14LPP+ has been replaced by renamed to 12LP
http://www.tomshardware.co.uk/amd-ryzen-vega-12nm-lp-2018,news-56797.html
http://wccftech.com/amd-announces-2nd-gen-ryzen-vega-launching-12nm-2018/
EDIT:
Toms mentions 14nm, but Glofo is really using TSMC 16nm as baseline
Note that a true 16nm to 12nm node shrink would provide 78% better density, but this 12LP node only provides "up to 15%" better density because this "12" is a marketing node label.
"Up to 15% improvement" over TSMC 16nm means this 12LP has basically the same density than the current 14LPP node.
TSMC 16FF: 0.07µm² HD SRAM
Glofo 12LP: ~0.061μm² HD SRAM (using the 15% official claim)
Glofo/Samsung 14LPP: 0.064μm² HD SRAM
"Risk production in 1H 2018". Aka volume production in 2H 2018.
"More than 10% improvement in performance" over TSMC 16nm. 16FF has higher clocks than 14LPP (ask Nvidia). So I expect 5--10% higher clocks over 14LPP.
If above numbers weren't enough to demonstrate that this 12LP is just a relabeling of the former 14nm+ node, the official slide says "12LP build on the GF 14LPP". almost confirming officially this 12LP is just a rename for the old 14nm+ node
So the AMD roadmap continues being
Zen on 14nm on 2017.
Zen on 14nm+ on second half of 2018 (with 14nm+ renamed now to 12nm).
Zen2 on 7nm somewhat in 2019.
http://www.tomshardware.co.uk/amd-ryzen-vega-12nm-lp-2018,news-56797.html
http://wccftech.com/amd-announces-2nd-gen-ryzen-vega-launching-12nm-2018/
EDIT:
Toms mentions 14nm, but Glofo is really using TSMC 16nm as baseline
Note that a true 16nm to 12nm node shrink would provide 78% better density, but this 12LP node only provides "up to 15%" better density because this "12" is a marketing node label.
"Up to 15% improvement" over TSMC 16nm means this 12LP has basically the same density than the current 14LPP node.
TSMC 16FF: 0.07µm² HD SRAM
Glofo 12LP: ~0.061μm² HD SRAM (using the 15% official claim)
Glofo/Samsung 14LPP: 0.064μm² HD SRAM
"Risk production in 1H 2018". Aka volume production in 2H 2018.
"More than 10% improvement in performance" over TSMC 16nm. 16FF has higher clocks than 14LPP (ask Nvidia). So I expect 5--10% higher clocks over 14LPP.
If above numbers weren't enough to demonstrate that this 12LP is just a relabeling of the former 14nm+ node, the official slide says "12LP build on the GF 14LPP". almost confirming officially this 12LP is just a rename for the old 14nm+ node
So the AMD roadmap continues being
Zen on 14nm on 2017.
Zen on 14nm+ on second half of 2018 (with 14nm+ renamed now to 12nm).
Zen2 on 7nm somewhat in 2019.
At the Global Foundries Technology Conference, AMD’s CTO Mark Papermaster announced that the company will be transitioning “graphics and client products” from the Global Foundries14nm LP FinFET process it uses today to the new 12nm LP process in 2018.
We followed up with Papermaster in person and confirmed directly that the company will transition both Vega GPUs and the Ryzen line of processors to the 12nm LP process.
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