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Some interesting tidbits have been shared during OverclockersUK live stream with special guest from AMD: James Prior (Senior Product Manager)
AMD Vega 11 is integrated into Raven Ridge APU
The mysterious Vega 11 is not a GPU by itself. It’s a solution for AMD Raven Ridge APUs with 11 Compute Units enabled. James Prior confirmed that Ryzen APUs offer up to 11 Compute Units. So far AMD only released two mobile APU variants, which feature either 8 or 10 CUs (Vega 8/10 Graphics). That said, the chip with 11 Vega Compute Units would be the top tier Raven Ridge APU. No details about desktop APUs have been shared.
AMD RX Vega 56 and 64 to receive an increased supply
It has been confirmed that RX Vega stocks will be increased shortly. This will allow retailers, such as OverclockersUK, to adjust the price accordingly. Our sources have confirmed that AMD is finally supplying partners with Vega chips, which will allow them to introduce custom SKUs in satisfactory number, while reference designs will no longer be produced.
AMD (Ry)zen 2 will use AM4 socket
James Prior reassured that AM4 socket is here to stay (till 2020). The work on Zen 2 has already begun when fundamental parts of Zen 1 were already known. The important thing here is to distinguish Zen 2 from Zen 1 tick-tock process. The upcoming Ryzen 2000 series are likely to use refined Zen+ architecture. A die shrink and architecture optimizations are to be expected. So the Ryzen 2, or more precisely Zen 2 might actually arrive with Ryzen 3000 series, while Ryzen 2000 (or Ryzen 1×50) will use refined Zen1/Zen+ 12nm process instead.
If everything goes according to the plan, forward compatibility for Zen+ and Zen2 will be available with a simple BIOS flash on existing AM4 motherboards.
It seems,AMD has confirmed,they are doing a process-optimisation step. So they have two design teams - one doing Zen 2 and the other now doing the optimisation onto a new GF process for Zen.
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Will Ryzen 2 in 2019 be compatible with the current motherboards or will people need to buy a motherboard with a new chipset for that??
Will FP16 seen more use in future games,and is AMD working on getting more PC games to use it??
What impact do you think technologies like HBCC,will have in managing the increasing VRAM requirements of modern games??
Will AMD work closer with companies like Bethesda and Blizzard to make further optimisations for certain older games like Fallout 4 and WoW with Ryzen(Fallout 4 being one of the most poorly optimised games for Ryzen, due to its use of the Creation engine and can draw down averages if used in reviews)?? I am only asking that since I know AMD works with Bethesda,and I have not seen much in the way of performance improvements in Fallout 4 on Ryzen since launch.
The first two were asked,which was not a bad success rate!! :p