Exctly. Kaveri will be based on Stream Roller CPU Core and GCN 2.0 Core whereas Richland is based on Tweaked PileDriver CPU Core and GCN Graphics Core. Even AMD has used renaming of Trinity's VLIW4 Graphics Core as HD 7000M series, they have never used exact same name for two different architecture based cards. For example, A10-5800K has HD 7660D, based on VLIW4 but AMD does not have any GCN based Mobile Graphics card with the same name. But in case of Richland APU, A10-6800K has HD 8670D IGP whereas it is confirmed that AMD is already having a GCN based HD 8670M Graphics card with 384 SIMD unit (6 Compute Engine, 16 ROPS). Here is the link: AMD Radeon HD 8670M - NotebookCheck.net Tech
So it is highly unlikely that Richland is going to have re branded VLIW4 IGP again.
Exctly. Kaveri will be based on Stream Roller CPU Core and GCN 2.0 Core whereas Richland is based on Tweaked PileDriver CPU Core and GCN Graphics Core. Even AMD has used renaming of Trinity's VLIW4 Graphics Core as HD 7000M series, they have never used exact same name for two different architecture based cards. For example, A10-5800K has HD 7660D, based on VLIW4 but AMD does not have any GCN based Mobile Graphics card with the same name. But in case of Richland APU, A10-6800K has HD 8670D IGP whereas it is confirmed that AMD is already having a GCN based HD 8670M Graphics card with 384 SIMD unit (6 Compute Engine, 16 ROPS). Here is the link: AMD Radeon HD 8670M - NotebookCheck.net Tech
So it is highly unlikely that Richland is going to have re branded VLIW4 IGP again.
^^ So soon? Good.
Now let us see some steamroller action
here is some news.
AMD officially launches Richland mobile APUs
bit of a bad news as it doesn't include seaislands gpu. so i was right about the gpu.
Richland may feature GPU technology which was at its pinnacle two years ago but AMD claimed it would be compatible with Sea Islands (Radeon 8000M) discrete cards when used in a Dual Graphics configuration.
Even though mixed Crossfire with identical architectures has been around for a while, this is the first time graphics cores from different architectural generations are able to work in concert with one another in an effort to boost framerates.
Sea Islands’ architecture and Richland’s design may not share much in common from an engineering standpoint but their respective specifications may hint at how AMD created harmony between two dissimilar product generations. Like the Mars Pro, XT and LP, the A10 comes with 384 cores and when combined with the higher clock speeds granted by the Richland refresh, allows the IGP’s performance to roughly equal that of GCN-based discrete chips. Both are also seen as HD 8000-series by AMD’s Catalyst drivers so there won’t be any conflicts there. Hence, it was just a matter of getting the two different architectures communicating with each other; a noteworthy accomplishment which deserves more credit than this small article can provide.
The exact details of how AMD accomplished this mixed architecture Dual Graphics wizardry are a closely guarded secret but supposedly the technology has been around for some time now. Richland simply represents the first time they were able to use it for meaningful performance enhancements.
How this will translate into the desktop space is anyone’s guess right now but we fully expect Richland’s upcoming APUs to also be compatible with GCN discrete cards like the HD 7000-series and OEM only HD 8000-series.
This is bizarre but interesting nevertheless:-
Detailing Richland’s Dual Graphics & GCN Compatibility
The difference between the sockets lies in two pins, two that are covered on the FM2 socket, but uncovered on the FM2+ socket. This means that while 'older' Trinity and Richland APUs will drop right into the FM2+ socket, it also means that the upcoming Kaveri APUs will not fit, or work in the current FM2 socket -- pins will bend.
I remember that people were talking about being able to upgrade their AM2 to AM2+ and AM3 to AM3+ with a Bios update.