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Overclocker's Must Have Programs


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Νέα έκδοση cpu-z 1.43

Intel Skulltrail platform support (Core 2 Extreme QX9775 + 5400B MCH).

Intel X48 chipset detection.

AMD Athlon 64-LE 1600 and 1620 support.

Fix detection issues on unlocked Phenom (ES/BE).

http://www.cpuid.com/download/cpu-z-143.zip

TASOS added 7 Minutes and 23 Seconds later...

Νέες εκδόσεις setfsb

Με υποστήριξη για αρκετά νέα pll μητρικών

http://www13.plala.or.jp/setfsb/

1/06/2008 - Updated SetFSB : Version 2.0.b.19a Beta

Added ICS951463BGLF.

Added ASUS F8SV. ICS9LPR363DGLF

1/03/2008 - Updated SetFSB : Version 2.0.b.18y

Added ICS9LPRS587EGLF,ICS9LPR426AGLF,ICS9LPRS514EGLF,ICS953805CFLF.

Fixed Gigabyte X38-DQ6. ICS9LPRS914EKL

Added Fujitsu Siemens Amilo Pro V2030. ICS952906AFLF

Supported VIA VN800 and SiS761GX[/siS965L] chipset.

Improved WinRing0 stability. (Updated WinRing0 to 1.0.11.)

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  • 3 weeks later...

Memtest86+ V2.00 changelog

--------------------------

- Major Architectural changes

- Modulo test now use random pattern for better accuracy

- Added Advanced DMI Errors Reporting Mode

- Added support for bus ratio changes on Intel Core CPU

- Added SPD Data Display for all Intel Chipsets (more to come)

- Added support for Intel Pentium E w/ 1 MB L2 Cache

- Added support for Intel Core 2 45nm (Penryn)

- Added support for FSB1333/FSB1600 Intel CPU

- Added support for Intel Q35/P35/G33/Q33 w/ timings detection

- Added support for Intel X38/X48 w/ timings detection

- Added support for SiS 760 / 761GX

- Added support for ATI RD770/780/790

- Added Support for AMD 5x86 w/ WB (not a joke!)

- Removed on-fly memory timings change (unstable)

- Numerous bug fixes

Download

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  • 2 weeks later...

CPU-Z 1.43.4 beta

Everest Ultimate 4.20.1283 Beta

GPU-Z v0.1.6

* Added GPU Sensors tab

* Fixed CrossFire detection under Vista

* Screenshot will now work on Windows 2000 without PSAPI.DLL installed

* Update check default interval is now 1 week

* Added a link to test build forum from validation page

* GPU variant names removed for all ATI and NVIDIA cards. For example "G80 GTX" will be called "G80" from now on

* Added several missing ASICs from families: RV610, RV630, R600

* Added several future ATI ASICs

* Fixed clock detection for some RV6xx ASICs

* Fixed pipeline count on modded RV430 GPUs

* Added ROP/shader readings for RV620, RV635 and future ATI ASICs

* Fixed memory bus width reading for R200 and similar ASICs

* Improved low-level BIOS reading code to work on more GPUs (pre-R500)

* Added detection for ASICs from families: G80, G92, G94, G92 M

* Fixed negative temperature readings in ADT7473 sensor

* Added some missing die sizes for ATI and NVIDIA

* Added bus width reading for NV10

* Fixed bus width reading for NV44

* Fixed ROP/shader counts for NV41, NV42, NV43, G70, G71, G73

* Added detection for i740, GM45

* i865G correctly reports DDR memory now

* Multi GPU dropdown is now a static readout

* Shortened HP PCI vendor name

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  • 6 months later...

Coretemp Version 0.99.2 - 18th August, 2008

- Fix: Start with Windows option was broken in 0.99.1.

- Fix: Default color for the second system tray icon is invisible with WinXP blue theme.

- Fix: Save screenshot function would create a corrupted BMP in some viewing software.

- Fix: Nehalem does not report VID like earlier CPUs. VID field now disabled for Nehalem.

- Fix: Incorrect 65nm Turion X2 code name detection.

- Fix: Potential bug of improper K10 and up recognition.

- Fix: Enabling distance to Tj.Max with "Highest temp." for system tray would show the largest distance to Tj.Max instead of smallest.

- Fix: Vendor ID and Device ID values were reversed in the register dump file.

- Fix: 3/4 temperatures logged for Phenom X3/X4 instead of 1.

- Add: Support for Core Temp plugins. (Still in beta phase and not in GUI yet).

- Add: Full support for AMD's Puma platform CPUs (in previous version reffered to as Griffin).

- Add: Initial support for 45nm AMD processors.

- Add: Update K8 and K10 recognition code to support all currently known CPUs.

- Add: Default TDP detection for Nehalem.

- Add: On the fly CPU speed detection.

- Add: Close to system tray option.

- Change: Log file is now produced in CSV format - easily import your logs into Excel.

- Change: Logging interval is now in Seconds instead of miliseconds.

- Change: Default logging interval is now 10 seconds.

- Change: Logging is now off by default.

__________________

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  • 2 weeks later...

Rivatuner 2.10

Αρκετές βελτιώσεις για Nvidia GT200 series (GTX260-280)

Επιτέλους υποστήριξη για ATI RV770 series (4850-4870)

http://downloads.guru3d.com/RivaTuner-v2.10-download-163.html

CPU-Z 1.47

Intel Core i7 processor.

Intel Core 2 Duo S Mobile processors.

NVIDIA MCP79/7A chipset.

AMD 790GX / SB750 chipset.

http://www.cpuid.com/download/cpuz_147.zip

Core Temp 0.99.3

- Add: Correct TjMax values for 45nm Core 2 series, according to this document.

- Fix: When TjMax = 0 (undefined) "Delta to Tjunction" was not added to the temperature string.

- Fix: On the fly CPU speed didn't pick up changes when EIST was disabled (only C1E active).

http://www.alcpu.com/CoreTemp/CoreTemp.zip

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  • 2 months later...

Επί την ευκαιρία, δεν υπάρχει το S&M (Stress test), από τα ποιο βαριά προγράμματα που πραγματικά σου γονατίζουν CPU / τροφοδοτικό / vga / RAM, Από εκεί φαίνεται και η αντοχή των εξαρτημάτων.

http://www.benchmarkhq.ru/fclick/fclick.php?fid=301

@Tablet Όσο για την ρύθμιση στοφών, είναι συνήθως στο bios η επιλογή, μπορεί να σου έχει επιλογές : Silent/optimal η με ποσοστά (σε ASUS mobo). Μπορεί και κάποιο Utility της motherboard να έχει πρόγραμμα που να το κάνεις απευθείας. Σε overclocking δεν το συνιστώ την χαμήλωση στροφών.

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Rivatuner 2.20 released

Changelist Version 2.20:

Minor bugfixes:

Fixed incorrect 2x effective memory clock multiplier for RADEON HD 4870 / 4870 X2 series equipped with QDR DDR5 memory.

What's new:

Added ForceWare 178.xx and 180.xx drivers families support.

Updated databases for Detonator and ForceWare drivers. Added databases for ForceWare 178.13, 178.15, 178.24, 180.10, 180.20, 180.42, 180.43, 180.44, 180.47 and 180.48.

Added Catalyst 8.9, 8.10 and 8.11 driver families detection.

Added workaround for broken error reporting system of PowerPlay clock control interfaces in Catalyst 8.10 hotfix 2 and Catalyst 8.11 driver families. Due to internal bug these drivers report incorrect error codes in PowerPlay clock control calls, causing overclocking tools like RivaTuner, ATITool or AMDGPUClockTool to stop working properly. Until the problem is fixed in the Catalyst driver RivaTuner provides temporary workaround by disabling error control for PowerPlay clock control calls on the Catalyst 8.10 hotfix 2 and newer drivers. Please take a note that the workaround can be forcibly disabled via ATIPowerPlayErrorReportingWorkaround registry entry.

Added driver-level fan control support for ForceWare 180.xx drivers family.

Updated PCI DeviceID database for both AMD and NVIDIA display adapters.

Added NVIDIA G98 graphics processors support.

Added AMD RADEON HD 4830 display adapters family support.

Added support for direct assess to flashrom chips of AMD RV7xx graphics processors family.

Updated exceptions list for bundled D3DOverrider utility.

Seriously redesigned hardware access layer provides drastically improved multi-GPU support. Now RivaTuner no longer uses single device selection ideology and supports simultaneous access to multiple physical display devices or GPUs in the most popular and frequently used modules, such as hardware monitoring module, profile launcher and task scheduler.

Drastically increased performance of routines applying clock frequencies and fan speed when experimental cloning modes are enabled. Due to new multi-GPU oriented hardware access layer all display devices can be accessed simultaneously, it saves CPU time required on switching current display device and reinitializing hardware access layer in ther previous version.

Now RivaTuner displays physical GPU index in the main tab on multi-GPU systems to simplify identifying independent physical devices and logical devices of the same physical GPU (e.g. two independent RAMDACs located on the same physical GPU).

Improved hardware monitoring module:

New multi-GPU oriented hardware access layer allows simultaneous monitoring of all supported physical display adapters and GPUs installed in the system. Simultaneous monitoring is available for both multi-monitor configurations and SLI/Crossfire modes.

Improved API for hardware monitoring plugins:

Added new GetSourceCaps function allowing the plugins to report different capabilities specific for exported data sources. This function helps hardware monitoring core to identify system wide and multi-GPU support capable data sources.

Added set of new hardware access functions allowing the plugins to access multiple physical display devices simultaneously and provide multi-GPU monitoring.

All GPU sensor specific plugins (e.g. ADT7473.dll) have been updated to support new API functions and provide multi-GPU monitoring support.

All system wide plugins (e.g. CPU.dll) have been updated to support reporting system wide data source capability.

Improved ADT7473.dll plugin.

Now the plugin's database may include hardcoded pulses per revolution counters for some display adapter models to provide correct fan speed monitoring on the systems with counters improperly calibrated in VGA BIOS (e.g. some GeForce 8800GT models).

Improved software TSS calibration algorithm for RV7xx graphics processors family.

Improved launcher module:

New multi-GPU oriented hardware access layer allows associating launch items with any desired physical or logical display device and launching the profiles specific for this device without changing current display device selection.

Now RivaTuner no longer records launcher events into hardware monitoring event history panel by default. Now you may enable launcher event history logging into event history panel properties if necessary.

Improved scheduler module:

New multi-GPU oriented monitoring module and launcher allow using the scheduler to program independent dynamic gamma, fan and clock control algorithms for each physical display device installed in the system.

New 'Pause scheduler' module allows you to suspend the scheduler's activity if necessary.

New 'Sampling period' setting allows you to override default sampling period for scheduled tasks associated with hardware monitoring module. Custom sampling period setting can be useful if hardware monitoring module polls hardware frequently but too frequent scheduled tasks execution is not desired. Please take a note that in case of defining multiple scheduled tasks with different sampling periods the maximum sampling period defined for a data source is being used.

New 'Task freezing period' setting allows you to define so called task freezing period for scheduled tasks associated with hardware monitoring module. Task freezing period setting is useful when it is necessary to program a few tasks with different execution priorities. Executing a task with non-zero task freezing period causes the scheduler module to suspend execution of all tasks associated with the same data source until task freezing period is over and to put such tasks into the queue. The last queued task will be executed in the end of task freezing period.

Now RivaTuner restarts hardware monitoring range based tasks on hardware monitoring module startup, on hardware monitoring history clearing and on resuming the scheduler module from pause.

Now RivaTuner no longer records scheduler events into hardware monitoring event history panel by default. Now you may enable scheduler event history logging into event history panel properties if necessary.

Improved low-level hardware overclocking module for ATI display adapters:

Now RivaTuner hides low-level overclocking tab on PowerPlay support capable display adapters (RV630 and newer series) when overclocking functionality is not available (e.g. on the secondary GPUs in Crossfire mode under Windows XP).

Now RivaTuner locks obsolete options in additional overclocking properties on PowerPlay support capable display adapters (RV630 and newer series).

Now undocumented command line based hardware access interfaces also support queued current display device selection via /SD and /SELECTDEVICE command line switches.

More tweaks improving target value generation accuracy have been done into floating point duty cycle calculation routines for all types of internal and external fan controllers.

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