Some see norms as a need, while others see them as a challenge. You read this article on hackday, so you know the whereabouts of [necroware]. In the rest of the following video, you will see how he took a common motherboard in the mid and late 1990s and took it far beyond its specification table.
Pull up resistor for faster clock multiplier
[necroware] all soldering iron advertisements think what people do with soldering irons
Necroware has begun to replace the real-time clock with its own products and is looking for other opportunities to make ASUS P / i-p55tp4xeg more capable than ASUS. And he succeeded. Realizing that the motherboard has the ability to own an external voltage regulator board, [necroware] has manufactured such a board. The socket 7 board can provide more than one voltage to the CPU – which is the reason to prevent him from upgrading from Pentium 133 to Pentium MMX 200.
Although the upgrade was partially successful, an in-depth study of the socket 7 and super socket 7 documents helped him realize the need for a pull-up resistor on the strategic clock pin. Then, [necroware] ran at full speed and inserted the author’s favorite single core CPU (amdk6-2450), a CPU far beyond the original functions of the motherboard, into the slot.
This does show, of course, that all this is about Pentium. Thank [baldpower] for doing the necessary work for us and adding this great strategy to the prompt line!
