It’s very easy to increase the Vcore of AOpen AK73 Pro (A) by soldering just one resistor to the right point to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! Before you … Continue reading AOpen AK73 Pro (A) VCORE MOD
It’s very easy to increase the Vcore of the ASRock K7VT2 and the ASRock K7S8X mainboards by soldering just one resistor to the right point to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty becomes void if you solder anything on your mainboard ! Therefore I recommend a good grounding and a soldering station with … Continue reading ASRock K7VT2 and ASRock K7S8X VCORE MOD
It’s very easy to increase the Vcore of ASUS A7V and A7V-133 by soldering just one resistor to the right points to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! Before you … Continue reading ASUS A7V and A7V-133 VCORE MOD
Change cache divisor of Athlon 500, 550, 600, 650, 700, 750:
Calculate the maximum rate for the cache/memory: You can easy estimate the maximum cache speed with these few steps. Look at your cache part and you’ll see some numbers on it like 12345-33 The last two numers will mean that you’ve 3,3ns cache. If there’s a 3-digit number at the end you don’t need to calculate something because it’s already the cache rate in MHz. Calculate the following formula to get the allowed ! values: 1 : 3,3ns * 1000 … Continue reading Calculate the maximum rate for the cache/memory
How to change Celerons FSB > 66MHz: If it’s not possible to change the FSB of your Celeron to higher frequencies than 66MHz you have to cover up pin B21 with a adhesive tape or nail varnish. Nail varnish have the advantage, because you can easily fit it over the hole pin and use nail varnish remover if you want to undo this. But that’s your choice… It’s easy to locate this pin – over these pins are some small … Continue reading Celeron FSB change
Change the Intel Pentium II/III multiplier: I think you’re waiting for the solution how to unlock the fixed multiplier. It is not impossible to change the multiplier but it’s really hard work, because the main problem is to insert a curcuit between RESET#, IGNNE#, A20M#, LINT0 and LINT1 without jamming the signals. It seems to be impossible but you may have a look how remarkers do it. See here for more information. The links i made to some great articles … Continue reading Change Intel Pentium II/III multiplier
Of course, the Vcore of the ENMIC 8KAX+ and the EPOX EP-8K7A mainboard can be increased about +0,4 Volt by the JP 2 Jumpers, but it’s never enough for hardcore overclocker 😉 But the more important option which is missing complete, is the increasement of VIO and VAGP. The VAGP is very useful for any higher graphiccard overclocking and the VIO helps you to reach better FSB overclocking results. Of course it’s necessary to be very careful if you’re soldering … Continue reading ENMIC 8KAX+ & EPOX EP-8K7A VIO & VCORE MOD
It’s easy to increase the Vcore of Epox 8KTA3 by soldering just one resistor to the right point to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! Before you begin to modify … Continue reading EPOX 8KTA3 VCORE MOD
General problems when change the FSB: With 🙁 or without fixed multiplier 🙂 overclocking is still possible !!! The most recent problem with fixed multiplier is that you have to change the Front Side Bus frequency. But changing the FSB will result in higher pci, AGP and HDD-Controller frequency !!! I realised the higher controller frequency painful last week on my Asus P3B: My CPU run fine at 124 x 4,5 = 558 MHz, ASUS has two choices to set … Continue reading Intel FSB overclock
It’s easy to increase the Vcore of the ENMIC 8TCX+, ENMIC 8TCX2+ and the EPOX 8KHA mainboards by soldering just one resistor to the right point to allow your CPU much higher frequency with the plus of Vcore. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding … Continue reading ENMIC 8TCX+ und EPOX 8KHA VCORE MOD
Highest overclocking results with Athlon: At this time the Athlon is the best overclockable CPU. But why is it possible to overclock this CPU so easy ? 99% of the Athlon core is much higher than labeled outside, my two first Athlon 500 have 650 cores inside. If you compare the price of the Athlon 500 and 650 Athlon it’s unbelievable what AMD put inside their CPUs. We don’t know the exact reason why AMD gives their customers this joy. … Continue reading Highest overclocking results with AMD Athlon
It’s also very easy to increase the Vcore of MSI K7T Turbo by soldering just one resistor to the right point to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! Before you … Continue reading MSI K7T Turbo VCORE MOD
It’s very easy to increase the Vcore of MSI K7T Pro and K7T Pro2-A by desoldering or ! soldering one resistor to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! Before you … Continue reading MSI K7T Pro / Pro 2-A VCORE MOD
It’s very easy to increase the Vcore of EPOX 8KTA3+ and NMC (ENMIC) 8TTX+ by soldering just one resistor to the right point to allow your CPU much higher frequency. Of course it’s necessary to be very careful if you’re soldering something on your mainboard in order not to kill your board. And of course your warranty void if you solder anything on your mainboard ! Therefore i recommend a good grounding and a soldering station with seperate grounding ! … Continue reading EPOX 8KTA3+ and NMC (ENMIC) 8TTX+ VCORE MOD