the new, secure method of controlling the processor's frequency and voltage. This will protect user systems from sending incorrect commands to registers.

The load level of stress tests has been corrected for all processors and all modes. Now uses a more loyal value of FFT, which can protect the system from BSOD.

Load Line Calibration level requirements have been revised, and thanks to the new CTR rules, you can use LLC in Auto mode (in most cases, you will not need to use LLC Mode 3). This also means that ASRock and Gigabyte motherboards are fully supported.

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Note. The 'Recommended to improve voltage compensation' warning is information only and does not require the user to intervene in the UEFI (BIOS) immediately.

'Enhance accuracy' is a system of additional frequency step crushing using voltage. Depending on the reference voltage value, the CTR selects the optimal number of extra steps. Yes, the 'tuning' process becomes longer, but the results are more accurate.

Note. This setting has a direct impact on your diagnostic time. If this option is enabled, the step time is doubled to 2 minutes.
The diagnostic mode has received several improvements. Step time was increased, and the stress load was corrected using FFT. This significantly reduced the probability of BSOD. The evaluation of the cooling system allows offering the user the optimal mode automatically. It can be an undervolting mode or an overclocking mode with the current PPT level saved. That is, if you use a BOX cooler, you will be automatically offered an undervolt mode, which has a chance to reduce the processor temperature in the load up to 15 degrees (and reduce the noise level).

The system of penalties for creating the final profile was redesigned. Now the penalty will depend on the maximum processor temperature during the diagnostics and the current Vdroop level. This allows the profile to have some additional stability reserve.

Note. If you have improved the cooling system or changed the LLC level in UEFI (BIOS), you must rediagnosis; otherwise, the settings for the penalty system will not be changed.

'Autoshare stats' allows you to send the result of successful system tuning to the server. The report contains all the information available on the 'BENCHMARK' tab. After sending the result to the user, the window with the server's stored results will automatically open. Access to the results is open for everyone.

Note. Each class of processor has its own record table.

'CHECK STABILITY' is an opportunity to check the system for stability. Basic time is 10 minutes if the 'Enhance accuracy' option is enabled - 20 minutes. If an error is found - the stress test will be stopped immediately. You may not be afraid to leave CTR unattended.

  • EDC, TDC, PPT, and Max temperature values are corrected. Now the CTR protection system will not react so hard on user experiments.
  • Note. EDC, TDC, PPT, and Max temperature values do not apply to PBO or telemetry settings, do not affect the CPU protection system, and do not affect system performance.
  • The last important innovation is the ability to use CTR without SMT.

Of course, numerous bugs have been fixed—improved support for Ryzen 3 3100, Ryzen 5 3500, and Ryzen 5 3500X processors.

For correct work, CTR 1.1 is necessary:

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  • .NET Framework 4.8 (download)
  • Ryzen Master latest build (download)
  • ClockTuner for Ryzen (CTR) v1.1 (download)
The Radformation team is thrilled to announce the release of the latest version of ClearCheck, which includes additional features to further improve plan evaluation and reporting.

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With the ability to launch ClearCalc, Radformation’s independent calculation software and latest addition to its suite of clinical automation solutions, ClearCheck will take your plan evaluation and reporting to the next level, automatically validating plan calculation accuracy. ClearCalc can be run directly from within ClearCheck and reliable, accurate results merge seamlessly into your department’s final plan reports.

The latest version also includes a newly integrated ClearCheck API. This “script within a script” feature allows certain ClearCheck functions to be launched to complement your department’s own custom user scripts. This provides the opportunity to include ClearCheck constraint, plan, structure, and margin check templates in conjunction with existing scripts. Outputs are exportable to customizable CSV, JSON, or PDF formats.

In ClearCheck version 1.6, customized plan reminders or checklist items are available to add to plan check templates to conform to clinical needs. These items will appear as conditional passes until the item is verified.

Users can now convert different fractionation schemes to EQD2 and BED values in order to facilitate a comparison to standard dose constraint templates. The latest version also gives the user the option to add a secondary limit objective for constraints in case of marginal failures. Acceptable secondary limits are displayed as a condition.

A new printing feature allows the user to print directly to ARIA Documents workspace. Save time with documentation by eliminating the need to save reports as PDFs for manual upload.

Plan reports now include a custom text input feature, which gives the user the ability to insert text boxes at any location within the report to annotate your plan report, wherever it’s needed.

Results from the collision check module can now be directly inserted into the plan report. In addition, ClearCheck now offers support for proton clinics, with plan and field properties including nominal range, target margins, range shifter name/type, and many more.

If you’re already a ClearCheck user, schedule time with support to upgrade your version.

Carly is a medical physics graduate student at Hofstra University. She will be graduatingin May of 2020 with a master’s degree. She is also a participant in the Hofstra University Medical Physics Co-op program. Carly enjoys playing pick-up basketball games and loves traveling to see her friends and family.

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Automating TG-275 Implementation with ClearCheckUpcoming Webinar: ClearCalc Under the Hood
  1. Kyle Shaw on June 16, 2020 at 9:18 am

    Hello. We are looking to upgrade our current ClearCheck to ClearCheck to V1.6. Are there any system requirements?

    Reply