NostaSeronx
Diamond Member
- Sep 18, 2011
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22FDX for Lumpy Ridge(Alter Raven Ridge with Family 15h Models 90h-9Fh) has been accelerated; http://www.globalfoundries.com/services/fdxcelerator
From the FAQ;
http://www.cpu-world.com/CPUs/Puma/AMD-G-Series GX-412HC.html
http://www.cpu-world.com/CPUs/Puma/AMD-A10-Series A10 Micro-6700T.html
^-- 15h replacement to these. (15 + 16 ÷ 2 => 15.5)
With the design aesthetic of Jaguar on Bulldozer. An ULP APU for 22FDX should and could provide eight-cores and sixteen CUs within 4.5W(GeAPM(Global Efficent))-7W(STAPM(Skin Temp)) TDP.
CPU side;
All eight core stock // 1.25 GHz @ 0.5 volts
All eight core boost // 2 GHz @ 0.55 volts
Quad-core boost w/ Quad-core @ stock/gated // 2.5 GHz @ 0.75 volts
Dual-core boost w/ Hexa-core @ stock/gated // 3.0 GHz @ 0.8 volts
GPU side;
Sixteen CU // 0.4 GHz @ 0.5 volts
with Boost // 0.6 GHz @ 0.55 volts
Then fling on dual-channel 1.05V DDR4L with support of dual-4266 MHz op. Boom viable low-power console-tablet replacement. (Or... There can be 2.5D 2x HBM2 4 GB @ 1.05v(LV Mode)/1 GHz(Low Power/Low Cost stack) thus 256 GB/s)
Let's not forget the 6 inch 4K/UHD AMOLEDs... (and slim thermoelectric battery/heatsinks // double sided body temperature & device temperature)
One foundry for FinFETs: Fab 8(14nm/7nm)
Three foundries for FDSOI: Fab 1, Fab 8, Fab 10 (All three 22nm/12nm)
^-- Pretty much anyone with a WSA @ GlobalFoundries that went FinFET is #feelsbadman right now.
From the FAQ;
FDXcelerator lowers the barriers of migration from bulk nodes such as 40nm or 28nm to FD-SOI through leveraging existing design flows, design automation tools and design service partners.
Currently the ecosystem is set up around GLOBALFOUNDRIES’ 22FDX technology, with foundation and complex IPs built to suit the SoC as fab ready. FDXcelerator will extend to also include 12FDX™ as this next generation solution development gains momentum.
http://www.cpu-world.com/CPUs/Puma/AMD-G-Series GX-412HC.html
http://www.cpu-world.com/CPUs/Puma/AMD-A10-Series A10 Micro-6700T.html
^-- 15h replacement to these. (15 + 16 ÷ 2 => 15.5)
With the design aesthetic of Jaguar on Bulldozer. An ULP APU for 22FDX should and could provide eight-cores and sixteen CUs within 4.5W(GeAPM(Global Efficent))-7W(STAPM(Skin Temp)) TDP.
CPU side;
All eight core stock // 1.25 GHz @ 0.5 volts
All eight core boost // 2 GHz @ 0.55 volts
Quad-core boost w/ Quad-core @ stock/gated // 2.5 GHz @ 0.75 volts
Dual-core boost w/ Hexa-core @ stock/gated // 3.0 GHz @ 0.8 volts
GPU side;
Sixteen CU // 0.4 GHz @ 0.5 volts
with Boost // 0.6 GHz @ 0.55 volts
Then fling on dual-channel 1.05V DDR4L with support of dual-4266 MHz op. Boom viable low-power console-tablet replacement. (Or... There can be 2.5D 2x HBM2 4 GB @ 1.05v(LV Mode)/1 GHz(Low Power/Low Cost stack) thus 256 GB/s)
Let's not forget the 6 inch 4K/UHD AMOLEDs... (and slim thermoelectric battery/heatsinks // double sided body temperature & device temperature)
One foundry for FinFETs: Fab 8(14nm/7nm)
Three foundries for FDSOI: Fab 1, Fab 8, Fab 10 (All three 22nm/12nm)
^-- Pretty much anyone with a WSA @ GlobalFoundries that went FinFET is #feelsbadman right now.
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