<a href='http://www.mediafire.com/?2oy0qq5o2crp6'>http://www.mediafire.com/?2oy0qq5o2crp6</a>
FOR ALL THOSE WHO LOVE THE WIDGETS :
DOWNLOAD IT !!!
FOR ALL THOSE WHO LOVE THE WIDGETS :
DOWNLOAD IT !!!
Monday, 19 September 2011
nod32 antivirus unlimited updates
download the file from here :
http://www.mediafire.com/solids
and do reply in my facebook organization COMPUTER
http://www.mediafire.com/solids
and do reply in my facebook organization COMPUTER
for all samsung 525 users who dunno how to change their background here is a mode
Background Guide Change
Many of blog readers ask me HOW TO SET BLACK BG-COLOR. So, if You want to use black background themes, You should follow a few simple steps to change default Samsung Wave settings...
cheers !
Sunday, 18 September 2011
HOW TO DO PORT FORWARDING
techspec@groups.facebook.com
HOW TO A DMZ FOR ANY BSNL :
FIRST,WHAT IS (DMZ)?
DMZ-DEMILITARIZED ZONE
THIS ZONE IS THE TYPE OF ZONE WHERE YOU CAN MAKE YOUR DOWNLOADS FASTER DUE TO PORT FORWARDING THRU NAT.
OK NOW FOLLOW THE STEPS TO HAVE IT DONE :
1: FIRST GO TO START> CONTROL PANEL >THERE CLICK ON NETWORK AND SHARING>AGIN CLICK ON NETWORK AND SHARING CENTER>
U HAVE TO GET AN IMAGE TIS WAY :
2:FROM THE IMAGE ,FOLLOWED CLICK ON LOCAL AREA NETWORK
A DIALOGUE BOX APPEARS CLICK ON PROPERTIES
AFTER THAT A DIALOGUE BOX APPEARS SAYING ABOUT CONNECTIONS USED :
THERE CLICK ON INTERNET PROTOCOL VERSION 4 (TCP/IP)
THEN IN DIALOGUE BOX FILL THE FOLLOWING NUMBERS AS SHOWN BELOW :
HERE GIVE IP ADDRESS AS 192.168.XX
XX=ANY NO ABOVE 100
3: NOW GO TO ADDRESS BAR ON ANY EXPLORER AND TYPE
192.168.1.1
THEN U HAVE TO GET A DIALOGUE BOX
HERE GIVE THE USER NAME AND PASSWORD AS admin .
4. NOW ULL BE IN THE SITE OF BSNL DATA ONE
THER GOTO >ADVANCED SETUP>NAT>DMZ HOST >THERE IN THAT BAR TYPE THE IP ADDRESS THAT U HAVE ALREADY MENTION IN STEP 2
THATS IT WAIT FOR A MIN UR DMZ IS DONE !!!
HAPPY CRACKING!!!!!
HOW TO A DMZ FOR ANY BSNL :
FIRST,WHAT IS (DMZ)?
DMZ-DEMILITARIZED ZONE
THIS ZONE IS THE TYPE OF ZONE WHERE YOU CAN MAKE YOUR DOWNLOADS FASTER DUE TO PORT FORWARDING THRU NAT.
OK NOW FOLLOW THE STEPS TO HAVE IT DONE :
1: FIRST GO TO START> CONTROL PANEL >THERE CLICK ON NETWORK AND SHARING>AGIN CLICK ON NETWORK AND SHARING CENTER>
U HAVE TO GET AN IMAGE TIS WAY :
A DIALOGUE BOX APPEARS CLICK ON PROPERTIES
AFTER THAT A DIALOGUE BOX APPEARS SAYING ABOUT CONNECTIONS USED :
THERE CLICK ON INTERNET PROTOCOL VERSION 4 (TCP/IP)
THEN IN DIALOGUE BOX FILL THE FOLLOWING NUMBERS AS SHOWN BELOW :
XX=ANY NO ABOVE 100
3: NOW GO TO ADDRESS BAR ON ANY EXPLORER AND TYPE
192.168.1.1
THEN U HAVE TO GET A DIALOGUE BOX
4. NOW ULL BE IN THE SITE OF BSNL DATA ONE
THER GOTO >ADVANCED SETUP>NAT>DMZ HOST >THERE IN THAT BAR TYPE THE IP ADDRESS THAT U HAVE ALREADY MENTION IN STEP 2
THATS IT WAIT FOR A MIN UR DMZ IS DONE !!!
HAPPY CRACKING!!!!!
how do you overclock your PC
How To Overclock Using Advanced Chipset Features
Overclockers are PC enthusiasts who attempt to increase their system's performance by raising bus speeds and increasing their CPU speed beyond the figure at which it was sold and designed to run. They also quite frequently need to raise the voltage of these devices, since they are pushing them harder, which also generates more heat.
Overclocking no longer makes the performance difference it used to. It will also void your CPU warranty, could cause complete system failure requiring component replacement, and can cause random system instability. For that reason, many of the frequency and voltage settings offered in this part of the BIOS should be left alone or set to AUTO. But if you do want to adjust them, click on the ADVANCED tab on the BIOS screen.
CPU External Freq. (MHz) : Be sure to set this in accordance with the specifications of your processor.
CPU Frequency Multiple Setting : AUTO.
CPU Frequency Multiple : Be sure to set this in accordance with the specifications of your processor.
Asus should have called this the CPU Multiplier. To understand what this means, realize that the CPU processes data at a different speed than the rest of your system. In this example, an AMD Athlon 2600 CPU is used, which runs at 2.133 GHz. It talks to the motherboard at 133.33 MHz, which is referred to as the Front Side Bus (FSB) speed. Therefore, 133.33 MHz (generally referred to as 133 MHz) is the FSB speed, while the CPU processes data at a multiple of 16 x 133.33 for a total of 2,133, or 2.133 GHz. So the multiplier is 16.
Through testing, AMD has determined - as have many independent magazines - that their 2.133 GHz CPU runs as fast as (or faster than) an Intel CPU rated at 2.6 GHz. Knowing that most consumers shop looking for large numbers to equate to performance, AMD had to come up with a way to convince consumers that even though their clock speed number was smaller, the processor's performance was the same or better than an Intel system with larger numbers. This explains why an AMD Athlon 2600 (as used in this example) actually runs at 2.1333 GHz and not the implied 2.6 GHz.
System Performance : Optimal.
CPU Interface : Optimal.
Memory Frequency : By SPD. Most memory-chip manufacturers include a Serial Presence Detect (SPD) chip, which reports to the computer's BIOS the size, data width, speed, and voltage of the installed memory. These settings are determined by the manufacturer to ensure maximum performance and reliability, so "By SPD" is considered a safe, recommended setting. By adjusting these settings yourself, you may be able to squeeze more performance out of your system, but if you're not careful, you might cause your system to constantly crash, not boot properly, or not boot at all.
Overclocking no longer makes the performance difference it used to. It will also void your CPU warranty, could cause complete system failure requiring component replacement, and can cause random system instability. For that reason, many of the frequency and voltage settings offered in this part of the BIOS should be left alone or set to AUTO. But if you do want to adjust them, click on the ADVANCED tab on the BIOS screen.
CPU External Freq. (MHz) : Be sure to set this in accordance with the specifications of your processor.
CPU Frequency Multiple Setting : AUTO.
CPU Frequency Multiple : Be sure to set this in accordance with the specifications of your processor.
Asus should have called this the CPU Multiplier. To understand what this means, realize that the CPU processes data at a different speed than the rest of your system. In this example, an AMD Athlon 2600 CPU is used, which runs at 2.133 GHz. It talks to the motherboard at 133.33 MHz, which is referred to as the Front Side Bus (FSB) speed. Therefore, 133.33 MHz (generally referred to as 133 MHz) is the FSB speed, while the CPU processes data at a multiple of 16 x 133.33 for a total of 2,133, or 2.133 GHz. So the multiplier is 16.
Through testing, AMD has determined - as have many independent magazines - that their 2.133 GHz CPU runs as fast as (or faster than) an Intel CPU rated at 2.6 GHz. Knowing that most consumers shop looking for large numbers to equate to performance, AMD had to come up with a way to convince consumers that even though their clock speed number was smaller, the processor's performance was the same or better than an Intel system with larger numbers. This explains why an AMD Athlon 2600 (as used in this example) actually runs at 2.1333 GHz and not the implied 2.6 GHz.
System Performance : Optimal.
CPU Interface : Optimal.
Memory Frequency : By SPD. Most memory-chip manufacturers include a Serial Presence Detect (SPD) chip, which reports to the computer's BIOS the size, data width, speed, and voltage of the installed memory. These settings are determined by the manufacturer to ensure maximum performance and reliability, so "By SPD" is considered a safe, recommended setting. By adjusting these settings yourself, you may be able to squeeze more performance out of your system, but if you're not careful, you might cause your system to constantly crash, not boot properly, or not boot at all.
Memory Timings : Optimal.
FSB Spread Spectrum : Disabled. This feature helps systems pass European electromagnetic interference (EMI) tests. It accomplishes this by constantly varying, ever so slightly, the frequency of the Front Side Bus (FSB). Be warned that enabling this feature with large values can result in Internet connection disruption, as well as stability problems if you overclock your system.
AGP Spread Spectrum : Disabled. The description above applies here as well, except that this is for modulating the frequency of the Advanced Graphics Port (AGP) interface.
CPU VCore Setting : AUTO.
CPU VCore : Be sure to set this in accordance with the core voltage requirements of your processor.
There are so many processors out there that I don't know if one example would be better than none. Instead, here is a partial chart, showing the name of the CPU, its actual operating speed, its core voltage requirement, and how hot it can get before failing.
Graphics Aperture Size : 64 MB or 128 MB. This feature controls the size of the Graphics Address Relocation Table (GART) and the amount of memory address space used for AGP memory addresses. Regardless of how much on-board memory a system's video card has, a setting of 64 MB or 128 MB is recommended. This will allow the video card to remain optimized in the event that an application requires more memory for texture storage, while simultaneously limiting the GART to a reasonable size.
AGP Frequency : AUTO.
System BIOS Cacheable : Disabled. You might be under the impression that all cache is good, but that's not true. This feature can cause problems such as system crashes if a program tries to write to the BIOS area being cached. This is a great feature to enable if you're still using DOS.
Video RAM Cacheable : Disabled. This option allows the Video RAM to be copied directly to your L2 cache, which is considerably faster to access than ROM. However, Windows is so much more advanced than DOS, Windows rarely ever uses this ROM. Because the L2 cache is quite limited in size, it is recommended you let Windows use the L2 cache for enhancing the efficiency of other tasks.
DDR Reference Voltage : 2.6V. This setting controls the voltage of the Double-Data Rate (DDR) memory in your system.
AGP VDDQ Voltage : 1.5V. VDDQ is an engineering term meaning Voltage between Drain and common for Data Quad-band. In English, this refers to how much voltage should be supplied to the video card.
AGP 8X Support : Enable this if the system's video card supports 8X AGP speeds. You must install the VIA 4-in-1 drivers to take advantage of this feature on VIA-based motherboards.
AGP Fast Write Capability : Enabled is recommended. This feature, when enabled, allows the AGP device to bypass main memory when performing write transactions from the chipset to the AGP device, increasing performance by as much as 10 percent. However, some games and PCI cards may experience problems with this setting enabled. It is recommended that you experiment with this setting to determine what works best for your PC.
FSB Spread Spectrum : Disabled. This feature helps systems pass European electromagnetic interference (EMI) tests. It accomplishes this by constantly varying, ever so slightly, the frequency of the Front Side Bus (FSB). Be warned that enabling this feature with large values can result in Internet connection disruption, as well as stability problems if you overclock your system.
AGP Spread Spectrum : Disabled. The description above applies here as well, except that this is for modulating the frequency of the Advanced Graphics Port (AGP) interface.
CPU VCore Setting : AUTO.
CPU VCore : Be sure to set this in accordance with the core voltage requirements of your processor.
There are so many processors out there that I don't know if one example would be better than none. Instead, here is a partial chart, showing the name of the CPU, its actual operating speed, its core voltage requirement, and how hot it can get before failing.
| Athlon Processor | Speed (GHz) | Core Voltage (V) | Max. Temp. (°C) |
|---|---|---|---|
| XP 1700 | 1.467 | 1.50 | 90 |
| XP 1900 | 1.60 | 1.50 | 90 |
| XP 2000 | 1.667 | 1.60 | 90 |
| XP 2100 | 1.733 | 1.60 | 90 |
| XP 2200 | 1.80 | 1.60 | 90 |
| XP 2400 | 2.0 | 1.60 | 85 |
| XP 2600 | 2.133 | 1.65 | 85 |
| XP 2700 | 2.171 | 1.65 | 85 |
| XP 2800 | 2.250 | 1.65 | 85 |
AGP Frequency : AUTO.
System BIOS Cacheable : Disabled. You might be under the impression that all cache is good, but that's not true. This feature can cause problems such as system crashes if a program tries to write to the BIOS area being cached. This is a great feature to enable if you're still using DOS.
Video RAM Cacheable : Disabled. This option allows the Video RAM to be copied directly to your L2 cache, which is considerably faster to access than ROM. However, Windows is so much more advanced than DOS, Windows rarely ever uses this ROM. Because the L2 cache is quite limited in size, it is recommended you let Windows use the L2 cache for enhancing the efficiency of other tasks.
DDR Reference Voltage : 2.6V. This setting controls the voltage of the Double-Data Rate (DDR) memory in your system.
AGP VDDQ Voltage : 1.5V. VDDQ is an engineering term meaning Voltage between Drain and common for Data Quad-band. In English, this refers to how much voltage should be supplied to the video card.
AGP 8X Support : Enable this if the system's video card supports 8X AGP speeds. You must install the VIA 4-in-1 drivers to take advantage of this feature on VIA-based motherboards.
AGP Fast Write Capability : Enabled is recommended. This feature, when enabled, allows the AGP device to bypass main memory when performing write transactions from the chipset to the AGP device, increasing performance by as much as 10 percent. However, some games and PCI cards may experience problems with this setting enabled. It is recommended that you experiment with this setting to determine what works best for your PC.
FOR MORE INFO VISIT :http://www.tomshardware.com/reviews/bios-beginners,1126-5.html
XP A KILLER
Make Windows XP Shutdown Faster
This tweak reduces the time XP waits before automatically closing any running programs when you shutdown your machine.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok, then
Find ‘HKEY_CURRENT_USER\Control Panel\Desktop\’
Select ‘WaitToKillAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now select ‘HungAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now find ‘HKEY_USERS\.DEFAULT\Control Panel\Desktop’
Select ‘WaitToKillAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now find ‘HKEY_LOCAL_MACHINE\System\Cur rentControlSet\Control\’
Select ‘WaitToKillServiceTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Next make sure your system is not clearing the page file at shutdown. If your system is clearing the page file at shutdown your system will take a long time to shutdown.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Contro l\Session Manager\Memory Management
4. If there is a key called "ClearPageFileAtShutdown" make sure the key is set to 0 and not 1
Make Sure Hard-Drives Are Using DMA Mode
XP enables DMA for Hard-Drives and CD-Roms by default on most ATA or ATAPI (IDE) devices. However, sometimes computers switch to PIO mode which is slower for data transfer – a typical reason is because of a virus. To ensure that your machine is using DMA:
1. Open ‘Device Manager’
2. Double-click ‘IDE ATA/ATAPI Controllers’
3. Right-click ‘Primary Channel’ and select ‘Properties’ and then ‘Advanced Settings’
4. In the ‘Current Transfer Mode’ drop-down box, select ‘DMA if Available’ if the current setting is ‘PIO Only’
Memory Performance Tweaks
If you have 512 megs or more of memory, you can increase system performance by having the core system kept in memory.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlS ession ManagerMemory"
4. On the key ManagementDisablePagingExecutive set the value to 1
Increasing File System Caching To increase the amount of memory Windows will locked for I/O operations:
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlSe ssion ManagerMemory Management
4. Increase the value for the key IoPageLockLimit
GUYS U HAVE ANY MORE PLEASE HELP EM WITH ME
This tweak reduces the time XP waits before automatically closing any running programs when you shutdown your machine.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok, then
Find ‘HKEY_CURRENT_USER\Control Panel\Desktop\’
Select ‘WaitToKillAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now select ‘HungAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now find ‘HKEY_USERS\.DEFAULT\Control Panel\Desktop’
Select ‘WaitToKillAppTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Now find ‘HKEY_LOCAL_MACHINE\System\Cur rentControlSet\Control\’
Select ‘WaitToKillServiceTimeout’
Right click and select ‘Modify’
Change the value to ’1000′
Click ‘OK’
Next make sure your system is not clearing the page file at shutdown. If your system is clearing the page file at shutdown your system will take a long time to shutdown.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Contro l\Session Manager\Memory Management
4. If there is a key called "ClearPageFileAtShutdown" make sure the key is set to 0 and not 1
Make Sure Hard-Drives Are Using DMA Mode
XP enables DMA for Hard-Drives and CD-Roms by default on most ATA or ATAPI (IDE) devices. However, sometimes computers switch to PIO mode which is slower for data transfer – a typical reason is because of a virus. To ensure that your machine is using DMA:
1. Open ‘Device Manager’
2. Double-click ‘IDE ATA/ATAPI Controllers’
3. Right-click ‘Primary Channel’ and select ‘Properties’ and then ‘Advanced Settings’
4. In the ‘Current Transfer Mode’ drop-down box, select ‘DMA if Available’ if the current setting is ‘PIO Only’
Memory Performance Tweaks
If you have 512 megs or more of memory, you can increase system performance by having the core system kept in memory.
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlS ession ManagerMemory"
4. On the key ManagementDisablePagingExecutive set the value to 1
Increasing File System Caching To increase the amount of memory Windows will locked for I/O operations:
1. Go to Start then select Run
2. Type ‘Regedit’ and click ok
3. Browse to HKEY_LOCAL_MACHINESYSTEMCurrentControlSetControlSe ssion ManagerMemory Management
4. Increase the value for the key IoPageLockLimit
GUYS U HAVE ANY MORE PLEASE HELP EM WITH ME
unboxing inside of the computer .
Some people love to take things apart to see how they work. But just because you can take a gadget apart doesn't mean you can put it back together again. Even a successful rebuild doesn't guarantee the device will still work. It's best to leave some deconstruction projects to the professionals. When the device in question is a computer, this warning is particularly important.
Computers can be complicated, delicate and even dangerous. But that doesn't stop us from wanting to know what's actually inside one. That's why we here at HowStuffWorks have taken it upon ourselves to dismantle a perfectly innocent computer in the name of science. We chose an IBM laptop computer, which not only has all the standard components you'd find in most computers, but also arranges them together into a very compact configuration.
Keep in mind that while desktop computers are larger than laptops, the actual components inside the computers are pretty much the same. The parts might look a bit different -- there's no need to pack them in so tightly -- but they fulfill the same functions as the parts in a laptop computer. One other big difference is that many desktop computers allow users to swap out cards and components through computer card slots while many laptop computers have integrated cards that users can't swap out.
We've divided up the components into two main categories: the brains and the guts. The brains of the computer include all the elements that allow the computer to process data. The guts include all the other elements that make computers useful, but aren't directly involved in computing information.
We'll begin with a little laptop neurosurgery. Join us in the next section as we take a closer look at the brains of a computer.
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