Charlie's name isn't on that article, it's Thomas Ryan.
yes, have seen it. But I tried without success to strike out "charlie" and insert Thomas Ryan. [-]..[/-] etc.. didn't work. So the edit took a while.
Charlie's name isn't on that article, it's Thomas Ryan.
You should have tried it like that (it's the same on all vbulletin fora I visit):yes, have seen it. But I tried without success to strike out "charlie" and insert Thomas Ryan. [-]..[/-] etc.. didn't work. So the edit took a while.
You should have tried it like that (it's the same on all vbulletin fora I visit):
[strike]Charlie D.[/strike] Thomas Ryan.
http://techreport.com/articles.x/22452/2Slated for 2013 is a new family of GPUs code-named "Sea Islands." Like their predecessors, the Sea Islands chips will be manufactured on a 28-nm fabrication process, so most of the improvements to them will have to come from the revised GPU architecture and the compute-focused "HSA features." Beyond that, we don't know too terribly much about Sea Islands yet.
So... approximately 15% more trannies? Well, I suppose part of that die increase could come from an extra 128-bit I/O to bring it up to 512-bit too.
If you multiply Radeon 7970 @ 4313M transistors by 15% percent you get extra 647M transistors - which puts Radeon 8970 to 4960M transistors, roughly to speculate ~5000M transistor GPU.
HSA is the new legalproof name for fusion
What's HSA?
The Tech Report said:Fundamentally, HSA is a software development target platform intended to allow applications to take advantage of both CPU and GPU computing resources on "converged" chips like AMD's APUs. HSA has several components, including a virtual ISA, a memory model, and a system specification. The ISA, known as HSAIL, is conceptually similar to the PTX ISA in Nvidia's CUDA, which provides a stable, fairly low-level programming target that still allows major changes in GPU architectures over time. HSAIL instructions will be translated into true machine code by a just-in-time compiler provided by the hardware vendor. Unlike CUDA, though, the HSA memory model and system specification will take into account the capabilities of APUs and other SoCs whose CPUs and GPUs can share the same memory.
I have a feeling we will be seeing a more efficient use of bandwidth rather than upping the MCs. It definitely is a possibility though.So... approximately 15% more trannies? Well, I suppose part of that die increase could come from an extra 128-bit I/O to bring it up to 512-bit too.
So larger than R600(~420mm2) aka around 450mm2(+23% over Tahti) with a good increase in unit count or at R600 sized with a small increase in units but, possibly, even better clocks?I have a strong feelings that 28nm Sea Islands die size will be as big as ATI R600 aka. Radeon2900XT.
If you multiply Radeon 7970 @ 4313M transistors by 15% percent you get extra 647M transistors - which puts Radeon 8970 to 4960M transistors, roughly to speculate ~5000M transistor GPU.
What about increased density as well? By then they ought to know the ins and outs of the process so therefore ought to be able to stuff a few more in on the same space, right?
No. For that you need custom design and GPUs don't do that.
Well we did see much denser packing going from Rv670 to Rv770 presumably due to custom design for the compute units.
If Southern Islands / Radeon 7xxx series fails against Nvidia's Kepler lineup, how much pressure does that put on AMD to move forward sooner with Canary Islands (or whatever it's called) ?