RECOGNITION
When gamers and game hobbyists find "speed is not enough" and they think of new ways to raise the speed of their hardware to the maximum. Same with the fastest chip available, most users are still demanding more and say that the speed of even the fastest chip is not fast enough, or they just want a fuss over. This is where the overclocking into the equation, where users make their processors faster than normal speed according to the rules. Overclocking has become common with all the new hardware device has the ability to reach speeds above 50%.
Question: If a processor can achieve higher speeds improved why not??
Answer: In order to regulate the market, making the processor speed from 1.6 to 2.4, and just set the speed much easier than making a different for each speed.
VARIOUS THINGS YOU NEED TO KNOW
The following need to know before and that you overclock AMD or Pentium successful: a processor overclock, overclocking motherboard and a plan for a solution with regard to great heat and extra system cooling fan. Check your system for the placement of an extra fan, aka the next you tell in detail how to set it up.
· If you plan to overclock your system then be sure to choose the hardware wisely. There is always a chance for overclocking. Intel and AMD produce overclockable processors (can be overclocked).
· Some motherboard overclocking it easier than others, we recommend Asus or Epox. Choose a motherboard that already has a good ability, do not hold a trial or not willing to accept the one that does not have a good name, because the motherboard is the heart of your overclock project.
· Once you become an experienced overclocker, you know maintain the overall processor and cooling system to ensure its stability, choose a case that can handle a lot of fans to optimize air circulation. Your main enemy for overclocking is heat.
1. Add additional cooling system cooler at the front and back of the case to generate circulation of air in the front and out the back casing.
2. Assure pending power supply fan to suck hot air out of your CPU.
3. Use a mixture of thermal (not replace) the strong and the heat sink and processor to ensure good thermal contact with a large and hot so spending can be optimal.
WHAT ADVANTAGES overclock?
· Achieve a high capacity with minimum cost
· Satisfaction of success.
RISK IS OVERCLOCK?
· Overclock can not guarantee the validity of imposing your system.
· Overclock can reduce the life span of your system.
· Overclock can cause system instability. If you find your system is not stable at higher speeds, the appropriate test is the key to success overclock.
WHAT IS THE ABILITY TO ACCELERATE PROCESSOR?
Speed of a processor is the main factor that determines the power of a computer calculation, as measured by MHZ or GHZ. To better understand this concept, imagine your car up to 60 mph speed 1 in accordance with a predetermined, although the optimal speed is 50, there is nothing that can prevent it being slower or faster. You want to drive at higher speeds only in good conditions.
HOW TO DETERMINE THE SPEED OF A MANUFACTURER PROCESSOR CPU?
Factory deciding on what to label the speed of a processor based on the following factors:
· Core, Design, and the ability of the processor itself.
· Characteristics and thermal stability characteristics of the processor.
· Market conditions are most favorable.
From the above it has been explained that with the right conditions, a processor can be underclocked and overclocked better. 900MHz processor can be overclocked to 800 or 500MHz along the motherboard allows, or over-clocked to 1200MHz.
HOW TO SET THE SPEED OF A PROCESSOR?
Actual speed of a processor is stored dimotherboard. There are two ways to do this.
Jumper. You can change the jumper to get the basic combination of speed and a different multiplier BUS. This method is used for most brands of motherboards. However dapata inconvenient because you have to actually open the case to access the motherboard jumpers and to know what you are doing. So if you're looking for a motherboard that can easily overclock it, search for "jumper free" motherboards can be overclocked.
With the software "jumper" or "jumper free" motherboard, you can change the speed and core voltage of the processor using software that attach the motherboard BIOS. Most overclockers do this option.
WHAT IS OVERCLOCK?
It is a process to speed up the performance of existing hardware on the CPU for faster than the first. Overclock is an old process that has recently ended tendency. Overclocks can cover 30-50%, with some creative covers conditioning, if air can not cool a liquid (water or nitrogen). Overclocki achieved by increasing the frequency at which the processor is multiplied or speeding bus.
With successful overclock, the system will run stable and exactly the same as the frequency is set by the manufacturer, it's just faster. This often requires more cooling than usual and increasing the voltage on the processor increases speed, internal and external, and improve the ability for how equipment is to overclock. If not with overclocked, in general, if too much overclock, its ability to be completely down, as the processor is maximized outside the terms of frequency.
HOW TO OVERCLOCK
Overclock met by adjusting the frequency of the speed of the CPU multiplier and FSB (front side bus) on the motherboard Bios. In general, all processors have the lock multiplier (multiplier), that is the rate at which multiplied by the FSB speed can not be adjusted. Therefore one has to overclock the processor bus speed adjustments first.
FSB speed is an important aspect of Overclock, because it can affect the speed of the motherboard in all operating interface. In general there are three default Front Side Bus, 66MHz, 100MHz, and 133MHz. The slowest of the three that is 66MHz. And the highest 133MHz, has been used by the Pentium II processor slower than 350MHz processor and all set to start with the original Pentium. Now Celeron 100MHz FSB speed, which is one reason why lag behind brother Celeron Pentium III course. Today the FSB speed is 133MHz PIII processor, P4 processor depending on whether you have it, can range from 400MHz to 533MHz and operating at this frequency
Pentium IV processor can be overclocked to 103MHz and 112MHz FSB. Of course, one can mengoverclocknya easily, but most often or not, anything else would be necessary to get a success in the overclock. Voltage adjustment will also be necessary.
Overclock in BIOS menu
Go into the BIOS before entering operating system (os), how to press the power button and press the "DELETE" on the keyboard. After entering BIOS menu to change the frequency search and memory processsor, multipillier processor and memory timing, voltage processor and memory, or sentences menu containing frequency - voltage - multiplier - timing. If still hidden search tab contains the word about System Clock for setting overclcok (since every BIOS is different motherboards mention), if Asus AI in tab Twecker, MSI on your tab menu
Processor Overclocking
Change or increase the frequency of 5MHz processor or FSB Processor / 10 Mhz of default values and then save and exit, get into windows and check with CPUZ. On the CPU tab row column Processor Specification visible brand and model of the processor and the default speed behind the @ sign, being dikolom Clocks (Core # 0) Core Speed is row after overclocked processor speed Ascension Just compare how Mhz, that's the result overclocknya. On line Multipillier seen Xxx.x is multipiller default.
Try raising the next step multipiller 1 then save and exit, get into windows and check with CPUZ. On the CPU tab in column Clocks (Core # 0) Core Speed row will increase again due to the increase in value multipillier, also in line Multipillier 1X of a default grew. Fail fail to see when in Bios / Windows
Overclocking Memory
Same way as the overclocked processor, increase the frequency or value fsbnya about 5/10 Mhz. The second way to restrict or timing that is by lowering the value of its CL, to tighten the memory timings in the bios search tab or MEMORY DRAM Configuration (tab got word about it) change to manual or in entar alone. then headed to the Memory Timing to manual change, reduce the default value of CAS Latency (CL) 1 step - as well tRCD - tRP and tRAS 2 other measures should not be changed. The default value of these memory timings written on the box and in the format plug memorynya CL: X X space space space X XX X first, which means the value of CL - the second X value tRCD - tRP value of the third X - XX in space to four tRAS value.
For example DDR2 PC8500 CL 5 5 5 15 then:
The default value is 5 CL
The default value is 5 tRCD
TRP default value is 5
TRAS default value is 15
For while doing one of them, trying to do the first way first save and exit, get into windows and check with CPUZ. CPUZ Memory tab in the column on line Timings DRAM Frequency read half of the frequency set in bios earlier (see Calculation of Memory). On the next line value CL - tRCD - tRP - tRAS is the default because it has not done the second way, then can be done both ways. but when it fails to see Failed Login Bios / Windows
Calculation Memory
Memory used now kind of DDR SDRAM (Dual Data Rate SDRAM), then run a minimum of 2 times fsbnya processor. Memory frequency ratio calculated from the numbers behind the letters PC divided by 8 then goes on with a stated frequency Mhz. Examples DDR2 PC6400 / 8 = 800 means running at 800Mhz frequency, DDR3 PC16000 / 8 = 2000 means running at 2000MHz frequencies.
Multipiller multiplication being Devider FSB for the processor to RAM
RAM frequency = FSB processors multiplied by devider or
Devider = frequency RAM / FSB Mhz processor with a unit value
Examples of memory running 800MHz and 200MHz FSB processor running the devidernya 800/200 is 4
Versus FSB RAM
FSB processor (memory frequency / 2)
Examples of memory running 800MHz and 200MHz FSB processor running the
200: (800/2)
200: 400
2: 4
1: 2
Login failed Bios / Windows
But if they can not enter the BIOS or motherboard no speaker sound weird means these settings can not be run by the motherboard, plug dislodged pln did clear CMOS. Enter BIOS but can get into windows display so blue with the words "Windows memory dump" means the processor or the memory needs to be increased voltage
OVERCLOCKING STEPS (AMD X1 AND X2)
Step 1: On a motherboard there are different legs straight away set about 1 inch apart, and about 4 horizontal lines are spaced 2 inches apart. This is to test you grill optimal embodiment. Label the table from left to right, FSB or front side bus, crashed, Voltage.
For some reason a larger cache, such as 512K 1.8a Pentium 4 400MHz FBS overclocknya be more successful than 1.8 256k 400MHz FSB Pentium 4. So if you have not bought your processor, "a" higher 512K 400MHz FSB processor should be in your list. If you're building a system from scratch, using EPOX or ASUS brand, everything is very versatile for overclocking.
Step 2: Turn on your system and press "DEL" which will take you to the system BIOS. In the BIOS you use the arrow keys left / right to change the category, and up / down to see the options ... this could do about a few minutes, familiarize yourself.
On the screen you can set the frequency of the frequency manually, the FBS unlocked multiplier which is generally at the peak away from the screen. Frequency adjustment in general also has a reading speed up to hundreds or thousands. Example, 1.8, will read 1800, and 2.0 will read 2000. Some manufacturers have set the first start up automatically overclock the system, one of which is ASUS. We recommend this, but you have to know how to install the motherboard CMOS first, generally by the jumper. If you buy a new motherboard, which is equipped with semantics, or search for the model with menetiknya in any search engine to look for more information.
Step 3: Use the table records that are written on the next available block number of frequency levels. So if the frequency of the first level is 133, if you are using a Pentium 4, then the next frequency level of 134, then 135, and so on. Since each frequency upgrade was successful with restart your computer and see if the startup that you upgrade was recorded or not. If yes, then follow the same instructions to raise the level again. If not then raise voltage processor that is in your system BIOS. Start again and see if he recorded it or not. Ideally you should not raise voltage processor is more than 2 times, if you do then you have to put more coolant like liquid filling. Once you've raised it to crash frequency and voltage of not more than 2 times and then set the previous frequency and voltage raise another .05 to add stability. Start back and run the application as before to monitor processor temperature, run the app for a few hours until he was adapting. If temperatures rise more than 20% then enter the BIOS and lower the frequency and voltage. Repeat the process until the temperature of your processor av 20%.
SETTING THE RECOMMENDED
There is no best settings for each system, however we will try to give you some basic instructions for each successful overclock. If your motherboard does not support the speeding bus than 133, you can still try the rest, get the calculations and figure out the combination that you might remember her multiplier (multiplier) x FSB = Internal CPU speed.
As a reference:
PCI Bus = 33MHz
AGP Bus = 66Mhz
FSB x Multiplier = CPU Internal Frequency kecepata
Dividers FSB x = Kecepata PCI or AGP Bus
HAZARD
In order to overclock your system to be successful, you need to understand the most important issues involve-Cooling.
Cooling is the most important factor in the success of overclock, run stable and keep your CPU nice shape. If you menoverclock CPU temperature is higher than its specs, it may shorten its life. Another effect that can overheat and cause the destruction of an unstable system. Typically, today's processors are designed to work between 85 and 200 degrees Fahrenheit, and anything outside of the scope of the temperature will result in a less stable system and possible damage the CPU. Always remember, the cooler the better, try to cool your CPU as much as possible
Note: Do not put the panel back to your PC until you have finished testing the stability of your system.
GOOD LUCK!!!!
source
When gamers and game hobbyists find "speed is not enough" and they think of new ways to raise the speed of their hardware to the maximum. Same with the fastest chip available, most users are still demanding more and say that the speed of even the fastest chip is not fast enough, or they just want a fuss over. This is where the overclocking into the equation, where users make their processors faster than normal speed according to the rules. Overclocking has become common with all the new hardware device has the ability to reach speeds above 50%.
Question: If a processor can achieve higher speeds improved why not??
Answer: In order to regulate the market, making the processor speed from 1.6 to 2.4, and just set the speed much easier than making a different for each speed.
VARIOUS THINGS YOU NEED TO KNOW
The following need to know before and that you overclock AMD or Pentium successful: a processor overclock, overclocking motherboard and a plan for a solution with regard to great heat and extra system cooling fan. Check your system for the placement of an extra fan, aka the next you tell in detail how to set it up.
· If you plan to overclock your system then be sure to choose the hardware wisely. There is always a chance for overclocking. Intel and AMD produce overclockable processors (can be overclocked).
· Some motherboard overclocking it easier than others, we recommend Asus or Epox. Choose a motherboard that already has a good ability, do not hold a trial or not willing to accept the one that does not have a good name, because the motherboard is the heart of your overclock project.
· Once you become an experienced overclocker, you know maintain the overall processor and cooling system to ensure its stability, choose a case that can handle a lot of fans to optimize air circulation. Your main enemy for overclocking is heat.
1. Add additional cooling system cooler at the front and back of the case to generate circulation of air in the front and out the back casing.
2. Assure pending power supply fan to suck hot air out of your CPU.
3. Use a mixture of thermal (not replace) the strong and the heat sink and processor to ensure good thermal contact with a large and hot so spending can be optimal.
WHAT ADVANTAGES overclock?
· Achieve a high capacity with minimum cost
· Satisfaction of success.
RISK IS OVERCLOCK?
· Overclock can not guarantee the validity of imposing your system.
· Overclock can reduce the life span of your system.
· Overclock can cause system instability. If you find your system is not stable at higher speeds, the appropriate test is the key to success overclock.
WHAT IS THE ABILITY TO ACCELERATE PROCESSOR?
Speed of a processor is the main factor that determines the power of a computer calculation, as measured by MHZ or GHZ. To better understand this concept, imagine your car up to 60 mph speed 1 in accordance with a predetermined, although the optimal speed is 50, there is nothing that can prevent it being slower or faster. You want to drive at higher speeds only in good conditions.
HOW TO DETERMINE THE SPEED OF A MANUFACTURER PROCESSOR CPU?
Factory deciding on what to label the speed of a processor based on the following factors:
· Core, Design, and the ability of the processor itself.
· Characteristics and thermal stability characteristics of the processor.
· Market conditions are most favorable.
From the above it has been explained that with the right conditions, a processor can be underclocked and overclocked better. 900MHz processor can be overclocked to 800 or 500MHz along the motherboard allows, or over-clocked to 1200MHz.
HOW TO SET THE SPEED OF A PROCESSOR?
Actual speed of a processor is stored dimotherboard. There are two ways to do this.
Jumper. You can change the jumper to get the basic combination of speed and a different multiplier BUS. This method is used for most brands of motherboards. However dapata inconvenient because you have to actually open the case to access the motherboard jumpers and to know what you are doing. So if you're looking for a motherboard that can easily overclock it, search for "jumper free" motherboards can be overclocked.
With the software "jumper" or "jumper free" motherboard, you can change the speed and core voltage of the processor using software that attach the motherboard BIOS. Most overclockers do this option.
WHAT IS OVERCLOCK?
It is a process to speed up the performance of existing hardware on the CPU for faster than the first. Overclock is an old process that has recently ended tendency. Overclocks can cover 30-50%, with some creative covers conditioning, if air can not cool a liquid (water or nitrogen). Overclocki achieved by increasing the frequency at which the processor is multiplied or speeding bus.
With successful overclock, the system will run stable and exactly the same as the frequency is set by the manufacturer, it's just faster. This often requires more cooling than usual and increasing the voltage on the processor increases speed, internal and external, and improve the ability for how equipment is to overclock. If not with overclocked, in general, if too much overclock, its ability to be completely down, as the processor is maximized outside the terms of frequency.
HOW TO OVERCLOCK
Overclock met by adjusting the frequency of the speed of the CPU multiplier and FSB (front side bus) on the motherboard Bios. In general, all processors have the lock multiplier (multiplier), that is the rate at which multiplied by the FSB speed can not be adjusted. Therefore one has to overclock the processor bus speed adjustments first.
FSB speed is an important aspect of Overclock, because it can affect the speed of the motherboard in all operating interface. In general there are three default Front Side Bus, 66MHz, 100MHz, and 133MHz. The slowest of the three that is 66MHz. And the highest 133MHz, has been used by the Pentium II processor slower than 350MHz processor and all set to start with the original Pentium. Now Celeron 100MHz FSB speed, which is one reason why lag behind brother Celeron Pentium III course. Today the FSB speed is 133MHz PIII processor, P4 processor depending on whether you have it, can range from 400MHz to 533MHz and operating at this frequency
Pentium IV processor can be overclocked to 103MHz and 112MHz FSB. Of course, one can mengoverclocknya easily, but most often or not, anything else would be necessary to get a success in the overclock. Voltage adjustment will also be necessary.
Overclock in BIOS menu
Go into the BIOS before entering operating system (os), how to press the power button and press the "DELETE" on the keyboard. After entering BIOS menu to change the frequency search and memory processsor, multipillier processor and memory timing, voltage processor and memory, or sentences menu containing frequency - voltage - multiplier - timing. If still hidden search tab contains the word about System Clock for setting overclcok (since every BIOS is different motherboards mention), if Asus AI in tab Twecker, MSI on your tab menu
Processor Overclocking
Change or increase the frequency of 5MHz processor or FSB Processor / 10 Mhz of default values and then save and exit, get into windows and check with CPUZ. On the CPU tab row column Processor Specification visible brand and model of the processor and the default speed behind the @ sign, being dikolom Clocks (Core # 0) Core Speed is row after overclocked processor speed Ascension Just compare how Mhz, that's the result overclocknya. On line Multipillier seen Xxx.x is multipiller default.
Try raising the next step multipiller 1 then save and exit, get into windows and check with CPUZ. On the CPU tab in column Clocks (Core # 0) Core Speed row will increase again due to the increase in value multipillier, also in line Multipillier 1X of a default grew. Fail fail to see when in Bios / Windows
Overclocking Memory
Same way as the overclocked processor, increase the frequency or value fsbnya about 5/10 Mhz. The second way to restrict or timing that is by lowering the value of its CL, to tighten the memory timings in the bios search tab or MEMORY DRAM Configuration (tab got word about it) change to manual or in entar alone. then headed to the Memory Timing to manual change, reduce the default value of CAS Latency (CL) 1 step - as well tRCD - tRP and tRAS 2 other measures should not be changed. The default value of these memory timings written on the box and in the format plug memorynya CL: X X space space space X XX X first, which means the value of CL - the second X value tRCD - tRP value of the third X - XX in space to four tRAS value.
For example DDR2 PC8500 CL 5 5 5 15 then:
The default value is 5 CL
The default value is 5 tRCD
TRP default value is 5
TRAS default value is 15
For while doing one of them, trying to do the first way first save and exit, get into windows and check with CPUZ. CPUZ Memory tab in the column on line Timings DRAM Frequency read half of the frequency set in bios earlier (see Calculation of Memory). On the next line value CL - tRCD - tRP - tRAS is the default because it has not done the second way, then can be done both ways. but when it fails to see Failed Login Bios / Windows
Calculation Memory
Memory used now kind of DDR SDRAM (Dual Data Rate SDRAM), then run a minimum of 2 times fsbnya processor. Memory frequency ratio calculated from the numbers behind the letters PC divided by 8 then goes on with a stated frequency Mhz. Examples DDR2 PC6400 / 8 = 800 means running at 800Mhz frequency, DDR3 PC16000 / 8 = 2000 means running at 2000MHz frequencies.
Multipiller multiplication being Devider FSB for the processor to RAM
RAM frequency = FSB processors multiplied by devider or
Devider = frequency RAM / FSB Mhz processor with a unit value
Examples of memory running 800MHz and 200MHz FSB processor running the devidernya 800/200 is 4
Versus FSB RAM
FSB processor (memory frequency / 2)
Examples of memory running 800MHz and 200MHz FSB processor running the
200: (800/2)
200: 400
2: 4
1: 2
Login failed Bios / Windows
But if they can not enter the BIOS or motherboard no speaker sound weird means these settings can not be run by the motherboard, plug dislodged pln did clear CMOS. Enter BIOS but can get into windows display so blue with the words "Windows memory dump" means the processor or the memory needs to be increased voltage
OVERCLOCKING STEPS (AMD X1 AND X2)
Step 1: On a motherboard there are different legs straight away set about 1 inch apart, and about 4 horizontal lines are spaced 2 inches apart. This is to test you grill optimal embodiment. Label the table from left to right, FSB or front side bus, crashed, Voltage.
For some reason a larger cache, such as 512K 1.8a Pentium 4 400MHz FBS overclocknya be more successful than 1.8 256k 400MHz FSB Pentium 4. So if you have not bought your processor, "a" higher 512K 400MHz FSB processor should be in your list. If you're building a system from scratch, using EPOX or ASUS brand, everything is very versatile for overclocking.
Step 2: Turn on your system and press "DEL" which will take you to the system BIOS. In the BIOS you use the arrow keys left / right to change the category, and up / down to see the options ... this could do about a few minutes, familiarize yourself.
On the screen you can set the frequency of the frequency manually, the FBS unlocked multiplier which is generally at the peak away from the screen. Frequency adjustment in general also has a reading speed up to hundreds or thousands. Example, 1.8, will read 1800, and 2.0 will read 2000. Some manufacturers have set the first start up automatically overclock the system, one of which is ASUS. We recommend this, but you have to know how to install the motherboard CMOS first, generally by the jumper. If you buy a new motherboard, which is equipped with semantics, or search for the model with menetiknya in any search engine to look for more information.
Step 3: Use the table records that are written on the next available block number of frequency levels. So if the frequency of the first level is 133, if you are using a Pentium 4, then the next frequency level of 134, then 135, and so on. Since each frequency upgrade was successful with restart your computer and see if the startup that you upgrade was recorded or not. If yes, then follow the same instructions to raise the level again. If not then raise voltage processor that is in your system BIOS. Start again and see if he recorded it or not. Ideally you should not raise voltage processor is more than 2 times, if you do then you have to put more coolant like liquid filling. Once you've raised it to crash frequency and voltage of not more than 2 times and then set the previous frequency and voltage raise another .05 to add stability. Start back and run the application as before to monitor processor temperature, run the app for a few hours until he was adapting. If temperatures rise more than 20% then enter the BIOS and lower the frequency and voltage. Repeat the process until the temperature of your processor av 20%.
SETTING THE RECOMMENDED
There is no best settings for each system, however we will try to give you some basic instructions for each successful overclock. If your motherboard does not support the speeding bus than 133, you can still try the rest, get the calculations and figure out the combination that you might remember her multiplier (multiplier) x FSB = Internal CPU speed.
As a reference:
PCI Bus = 33MHz
AGP Bus = 66Mhz
FSB x Multiplier = CPU Internal Frequency kecepata
Dividers FSB x = Kecepata PCI or AGP Bus
HAZARD
In order to overclock your system to be successful, you need to understand the most important issues involve-Cooling.
Cooling is the most important factor in the success of overclock, run stable and keep your CPU nice shape. If you menoverclock CPU temperature is higher than its specs, it may shorten its life. Another effect that can overheat and cause the destruction of an unstable system. Typically, today's processors are designed to work between 85 and 200 degrees Fahrenheit, and anything outside of the scope of the temperature will result in a less stable system and possible damage the CPU. Always remember, the cooler the better, try to cool your CPU as much as possible
Note: Do not put the panel back to your PC until you have finished testing the stability of your system.
GOOD LUCK!!!!
source
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