Reply to thread

Message

<blockquote data-quote="kiwijunglist" data-source="post: 526884" data-attributes="member: 76888">You should probably start a seperate thread, as this is offtopic[collapse]FSB = Front Side Bus, I think host core frequncy might be the same, especially since it starts @ 200MhzGrab CPUz - <a href="http://www.cpuid.com/cpuz.php" target="_blank">CPUID</a>Sometimes you can overclock with out increasing voltageGentle overclock is usually fine without overvoltingAs you overclock more the component sometimes needs more juice (voltage)If there is not enough voltage you will get errors/crashes/bios won't post/computer wont startNot enough voltage wont fry your components, but too much voltage will =)You can probably increase the FSB by 10-20% (with corresponding decrease in CPU multiplier) before you need to up the voltage.&nbsp; Increasing the FSB by 10-20% is unlikely to damage your computer as long as everything stays cool (warning the northbridge can get pretty hot)[/collapse]</blockquote>

[QUOTE="kiwijunglist, post: 526884, member: 76888"] You should probably start a seperate thread, as this is offtopic [collapse] FSB = Front Side Bus, I think host core frequncy might be the same, especially since it starts @ 200Mhz Grab CPUz - [url=http://www.cpuid.com/cpuz.php]CPUID[/url] Sometimes you can overclock with out increasing voltage Gentle overclock is usually fine without overvolting As you overclock more the component sometimes needs more juice (voltage) If there is not enough voltage you will get errors/crashes/bios won't post/computer wont start Not enough voltage wont fry your components, but too much voltage will =) You can probably increase the FSB by 10-20% (with corresponding decrease in CPU multiplier) before you need to up the voltage. Increasing the FSB by 10-20% is unlikely to damage your computer as long as everything stays cool (warning the northbridge can get pretty hot) [/collapse] [/QUOTE]

Verification