Showing posts with label Softwares. Show all posts
Showing posts with label Softwares. Show all posts

Wednesday, 6 August 2014

T Monitor


 

 

 

 

 

 

 

 

 

 

 

 TMonitor

  • 1. What is TMonitor
  • 2. Screen images
  • 3. Install & configuration
  • 4. Hardware supported
  • 5. Version history
  • 6. Forum
Advertisement

What is TMonitor

TMonitor is aimed to display the active clock of each individual core of Intel Core 2 and Core i3/i5/i7, as well as AMD K10 processors.
A very high refresh rate (20 times per second) allows to visualize the smallest clock variation in real time. TMonitor is able to detect mechanism such as Intel Turbo boost, and therefore allows to clearly visualize its effect as the processor is working.
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Screen images


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Install & configuration

Install TMonitor
Unzip tmonitor.exe in a directory of your hard drive and run it.
Use TMonitor
You can run as many instances of TMonitor as there are physical CPUs in your system. The first instance will be attached to CPU #0, the next one to CPU#1, and so on.

If your processor supports the Intel Turbo Boost Technology, the boosted frequency will appear as a yellow bar extension, and the current value will also be display in yellow for the time that Turbo is enabled on the core.
Please note that starting with a certain size for the graphs, you will be notice as many yellow bricks as the number of "bins", namely the number of steps that the core multiplier is increased by the Turbo.
Tools and Options
Right-click anywhere in the TMonitor main window to make the floating menu appear.
View allows to switch between the display of actual clocks in MHz and the display of the current multiplier. Please note that the switch does restart any record process that is currently running.
Turbo allows to dynamically enable and disable the Turbo boost.
Record data
The output is stored in a .csv file. The file is created in a directory named "logs", created at the same level as TMonitor. The file uses the following name convention :

tmon_cpuX_Mo_Da_Ho_Mi_Se.csv, where :

  • X is CPU number in the system (starting at 0).
  • Mo is month.
  • Da is day.
  • Ho is hour.
  • Mi is minute.
  • Se is second.
To start recording, press F5, or choose Logs, and Start Recording from the floating menu. The application title bar will confirm that the events are being recorded. Press F5 again to stop recording, or choose Logs, and Stop Recording from the floating menu. Note that switching from "clocks" to "multipliers" will cause the recording to be stopped.
Parameters

-T Causes TMonitor to display clocks for individual threads.

HW Monitor PRO

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 HWMonitor PRO

  • 1. What is HWMonitor PRO
  • 2. Screen images
  • 3. Install & configuration
  • 4. Registration
  • 5. FAQ
  • 6. Troubleshooting
  • 8. Supported Hardwares
  • 9. Version history
  • 10. Credits
Advertisement

What is HWMonitor PRO

CPUID HWMonitor Pro is our extended version of the hardware monitoring program HWMonitor. In comparison to its classic counterpart, HWMonitor Pro adds the following features :
Remote Monitoring
Watch the sensors of one or several distant PCs through a simple TCP/IP connection.
Graph Generator
Save monitoring data and generate logging graphs as bitmap files.
Improved Interface
Sensors in system tray, editable sensors labels, additional display mode …
PWM Control
Fan PWM control (for ESA compliant devices).

The HWMonitor's PC health monitoring engine is available for customized use through the CPUID System Monitoring Development Kit, a professional SDK built for the Microsoft Windows operating systems.
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Screen images


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Install & configuration

Installation
CPUID HWMonitor Pro is available as a setup version (that does automatically install the 32-bit or the 64-bit binaries depending on your Windows version, creates the application entries in start menu and on desktop) and as a .zip file that contains the two binaries.
Installation
Run the setup executable file, and let it guide you for the installation process. The setup installs a service, that is started the first time that you run HWMonitor Pro.

If you already have a registration key, you can either copy the pvk file in the installation directory (typically c:\Program Files\CPUID), or run the register process again from the program with the key sent in the registration e-mail.
Removal
You can remove the program either from the Add or Remove Programs window (from Settings, Control Panel), or choose Uninstall HWMonitor Pro from Start menu, Programs, CPUID. Please note that the directory CPUID won\'t be deleted since it contains the ini file and possibly your registration key.

Interface customization
Editable labels
Sensor labels can be manually edited. To achieve that, select the sensor line, then press F2 to activate the edition. You can also select View in the main menu, then Edit Selection Label.
System tray
To add a sensor in the system tray, select it and right-click to make the floating menu appear, then choose Add to tray. You can also select View in the main menu, then Add Selection to Tray.

Tray icons are colored depending on the sensor type :
- Voltages
- Temperature
- Fan & Fan PWM
- Current
- Power
Sensors tray icons can be individually removed by right clicking on each of them and choose Remove in the popup menu. Choose Remove All to remove all sensors icons from tray.


HWMonitor Pro can be minimized to tray by choosing View menu, Minimize to Tray. If you check "Minimize to Tray" in the option dialog, the program will be minimized to tray everytime it is minimized. Once minimized to tray, double-click on the program tray icon to restore the interface.
Display Mode by Sensor Type
By default, HWMonitor PRO groups the sensors by device, but you can also choose to group them by type. That display mode is the one used in the Android version of HWMonitor PRO.

Remote Monitoring

The remote monitoring feature in HWMonitor Pro stands in the ability to monitor one or several distant PCs with a simple TCP/IP connection, as shown on this picture. PCs can be monitored from another PC, or from an Android mobile device thanks to the dedicated application.
Firewall considerations
The instances of HWMonitor Pro exchange data through port 25021. In order to keep your system secure, firewalls programs are detecting non declared port accesses, henceforth, before using the remote features of HWmonitor Pro, you need to declare the program to your custom firewall, or by default to Windows XP and Vista integrated firewalls. Depending on how your firewall is configured, you may be prompted to grant access to the program once the firewall requires it (typically as soon as you run a command related to remote monitoring).
If a popup like this one appears, unblock HWMonitor Pro. You can also manually configure a firewall exception, in order it grants access to HWMonitor Pro. As an example, here are the steps to follow for Windows integrated firewall :
Open Windows Firewall (Settings, then Control Panel), then click on the tab Exceptions. Choose Add Port..., then enter CPUID Hardware Monitor Pro as name, 25021 as port number, and check TCP
Click on OK to go back to the Firewall Exceptions tab. The name associated with the port must appear in the programs and ports list.
Click on OK to confirm and close the Firewall dialog box.

In no case you have to disable or stop your firewall in order to make HWMonitor Pro remote feature work. Doing this would make your system vulnerable. If the unblocking process does not work, please make sure you followed all steps correctly.
Remote a PC from another PC
The steps to display the monitoring data of PC2 on PC1 are as following :

  • Start HWMonitor Pro on PC1 and PC2. Please make sure that the firewalls are correctly configured on the two machines, as explained in the previous paragraph.
  • Switch to "listening mode" to ON on PC2 : open menu Network, then check Listening Mode if it is not already checked. You\'ll be notify with a message in the status bar.
    When in listening mode, the program instance sends its data to all other instances connected to it. You can force the program to start in listening mode : open the option dialog (menu Tools, Options), then check Enter in listening mode at startup.
  • We can now connect PC1 on PC2. On PC1, open menu Network, Connect and Enum Network to display a list of the network neighborhood of PC1.

  • Select the machine you want to connect to, then click on Connect. Note that you can select multiple lines and therefore connect to several machines in one click.
    If you know the IP address of the machine you want to connect to, select Network, Connect and IP Address.
  • Once the connection is established, you will be prompted in the status bar. After a moment, the remote machine appears in the list with all monitoring data. If the network connection is slow or you want to reduce traffic, open the options dialog on PC2 (menu Tools, Options) and increase the data broadcast frequency (available options are 1, 2, 3, 4, 5, 10, 15 and 20 seconds).
  • A right click on the network machine root node causes a floating menu to appear, that allows to:
    - close the connection
    - open or reopen the connection
    - remove the machine from the view

By default, when a machine is disconnected, the associated monitoring tree is deleted. You can optionnaly prevent the tree to be deleted, if you for example need to have a look at the latest values of the sensors returned by the machine that has been deconnected. In order to achieve that, open the options dialog (Tools, Options), then uncheck Clear disconnected machines.
Remote a PC from the Android application
The Android add-on for HWMonitor PRO was introduced with version 1.19. However, please note that the use of the add-on does not require version 1.19 and can be used with the previous versions as well.
  • Start HWMonitor PRO on the PC, and switch to "listening mode" (menu Network, check Listening Mode).
  • Install HWMonitor PRO for Android on your mobile device, then start it. If you wish to monitor a system on a local network, make sure to activate WiFi on your Android device, so it will be able to access to the systems by the local IPs.
  • Add a Computer by clicking on the Computer icon in the action bar or from the application menu. Enter machine name or IP, then click OK. If you enter both machine name and IP, the program will 1st use the IP address to connect to the machine. If you enter only one of the two data, the other one will be automatically filled once the connection will be done. Click on the machine in the list in order to connect.
  • In order to remove a machine from the list, do a long click on it. You will be prompted to ask if you really want to remove the machine from the list.

Data logging

CPUID HWMonitor Pro includes a graph generator that displays sensor data in as many graphs as there are sensors in the machine. Each graph is saved as a bitmap file.
Recording Options (requires version 1.08+)
Select Tools in the main menu, then Options to display recording options.
The graph generator can create two sets of graphs, in two different sizes. The program can also create .csv files, that you will easily open with a spreadsheet program. In order to avoid memory overflow, data are saved automatically every 250, 500, 1000, 1500 or 2000 samples.
Start Recording
Select Tools in the main menu, then Logs and Start Recording. The Log Status indicator in the status bar changes to ON to indicate that the recording is in progress.
Stop Recording
Select Tools in the main menu, then Logs and Stop Recording. The graphs are immediately saved and the Log Status indicator in the status bar changes to OFF.
Graphs
The graphs are saved in the Logs directory. This directory is automatically created in the directory that contains HWMonitor Pro. In the Logs directory, each recording session is saved in a dedicated directory, named as following :
[DAY MONTH YEAR - HOUR MINUTE]. For example : [7 JUN 2008 - 15h10]
By default, graphs are sized 900 x 600 pixels. You can optionally change the size through the Options dialog box (menu Tools, then Options).

PWM Control (for ESA compliant devices)
HWMonitor Pro includes PWM Control capabilities. When a PWM type sensor appears in the program, you can change its current value by right-clicking on the sensor and select "Control".
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FAQ

1
Does the Pro version of Hardware Monitor report more monitoring information than the classic and free version ?
No, the two programs have the exact same monitoring capabilities.
2
Hardware Monitor Pro reports inconsistent monitoring values. What can I do ?
Please save a dump as a txt file (menu File, then Save), then send it to that e-mail address.
3
I've downloaded the latest version of Hardware Monitor Pro, but the programs tells me that the update period has expired. What can I do ?
You can download a previous version from the versions history. Choose the one where the release date is in the update period your license (that is the puchasing date plus one year for the standard version, and plus two years for the extended version). If you want to continue using the latest update, you need to renew your license
4
Hardware Monitor Pro does not work under Windows 98 or Me !
The support for unicode prevents the program from working on Windows 98/Me. A non-unicode version is available, please contact us to get your copy.
5
I updated HWMonitor Pro and the remote connections does not work anymore.
Please make sure that you use the same version of HWMonitor Pro on all machines.
6
HWMonitor Pro causes my PC to reboot or to freeze.
Edit hwmonitorw.ini, then replace:
USE_ACPI=1
USE_SMBUS=1
USE_SMART=1
USE_DISPLAY=1

with :

USE_ACPI=0
USE_SMBUS=0
USE_SMART=0
USE_DISPLAY=0

Run HWMonitor Pro again. If the program works, restore every "1" one by one, until the program causes the problem again. Then please contact us
7
How do I change Tjmax value for my Intel processor ?
Edit hwmonitorw.ini, then change the Tjmax value at that line:
CPU_0_TJMAX=100.0
8
My license does not work anymore after I upgraded the version.
This happens because the directory of the upgrade version has changed. In order to solve that, you can either:
- enter your key again (select Help in the main menu, then Register).
- copy your pvk file from the previous directory (typically, C:\Program Files\CPUID for setup version) to the new one (typically C:\Program Files\CPUID\HWMonitorPro for the setup version).
9
When I try to connect to a PC on my local network from my Android phone, I get an error message.
The connection from an Android device requires to connect it to the local Wifi.

HW Monitor CPUID-System

 

 

 

 

 

 

 

 

 

 HW Monitor

  • 1. What is HWMonitor
  • 2. Screen images
  • 3. Install & configuration
  • 4. Supported hardwares
  • 5. Versions history
  • 6. Credits

What is HWMonitor

HWMonitor is a hardware monitoring program that reads PC systems main health sensors : voltages, temperatures, fans speed.
The program handles the most common sensor chips, like ITE® IT87 series, most Winbond® ICs, and others. In addition, it can read modern CPUs on-die core thermal sensors, as well has hard drives temperature via S.M.A.R.T, and video card GPU temperature.

Special hardware monitors such as abit® uGuru and Gigabyte® ODIN™ power supplies serie are supported too.
The HWMonitor\'s PC health monitoring engine is available for customized use through the CPUID System Monitoring Development Kit, a professional SDK built for the Microsoft Windows operating systems.
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Screen images


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Install & configuration

Install and Remove
Installation (setup version only)
Run the setup executable file, and let it guide you for the installation process.
Removal (setup version only)
You can remove the program either from the Add or Remove Programs window (from Settings, Control Panel), or choose Uninstall HWMonitor from Start menu, Programs, CPUID, HWMonitor.
Bug Report and Program Improvement
If you notice a bug in a sensor report, or an undefined value, please select the "File" menu and choose "Save" to generate a complete report as a text file. Then, please email the file to cpuz[at]cpuid.com. Thanks !

PerfMonitor 2 CPUID




























PerfMonitor 2

  • 1. What is PerfMonitor 2?
  • 2. Screen images
  • 3. Installation
  • 4. How to use PM2
  • 5. Hardware & OS Support
  • 6. Counters definition
  • 7. Profiles
  • 8. Version History
  • 9. Bug Report
  • 10. FAQ


What is PerfMonitor 2?

PerfMonitor2 (PM2) is a processor performance and monitoring tool. It allows to track up to 4 processor-related events choosen in a model-specific list. It succeeds to PerfMonitor, and in addition to that first version, PM2 includes monitoring data, like temperatures and powers.

Pc Wizard

http://reviewglitz.com/wp-content/uploads/2013/07/PC-Wizard.jpg

 

 

 

 

 

 

 

 

PC-Wizard

  • 1. What is PC-Wizard
  • 2. Screen images
  • 3. Install
  • 4. Supported hardwares
  • 5. Versions history

Advertisement

What is PC-Wizard

Since 1996 PC WIZARD is among the most advanced system information programs on the market. PC WIZARD is a powerful utility designed especially for detection of hardware, but also some more analysis. It\'s able to identify a large scale of system components and supports the latest technologies and standards. This tool is periodically updated (usually once per month) in order to provide most accurate results.

 


PC WIZARD is also an utility designed to analyze and benchmark your computer system. It can analyze and benchmark many kinds of hardware, such as CPU performance, Cache performance, RAM performance, Hard Disk performance, CD/DVD-ROM performance, Removable/FLASH Media performance, Video performance, MP3 compression performance. 
PC WIZARD can be distributed freely (ftp, archives, CD-ROMs...).
Hardware Information

  • Mainboard / Bios (Connectors, ID String, MP Support ...)
  • Chipset (FSB Frequency, Norhtbridge, Hub, Direct Media Interface, XMB, NSI, ...)
  • Main Memory (FPM, EDO, SDRAM, DDR SDRAM, DDR-2 SDRAM, DDR-3 SDRAM, RDRAM, FB_DIMM, Timings ...)
  • Memory Profiles : EPP (SLi Ready), Intel XMP.
  • Cache Memory (L1, L2, L3, Size, Frequency ...)
  • Processors (Type, Speed, Multiplier coeff., Features, Model Number, Vanderpool Technology ...)
  • Coprocessor
  • APM & ACPI
  • Busses : ISA, PCI, AGP (2x, 4x,8x), SMBus/ i2c, CardBus, Firewire, Hyper-Transport ... )
  • DMI / SMBIOS
  • Mainboard Sensors, Processor, Hard Disk & Battery (Voltage, Temperature, Fans)
  • Video (Monitor, Card, Bios, Capabilities, Memory, Integrated Memory, Frequencies ...)
  • OpenGL & 3Dfx
  • DirectX (DirectDraw, Direct3D, DirectSound (3D), DirectMusic, DirectPlay, DirectInput, DirectX Media)
  • Keyboard, Mouse & Joystick
  • Drives (Hard Disk, Removable, CD-ROM, CDRW, DVD ...)
  • SCSI (Card, Controller, Adapter, Devices ...)
  • ATA/ATAPI & S-ATA (Devices, Type, Capabilities, S.M.A.R.T. Features, RAID)
  • Ports (Serial, Parallel, USB, IEEE-1394)
  • IDE & SCSI Devices
  • Twain & WIA Devices
  • PCMCIA (PC Card) Devices
  • Bluetooth Devices
  • Biometric Sensor Devices
  • Sound Card (wave, midi, aux, mix, AC\'97 codec, High Definition Audio)
  • Printers (Local & Network)
  • Modem (Features, Speed ...)
  • Network (Server, Connexion, Firewall ...)
  • Security (Scan Ports ...)
  • PocketPC & SmartPhone Devices
  • Virtual Machines
System Information

  • MCI Devices (mpeg, avi, seq, vcr, video-disc, wave) & ACM
  • SAPI
  • Passwords (Outlook, Internet Explorer, MSN Messenger, Dialup ...)
  • DOS Memory (base, HMA, UMB, XMS, EMS, DPMI, VCPI)
  • Windows Memory
  • Windows (Version, Product Key, Environment, Desktop, XP Themes ...)
  • Windows UpTime (Boot, Shutdown, BlueScreen, System Restore Points ...)
  • TrueType & OpenType Fonts
  • WinSock (Internet), Telephony et Remote Access
  • OLE (Objects, Servers ...)
  • Microsoft© Applications
  • Activity (Process, Tasks, Threads)
  • Modules (DLL, DRV, 32 & 16-bits) & NT Services
  • Internet Navigator (Microsoft Internet Explorer, Netscape, Mozilla, FireFox)
  • .NET Global Assembly Cache (GAC)
  • ODBC
  • CMOS/RTC
  • Resources (IRQ, DMA, E/S, Memory)
  • System files (.ini, .log, .bat, .nt, .dos ...)
System Benchmarks

  • Processor (Dhrystone (MIPS), Whetstone (MFLOPS), Mandelbrot fractal ...)
  • L1, L2, L3 Cache, RAM (Bandwidth, Latency ...)
  • Main Memory (Bandwidth, Latency ...)
  • Hard Drives
  • CD/DVD Rom
  • DirectX
  • Video
  • Removable/Flash Support
  • MP3 Compression
  • VISTA Experience Index
MEMORY and CACHE: These benchmarks measure the maximum achiveable memory bandwidth. The code behind these benchmarks method is written in Assembly (x86, SSE, SSE2, SSE3). Memory benchmarks utilize only one processor core and one thread.

PROCESSOR : These benchmarks measure performance in terms of Integer Millions of Instructions Per Second (Integer MIPS) and Millions of Floating Point Operations Per Second (MFLOPS). The code behind these benchmarks method is written in Assembly (x86, x87, MMX, SSE, SSE2, SSE3, 3DNOW!). Processor benchmarks are HyperThreading, multi-processor (SMP) and multi-core (CMP) aware.
Tools

  • Can save, print, e-mail a report
  • Can save a TXT, RTF, HTML, PDF or CSV report
  • Can export any graphics as BMP file
  • Can export text and graphic with the clipboard
  • Web update Wizard
  • Communicate with Motherboard Monitor
  • Dump (Hardware registers, System BIOS, video BIOS ...)
Multi Languages

  • Dutch
  • English
  • French
  • German
  • Greek
  • Italian
  • Russian
  • Serbian
  • Slovak
  • Spanish
Use this 100% free software to learn more about your computer and its components, detect/diagnose any problems in your computer, and increase your computer\'s performance.

CPU-Z

 

CPU-Z

  • 1. What is CPU-Z
  • 2. Screen images
  • 3. Install & configuration
  • 4. FAQ
  • 5. Validation
  • 6. Reviews
  • 7. Hardware supported
  • 8. Version history
Advertisement

What is CPU-Z

CPU-Z is a freeware that gathers information on some of the main devices of your system.
CPU
  • Name and number.
  • Core stepping and process.
  • Package.
  • Core voltage.
  • Internal and external clocks, clock multiplier.
  • Supported instruction sets.
  • Cache information.
Mainboard
  • Vendor, model and revision.
  • BIOS model and date.
  • Chipset (northbridge and southbridge) and sensor.
  • Graphic interface.
Memory
  • Frequency and timings.
  • Module(s) specification using SPD (Serial Presence Detect) : vendor, serial number, timings table.
System
  • Windows and DirectX version.
The CPU-Z's detection engine is now available for customized use through the CPUID System Information Development Kit, a professional SDK built for the Microsoft Windows operating systems.