RightMark CPU Clock Utility 2.35

Das RightMark CPU Clock Utility, welches sich zur automatischen Anpassung der Taktrate von CPUs verwenden lässt, ist in einer aktualisierten Version veröffentlicht worden.

Das Tool erlaubt u.a. für jeden Multiplikator das freie Einstellen einer Corespannung und über Profile gesteuert die dynamische Anpassung der Taktrate. Damit lässt sich besonders bei Notebooks im Akkubetrieb Strom sparen und die Temperatur senken, aber auch Desktop-PCs profitieren von niedrigeren Temperaturen und minimiertem Verbrauch.

<blockquote cite="http://cpu.rightmark.org/"><b><i>Changes to this version include (in reverse chronological order):</i></b><ul><li><i>Added automatic SuperLFM feature detection (Intel Santa Rosa platform).</i></li><li><i>Corrected main tray icon animation to include SuperLFM state.</i></li><li><i>Added identification of 45nm Intel Core 2 CPUs.</i></li><li><i>Added identification of Intel Celeron Dual Core CPUs.</i></li><li><i>Fixed performance on demand state comparison in SuperLFM mode.</i></li><li><i>Corrected CPU load measurement in SuperLFM state (Intel Santa Rosa platform).</i></li><li><i>Performance on Demand profiles now shouldn't get stuck in SuperLFM state.</i></li><li><i>CPU defaults settings now use P-states rather than FID/VID pairs.</i></li><li><i>P-states table disabled when CPU power management features are unavailable.</i></li><li><i>RMClock PRO: "Application running" event now also includes processes from other users.</i></li><li><i>Added preliminary support for 45 nm Intel Core 2 family processors (Yorkfield, Wolfdale and Penryn cores).</i></li><li><i>Fixed Auto-adjust intermediate states VIDs feature behavior on Intel Santa Rosa platform.</i></li><li><i>Added flexible VID choice for Intel Dynamic Acceleration (IDA) P-state.</i></li><li><i>Modified FID/VID range used in Monitoring.</i></li><li><i>Fixed CPU frequency measurement in SuperLFM mode.</i></li><li><i>Reverted not to use 8254 timer by default as a clock source for CPU frequency measurement.</i></li><li><i>Added preliminary detection and support for Intel Dynamic Acceleration (IDA) and Dynamic FSB Frequency Switching (DFFS) technologies on Intel Santa Rosa platform.</i></li><li><i>Changed minimal VID and Maximal FID/VID detection on Intel Core 2 CPUs.</i></li><li><i>Redesigned CPU performance states editor (Profiles page) to indicate P-state type and support flexible FID P-states.</i></li><li><i>Modified default settings of custom Vista OSPM plan to automatically disable the OS CPU power management.</i></li><li><i>Removed "Use Intel Core 2 ACNT for the CPU load determination" registry tweak.</i></li><li><i>Implemented 4-digit VID fraction indication in most UI parts.</i></li><li><i>Improved design of the Settings page.</i></li><li><i>Restricted application language selection to the available resource DLLs only.</i></li><li><i>Added use of 8254 timer as a clock source for CPU frequency measurement by default (configurable via registry tweak).</i></li><li><i>Added support for Intel ICH9DO southbridge.</i></li><li><i>Added new multiprocessor platforms CPU load calculation methods.</i></li><li><i>Added detection of AMD Family 10h Opteron CPUs (no support for AMD Cool`n'Quiet 2 technology yet).</i></li><li><i>RMClock Updater: added update version restrictions to prevent the download and installation of incorrect update versions.</i></li><li><i>Added detection of the mobile Intel Core 2 Solo processors.</i></li><li><i>Added support for the new Intel Core 2 family processors (CPUID 10661h).</i></li><li><i>Fixed OSPM settings names display on localized Windows versions.</i></li><li><i>Fixed log file handling.</i></li></ul></blockquote>

<b>Download:</b><ul><li><a href="http://www.planet3dnow.de/cgi-bin/file/get.pl?20080302170237">RightMark Clock Utility 2.35 [Windows Installer]</a></li><li><a href="http://www.planet3dnow.de/cgi-bin/file/get.pl?20080302170238">RightMark Clock Utility 2.35 [Windows RAR-Version]</a></li></ul>

<b>Links zum Thema:</b><ul><li><a href="http://cpu.rightmark.org/" target="b">RightMark Webseite</a></li></ul>

Na, immerhin wird der K10 schonmal erkannt!

Naja, mein C2D aber leider als Desktop-CPU "Allendale" statt korrekt als "Merom-2M"...