http://www.guc-asic.com/upload/media/event/PDF/HBM_PHY_Controller_2018Q1.pdf
There is a company selling memory controller IPs promising hbm2 at 2.8gbps on 7nm for Q2 2019 (current IPs are 2.4 on 7nm, 2.0 on 16nm) That's a nice 716GB/s with only 2 stacks.
Once they get cheaper non-silicon interposers working with HBM, I wonder what the cost difference would be between two stacks HBM and 384bit gddr6.
Both.I remember some inconsistencies with the early Vega cards based on from where the HBM2 dies were sourced (or was it where the final GPU was packaged?).
I'm an absolute HBM fanboy
Both.
Vega 56 used slower SK Hynix memory and was packaged without a resin filling around the dies. Vega 64 used faster Samsung memory and used the filling for higher/safer mechanical resistance.
I like the part where an artist from Guerilla Games explains how next gen will focus on more real time GI, whether this is through ray tracing or other methods, remains to be seen.This is my own idea... all speculation and I am very lazy now to make an english version but it's understandable with Google Translator.
https://translate.googleusercontent...700248&usg=ALkJrhh8YU539ABjFbxFMRfcTRe1Hh_R9w
According to ComputerBase, they are Zen 2 not Jaguar.So Sony said fuck the CPU advances, give me 2x Jaguar cores, run them at 1.6 Ghz base clock, with boost speeds to 3.2 Ghz for Patched games for the PS5.
So Sony said fuck the CPU advances, give me 2x Jaguar cores, run them at 1.6 Ghz base clock, with boost speeds to 3.2 Ghz for Patched games for the PS5.