Phil April 30, 2014, 8:28:40 PM GMT Yes Giorgio. It is the easy way to bypass protections. After applying more than 1.4 vgpu vmem and pll voltages were shouting down.
OGS May 1, 2014, 12:06:16 AM GMT So in other words, 1 epower for vgpu, 1 epower for vmem and 1 for vpll
TeamAU May 1, 2014, 5:41:58 AM GMT lol thats epic, i love how ridiculous using epower for vmem looks thats a big effort you guys have gone to for this round, nice work
TecLabBR May 1, 2014, 10:47:14 AM GMT Amazing as usual Phil... @ Giorgio... 3 or less phases don't need to cut Powergood/Vready pin... then they decided to create a monster 42 Phases R7 240 @@
OGS May 1, 2014, 11:57:09 AM GMT hehe as Phil said, card had protections when applying 1.42v+ on vGPU with 1 epower; in order to avoid searching for datasheets and whatever, we just soldered more epowers
Comments
FREAKY AWESOME!!!!!!
Well done guys!
Wow, nice Phil! Care to post pics of cards with epower?
Dont worry, he will soon.
Good job guys
Thank you all guys.Here are some more pictures.
... can you explain ?? 3 epower for 1 vga ?
Yes Giorgio. It is the easy way to bypass protections. After applying more than 1.4 vgpu vmem and pll voltages were shouting down.
So in other words, 1 epower for vgpu, 1 epower for vmem and 1 for vpll
lol thats epic, i love how ridiculous using epower for vmem looks
thats a big effort you guys have gone to for this round, nice work
Thanks Phil, apearently I need to get some more epowers
Amazing as usual Phil...
@ Giorgio... 3 or less phases don't need to cut Powergood/Vready pin... then they decided to create a monster 42 Phases R7 240 @@
hehe as Phil said, card had protections when applying 1.42v+ on vGPU with 1 epower; in order to avoid searching for datasheets and whatever, we just soldered more epowers
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