I agree
Many pieces fit but the resolution just doesn't seem to be there.
In this report by Uni-pixel they state:
http://www.prad.de/download/TMOS_-_Unipixel_Whitepaper.pdf
" TMOS can readily achieve quarter-millimeter dot pitch, in part due to its unicellular pixel structure. Densities as high as 300 dpi are projected. Near-eye applications are not considered a primary development target for TMOS at his time, since they require implementation of an alternate TMOS architecture (29) to gain the required high-density images."
I know this is from 2007 and things can change in two years, but the report goes on to say that mechanically it just can't get smaller with that set up.
OLPC displays had a lower colour resolution than B&W resolution, but that works well for media that is either text or images, like a magazine/websites/etc).
I can see Apple using it, however I don't know if the compromises they will have to take will be desirable for them..
Many pieces fit but the resolution just doesn't seem to be there.
In this report by Uni-pixel they state:
http://www.prad.de/download/TMOS_-_Unipixel_Whitepaper.pdf
" TMOS can readily achieve quarter-millimeter dot pitch, in part due to its unicellular pixel structure. Densities as high as 300 dpi are projected. Near-eye applications are not considered a primary development target for TMOS at his time, since they require implementation of an alternate TMOS architecture (29) to gain the required high-density images."
I know this is from 2007 and things can change in two years, but the report goes on to say that mechanically it just can't get smaller with that set up.