19 September 2009 username and password of nod32

UserName:EAV-21428027
Password:fbube3t546

Username:EAV-18102837
Password:f3thj4hcje

Username:EAV-21673374
Password::rmceufu64m

15 September 2009 username and password of nod32

UserName:EAV-21141770
Password:u8jst8evdn

UserName:EAV-21141788
Password:ubdke4vbj5

UserName:EAV-21114882
Password:s6rttmstuu

Video Card

Two different parts of a video card may be overclocked, the GPU (Graphics Processing Unit)and the RAM. In addition, disabled pipelines on a video card may also be enabled throughthird-party drivers, third-party software, or direct hardware modifications depending on yourvideo card type. Overclocking a video card is usually done through third-party or proprietarysoftware.Recent ATI proprietary Catalyst drivers feature an interface called Overdrive that allows fordynamic GPU frequency scaling based on its temperature and load. Increase the load, the clockrate increases for performance, but it's balanced against the increasing temperature.

Getting the few extra MHz out of a chip Cooling

When increasing the speed of any computer components you are making the components workharder and by doing so they output more heat. Heat can cause system instability so cooling isnecessary to help keep your components stable at higher speeds. Without good cooling youcould harm or shorten the life of your system. CPU temperature can usually be checked fromwithin the BIOS. However, thelse are inaccurate as your CPU is under almost no load in thebios. SiSoftware Sandra may be used within Windows to check temperature.

Power

Chips at higher speeds may need more power. Raising the vcore voltage on a CPU mightenable it to go at slightly faster speeds but by doing so you add a lot more heat output from theCPU. The vcore of a processor is the voltage at which a chip is set to run at with the stockspeed. This voltage may need to be changed when the multiplier is raised because otherwise thetransistors in the chip wouldn't switch fast enough - transistors switch faster, the higher thesupply voltage.

Silencing

In contrast to overclocking, you may prefer to silence your computer. Some high-performancePCs are very loud indeed, and it is possible to reduce the noise dramatically. Note that quietercomputers sometimes run slightly hotter, so you need to monitor carefully what you do.

Fans

The noisiest part is usually the CPU fan: the Intel-supplied fan-heatsinks are particuarly loud,although they do provide good cooling. Some BIOSs allow you to slow the CPU fan downautomatically when it is not too hot - if this option is available, turn it on. Also, you can get 3rdparty coolers, which are designed to be less noisy: for example, those made by Zalman.

Hard disk

A 'resting' hard disk is generally quite quiet compared with any fan, but increases dramaticallywhen it starts 'churning', as when you open or save a file or perform a virus scan. A goodsolution is to mount it on rubber mounts. But do ensure good cooling of the hard drive: runninga hard drive moderately hot can reduce its lifespan to under a year! Some mounts are designedto provide both extra cooling and silencing, such as the heat-pipe coolers. Spinning the HDDdown when not in use will also reduce noise, but it can reduce the life of the drive by increasingthe number of landings and take-offs performed by the read/white heads.