It could be tricky by the sounds of it, in the same way it's hard to know if lower clock 'notches' will be stable when using offset undervolting. I wonder if the throttling is detectable by software e.g. a drop in reported clock speed?
It could be tricky by the sounds of it, in the same way it's hard to know if lower clock 'notches' will be stable when using offset undervolting. I wonder if the throttling is detectable by software e.g. a drop in reported clock speed?
whats the wattage tdp of that slot powered 7850?
could there *maybe* be an ondie version soon?
The PCI-E slot can supply upto 75W.
6670 uses 58w peak according to tpu.... hmmmm could be close to an on die 7850 maybe?
would totally blow away anything intel can make this or next year
Power aside, I suspect die size could start to become a problem at that point, unless we're talking the next node? Also, bandwidth is an obvious concern, but DDR4 can't be that far off, and we have those GDDR5 rumours. I wonder how that would work though, you can't just buy GDDR5 modules! On-board memory isn't a great solution for desktop IMO, but maybe as a stopgap if necessary?
Edit: Just realised I've skipped over a page or two of the thread, and that was already brought up.
Last edited by watercooled; 04-06-2013 at 04:41 PM.
GDDR5 would work lovely for sideport ram.
Edit to add: Just leave me some DDR3/4 sockets to fill/upgrade as well.
Where are all the Richland reviews??
Come on AMD,the chips are already available.
I really hope they send out the A10-6700. It was utter fail they did not advertise the A10-5700 more.
Sideport RAM could be a return to something like the Amiga chipram / fastram divide. Which would be few steps backwards and the total opposite of HSA. Mind you, back when there was 'unequal' RAM (and I'm including the early Mac's 24-bit addressing and Atari's TT and Falcon here), operating systems were a lot more primitive and MNU were either not used or poorly supported so a modern OS could make this transparent. Or a modern OS could handle this with a bit (lot?) or kernel patching.
Modern OSes already understand NUMA, and I have a couple of machines around here with AM2+ motherboards with sideport ram on them which work fine with Win7 and Linux.
It helped with just 40 old shaders on the chipset to have a 32 bit ram chip attached (I think on my board it is 128MB of DDR3), I imagine the idea would benefit modern machines a lot more.
apparently theres an NDA on richland?? so anyone buying it can actually review It before the websites!
A10-6800K review:
http://translate.google.ro/translate...ew%2Fpage%2F23
HalloweenJack (04-06-2013)
I would give you "thanks" if I could Cat . Great find!
the OC 3dmark score is better than my kids pc
http://www.3dmark.com/fs/240666
but
if the scores from anand are right its LOWER than iris pro
http://www.anandtech.com/show/6993/i...50hq-tested/16
http://www.anandtech.com/show/6993/i...950hq-tested/4
what is that on package??
I wonder how the kerfuffle about Haswell needing uber-low power idle support on the PSU is playing out? Platform idle power looks lower than 1155 but it's not something I can see causing problems for any remotely recent/decent PSU.
Oh and about the 'on-board VRM', I'm still seeing caps, inductors and heatsink'd FETs on 1150 motherboards. Maybe it's just the PWM controller that's been moved on-board, as I predicted?
Edit: The smaller die on the CPU package is the L4/Crystalwell memory.
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