INQ
and

HKEPC
have reported on the new NVIDIA Hybrid SLI technology. Our sources
told us that Hybrid SLI will be
implemented on notebooks initially and later into desktop. In battery mode, the
integrated graphics will work only but when plug in, the discrete graphics will
kick in and work together with the integrated graphics to improve performance.
Hybrid SLI will compete against the AMD Power XPress technology and will arrive
at least a quarter earlier. It seems Hybrid SLI is a notch better than Power
Xpress since for the latter, only discrete graphics will work while integrated
graphics is left to idle. Perhaps AMD will counter back with a Hybrid Crossfire
solution. HKEPC mentioned that future integrated GeForce motherboard and
discrete GPUs will collaborate to enhance capabilities, performance, as well as
reduce power. Depending on the processing demands of each application, the
discrete GPU may be completely shutdown to save power or power up to deliver
maximum performance.


INQ
and

HKEPC
have reported on the new NVIDIA Hybrid SLI technology. Our sources
told us that Hybrid SLI will be
implemented on notebooks initially and later into desktop. In battery mode, the
integrated graphics will work only but when plug in, the discrete graphics will
kick in and work together with the integrated graphics to improve performance.
Hybrid SLI will compete against the AMD Power XPress technology and will arrive
at least a quarter earlier. It seems Hybrid SLI is a notch better than Power
Xpress since for the latter, only discrete graphics will work while integrated
graphics is left to idle. Perhaps AMD will counter back with a Hybrid Crossfire
solution. HKEPC mentioned that future integrated GeForce motherboard and
discrete GPUs will collaborate to enhance capabilities, performance, as well as
reduce power. Depending on the processing demands of each application, the
discrete GPU may be completely shutdown to save power or power up to deliver
maximum performance.