| 24/05/00:
                          As many of you are aware, both the Abit KA7 and Asus
                          K7V motherboards are currently able to have their
                          BIOSs patched to give different cache dividers on the
                          Athlon at post......if anyone is using the patched KA7
                          BIOS could you mail over a link to us as we have had
                          alot of requests for this file and we can't find it
                          anywhere :) ,thanks. Apparently a
                          overclocker in Santa Cruz has caused a space-time
                          continuum rift by pushing his Cumine to far LOL. Check
                          it out here.
                          Thanks to Pika for the URL. There
                          is now a DOS cache adjusting program available. We
                          have not tested it out yet but it looks like it could
                          help all of those people who either can't quite boot
                          into Windows or do not own a KA7 or K7V board. The
                          files can be found here.
                          Thanks to Trevor Biggs for the info. Maz
                          from our Spanish reseller Ngasis
                          has mailed us to say they have a FreeSpeed powered
                          Athlon 700 running at 1Ghz. Check out how they did it here.
                          (article in Spanish) We now
                          have another Athlon 750 on the way from Austrailia
                          that has a 950 core. We will post more details as soon
                          as we can confirm this. Fluke   Frostytech
                          has written a article about lapping Athlon CPUs.
                          Here's a clip: When we got our Athlon
                          550Mhz, the first thing we did was to rip off the
                          heatsink and take a look under the hood. Right off the
                          bat we noticed a few checks against good processor-to-heatsink
                          thermal transfer. Not good. Ultimately four points
                          for improvement became obvious as we looked closer.  
                            Unflat processor
                              heatspreader plate
                            Surplus amount of thermal
                              goo
                            Raised heatsink
                              edges interfere with proper contact
                            Stepped heatsink
                              design limits useful surface area for heat
                              transfer You
                          can find the whole article here.
                          Thomas     Matthew
                          Witheiler over at Anandtech 
                          has posted a 'howto' overclock your Geforce2 GTS card,
                          very interesting reading. Here is a clip:   It
                          is a common syndrome for computer users to always
                          crave more. No matter what comes out or how powerful
                          it is, one of the first things that many people do is
                          push the item to its limits in any way possible. You
                          may be satisfied with a new CPU for a few weeks or
                          even a month, but before too long the huge speed
                          initially associated with a new component has all but
                          disappeared. No longer do you focus on how long it
                          took your old computer to load Microsoft Word in
                          comparison to your new one, but rather you notice the
                          amount of time that the upgraded system takes to load
                          the same program. The only way to revive that upgraded
                          feeling, short of upgrading again, is to squeeze every
                          bit of power possible out of the existing system. In
                          addition, there are also a growing number of people
                          who simply want the fastest from the start. Rather
                          than wait for the new component wonder to ware off,
                          these users tweak the component to the highest degree
                          from the start, ensuring that their system is the
                          fastest possible. In the vast majority of cases, both
                          types of users employ the same method to achieve the
                          high speed goal: overclocking.   You
                          can find the whole article here.
                          Thomas
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