what is the normal operating temperature of a 2.6 ghrtz processor?
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Assuming it's an Intel processor, your temps should be 50°C or less at idle (when web browsing, for instance), and no higher than lower 70's C, at 100% processor usage.\n\nIf you happen to have an AMD FX-60, or any overclocked AMD processor running @2.6ghz though, it should be less than 50°C under 100% processor load, and idle in the high 30's to low 40's Celsius.
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u cna go to bios setting and change the clock timeings. well be carefull when u do that. its always goood to use a additional fan for the processer, just in case if u want to increase the clocktime of the processer, to avoid over heating.
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Yes:\nIce - 0 F\nLead-621 F\nIron- 2800 F\nNickel- 2647 F\nRadium - 1292 F
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processor instructions
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8.6 degrees fahrenheit
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you should use your bios to do so,by  pressing the delete button while your PC is starting up, in the bios menu there should be a clock speed in megahertz setting that you can change, for instance from 100 Hertz to 110 Hertz, this will change the speed of the CPU from higher to lower respectively. But I would not recommend overclocking AMD CPU, the AMD tends to run much warmer than Intel PC, so add extra coolers or upgrade the CPU fan before overclocking it, monitor the CPU temperature carefully afterwords, especially after heavy processing, if  applications start behaving strangely, then I would recommend switching back to the normal settings
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cloudtop avg. temp 55K  \n Surface temp. min mean max \n59 K/ 68 K/ N/A K
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start to worry when it gets up to 150 or so degrees fahrenhite.\n\ni think that chip will run around 100 - 120 degrees with a "normal" hsf and cooling setup
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You usually have the point to make it shorter. so 1.6ghz would be 1160. 2.6 is 2600, 2.0 is 2000 etc
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I believe te fastest processors are clocked between 3 - 3.4 GHz. I have however seen machines being overclocked to run at 4 GHz. This however is a surefire way of shortening the life of your processor and cooling a system that running so hot is a pain in the butt. \n\nYour best bet would be to look at an Intel Pentium Dual Core Pressler chip the speeds range from 2.6GHz to 3.4GHz. I know AMD has the FX series that come in that range of speed.
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hi....i found the following link suitable as an answer to ur query....plz visit this link....i hope it will answer ur query....regards.\n\nhttp://www.systemshootouts.org/processors.html
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I prefer my Pentium 4. It has-\n\n3.00 GHz (Reports of up to 4.00 GHz succesful overclocking!)\n800 MHz FSB\n1 MB L2 Cache (I'd have prefered two, but whatever)\n478-Pin (I think...)\nHyper-Threading (Doesn't work well with windowed 3D stuff though)
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intel core 2 duo\nfamily t7x00 not t5x00\n\n>> base t7200 is 2.0 ghz, 667 mhz fsb & 4 mb l2 cache > which is awesome\n\nturin struggles at 512 kb to 1 mb l2 cache, further divided between the 2 cores ! <256+256 / 512+512>
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In real life, most processors have instructions that take varying numbers of clock cycles. Also, there are conditions that can "stall" the pipeline for a variety of reasons.\n\nHowever, the answer you probably want here is that 2GHZ is 2 billion cycles per second, and so the answer is 6 billion instructions per second.
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Right click on my computer and select properties. In the properties, you will have information of how many Ghz or Mhz your clock speed is.
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Overclocking Your Processor\nWARNING: Overclocking of any kind voids all manufacturer warranties and can depreciate the life expectancy of your component.\nWARNING: Overclocking is dangerous and can result in a dead/fried processor.\nCAUTION: Take it slow, overclock in subtle amounts, and always check the stability of your current overclocked settings through a benchmarking/stability utility.\nWith those warnings out of the way, Welcome to the Overclocking Guide for Processors! Most likely you won't fry your processor, but it does happen, and increasing the frequency of your processor by too much can result in a dead processor. Be sure to always monitor the temperature of your CPU during overclocking and don't exceed the manufacturer's recommended operating temperature. Remember, the temperature will increase with activity and strenuous programs, so I suggest downloading a program that will load your computer while monitoring the processor temperature (e.g. Prime95). Replacing the stock heat-sink/fan with a good $50 heat-sink/fan will drastically reduce your processor temperatures.\n\nTerms to Know:\n\nCPU Clock/FSB: This is the frequency of your processor.\nCPU Ratio/Multiplier: This is the multiplication factor used with the CPU Ratio/FSB to determine the end processor frequency.\nHTT Multiplier/FSB Multiplier/LTD Bus Frequency: This is the multiplication factor used with the CPU Ratio/FSB to determine the operating FSB frequency. Standard factors are 5X/1GHz, 4X/800Mhz, 3X/600MHz, 2X/400MHz, 1X/200MHz.\n\n\nA note: This tutorial is guided for AMD 64-bit processors. They are the most complicated to overclock, so if you can overclock an AMD 64, you can overclock anything. Remember though that not every processor is overclockable, AMD and Intel alike. Also note that many Intel processors have a locked CPU Ratio/FSB Multiplier.\nLet's Get Started:\n\n1) Max Memory Speed\n\nThe first step is to determine how fast your memory can go. This is done so that when overclocking we know that an excessive memory speed isn't what is causing instability problems.\n\nA) First drop down your CPU Ratio/Multiplier down two spots. (If at 11X, drop it to 9X)\n\nB) Set your AGP/PCI lock to 33/67 respectively if you have this option in the BIOS.\n\nC) Set the HTT Multiplier/FSB Multiplier/LTD BUS Frequency to 4X/800Mhz. This multiplication factor multiplied by the CPU Clock's FSB cannot be greater than your motherboards FSB specification. So if your motherboards FSB is 1000MHz and your CPU Clock/FSB is at 200MHz and your multiplier is at 5X your at 1000MHz. But if you raise the CPU Clock/FSB as we are going to while keeping the multiplier at 5X, we will be over the 1000MHz limit and we will run into stability issues.\n\nD) Disable the Cool n' Quiet feature prevalent on AMD boards if it is enabled.\n\nE) Disable Spread Spectrum\n\nF) Save your settings and boot to Windows.\n\nG) Using ClockGen, let it raise your memory speeds automatically or do it manually at 5Mhz increments (If at 200MHz, set it to 205MHz.).\n\nH) Do this until it locks up or artifacts appear. Record this number.\n\nI) On lockup, reboot your PC into BIOS.\n\nJ) Set you CPU Clock/FSB to the number prior to your recorded number. (If doing 5MHz steps, 5MHz less than your recorded number.\n\nK) Save your settings and boot to Windows.\n\nL) Run all tests on Memtest86 one time to check for errors. If you get any errors they will present themselves as red lines at the bottom of the window. Upon seeing these lines, reboot into BIOS. Go to step M). If you don't see these lines, go to step N).\n\nM) Lower your CPU Clock/FSB down by 3MHz, save and boot into Windows. Then run Memtest86 again. Do this until you receive no errors. Skip step N).\n\nN) Raise your CPU Clock/FSB up by 1 MHz, save and boot into Windows. Then run Memtest86 again. Do this until you receive an error. Upon receiving the error, lower the CPU Clock/FSB down to its prior stable state. Recor
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T2400 runs at 1.833GHz\nT2500 runs at 2.000GHz\ndo the math\n((2000 - 1833) / 1833) * 100 = 9.11%\n\nit's not worth to upgrade from T2400 to T2500 (it's $120) according to the prices from newegg\nhttp://www.newegg.com/Product/ProductList.asp?N=50001157+2000340343+1050719930&Submit=ENE&Subcategory=343&Manufactory=1157\n\nyou better upgrade the Ram from 1GB to 2GB\n\nedit:\none thing to remember. the Core Duo processor doesn't support 64bit operation (EM64T is not implemented like in the P4 series 6xx) so you can't upgrade to Windows Vista.