AMDI MVNGwy from shared memory for graphics. The current 780G and 780M chipsets have dedicated VRAM onboard. There will be no "slots" for the VRAM, it will be attached directly to the PCB just like with Sideport VRAM with the 780G/780M MBs now.
This setup alos allows for better cooling since most of the heat is being generated in one area and thus be vented out more efficiently. Current laptop desings rely one elaborate heatpipe designs to get the heat out. Imagine if you had just a single simple fan and heatsink ported out the back? Makes for FAR MORE efficient cooling.
Samsung UN55B8000 55" LED TV (Widescreen, 1920x1080, HDTV)
LG Electronics 42LH30 42" LCD TV (Widescreen, 1920x1080, HDTV)
Samsung UN55B8500 55" LED TV (Widescreen, 1920x1080, HDTV)
Samsung UN46B6000 46" LED TV (Widescreen, 1920x1080, HDTV)
Samsung UN40B6000 40" LED TV (Widescreen, 1920x1080, HDTV)
Post: Re: Memory Bus(es)
Brian Terry
Re: Memory Bus(es) →
Posted Monday 18th August 2008 15:28 GMT
In AMD's 'Fusion' not a native CPU+GPU design
AMDI MVNGwy from shared memory for graphics. The current 780G and 780M chipsets have dedicated VRAM onboard. There will be no "slots" for the VRAM, it will be attached directly to the PCB just like with Sideport VRAM with the 780G/780M MBs now.
This setup alos allows for better cooling since most of the heat is being generated in one area and thus be vented out more efficiently. Current laptop desings rely one elaborate heatpipe designs to get the heat out. Imagine if you had just a single simple fan and heatsink ported out the back? Makes for FAR MORE efficient cooling.
BT