how can i chick the CPU cache?
598176
By downloading and using this program :)
358499
You might want to wait for the pc settings to fully load.\nAlso it is an good idea to turn the power of on the modem and wait for 5 Min's then switch back on and wait another 5 Min's, this will clear the cache.\n\nHope this helps.\n\nGood Luck.
216854
keep you're cpu on the right side and then copy\nthen it gets copy-righted\njust joking\nsorry cant help ya
943623
go to your normal screen with your backgroud and all that.  Click on a short cut it has to be something like aim.  Right click it and say delete it will say that you cant delete that youd just delete the shortcut but it will say you can "add or remove pragrams" click on that link and it will give you a list of everything on your cpu.  make sure you dont delete anything nessasary like adobe.
573112
It's usually in the BIOS options. Start computer and press either DEL or F2, look around for caching and shadowing, and turn said options off. I had a similar problem, but it turned out not to be caching/shadowing at all, but a faulty DirectX installation.
56979
Under Windows XP:\n- Open Task Manager;\n- Select the Processes Tab;\n- Open View Menu then Choose Select Columns;\n- Choose CPU Time then click OK;\n- A new column will be added under the Processes Tab;\n- Scroll down to System Idle Processand view the CPU Time...it updates every second
344915
cpu, hard drives,memory
452072
http://www.tomshardware.com \n\ngood place for updates as well as benchmarks and other performance comparisons\n\nhttp://www.pctechguide.com/02Processors.htm\n\nfor learning general information.  I would start here.
864250
If you're not running at least 2 GB of RAM I would not suggest that you do this!  But here's how you accomplish what you've asked for.click start, then control panel.  Then performance and maintenance, then system.  On the tabs that open up click advanced.  In the box marked performance click settings.  In the new window that opens click advanced.  At the bottom of this page you will see memory settings, on the next page that opens click no cached memory.  Click OK and apply your done
1035595
The Global Assembly Cache tool allows you to view and manipulate the contents of the global assembly cache and download cache.\n\nsyntax:\n\ngacutil [options] [assemblyName | assemblyPath | assemblyListFile]
191711
Check out Tom's Hardware Guide. They have a special article called "The Mother of All CPU Charts". This should help you find what you're looking for.
1024518
No, lacks the command set imbedded into the cpu
368341
CPU caches\n\nSmall memories on or close to the CPU chip can be made faster than the much larger main memory. Most CPUs since the 1980s have used one or more caches, and modern general-purpose CPUs inside personal computers may have as many as half a dozen, each specialized to a different part of the problem of executing programs.\n\nDisk buffer\n(also known as disk cache or cache buffer)\n\nHard disks have historically often been packaged with embedded computers used for control and interface protocols. Since the late 1980s, nearly all disks sold have these embedded computers and either an ATA, SCSI, or Fibre Channel interface. The embedded computer usually has some small amount of memory which it uses to store the bits going to and coming from the disk platter.\n\nThe disk buffer is physically distinct from and is used differently than the page cache typically kept by the operating system in the computer's main memory. The disk buffer is controlled by the embedded computer in the disk drive, and the page cache is controlled by the computer to which that disk is attached. The disk buffer is usually quite small, 2 to 16 MB, and the page cache is generally all unused physical memory, which in a 2006 PC may be as much as 2GB. And while data in the page cache is reused multiple times, the data in the disk buffer is typically never reused. In this sense, the phrases disk cache and cache buffer are misnomers, and the embedded computer's memory is more appropriately called the disk buffer.\n\nThe disk buffer has multiple uses:\n\nReadahead / readbehind: When executing a read from the disk, the disk arm moves the read/write head to (or near) the correct track, and after some settling time the read head begins to pick up bits. Usually, the first sectors to be read are not the ones that have been requested by the operating system. The disk's embedded computer typically saves these unrequested sectors in the disk buffer, in case the operating system requests them later. \nSpeed matching: The speed of the disk's I/O interface to the computer almost never matches the speed at which the bits are transferred to and from the hard disk platter. The disk buffer is used so that both the I/O interface and the disk read/write head can operate at full speed. \nWrite acceleration: The disk's embedded microcontroller may signal the main computer that a disk write is complete immediately after receiving the write data, before the data are actually written to the platter. This early signal allows the main computer to continue working even though the data has not actually been written yet. This can be somewhat dangerous, because if power is lost before the data are permanently fixed in the magnetic media, the data will be lost from the disk buffer, and the filesystem on the disk may be left in an inconsistent state. On some disks, this vulnerable period between signaling the write complete and fixing the data can be arbitrarily long, as the write can be deferred indefinitely by newly arriving requests. For this reason, the use of write acceleration can be controversial. Consistency can be maintained, however, by using a battery-backed memory system in the disk controller for caching data - although this is typically only found in high end RAID controllers. Alternately, the caching can simply be turned off when the integrity of data is deemed more important than write performance. \nCommand queuing: Newer SATA and most SCSI disks can accept multiple commands while any one command is in operation. These commands are stored by the disk's embedded computer until they are completed. Should a read reference the data at the destination of a queued write, the write's data will be returned. Command queuing is different from write acceleration in that the main computer's operating system is notified when data are actually written onto the magnetic media. The OS can use this information to keep the filesystem consistent through res
689386
1. add memory\n2. close unneeded background application.\n3. scan disk\n4. defrag your hardisk.\n5. scan for virus and spyware.\n6. reduce the number of application run in the system tray\n7. increase the volume of your virtual memory.\n8. run any application when you really need.\n9. let your machine rest a while if it was operated for a long period.
178700
Start the Task Manager, and check what is the process eating up all your resources.\n1. Click on the Task Bar\n2. Select and click Task Manager.\n3. Click on the processes tab.\n4. Click on CPU to change order and put on top the heaviest process.\nNow you know if it is your Antivirus, or what?\n\nMore info:\nhttp://www.microsoft.com/resources/documentation/windows/xp/all/proddocs/en-us/taskman_whats_there_w.mspx?mfr=true
382466
Install Spybot - (google for it) and update it. Check you machine for sypware malware etc. Then check its advanced features Tools Tab -> System Startup -> remove junk that you dont need. \n\nFor available memory and resources righclick on taskbar and see Task Manager and see the third tab for CPU and memory usage.
1135495
click...start, programs , accesories,system tools, defrag