Though Canon has been focusing on SED and locking down LCD partnerships throughout the earlier part of the year, the firm will be showcasing its very own LCoS reflective LCD panels at InfoComm next month. The first panel is a 0.71-inch WUXGA (1,920 x 1,200) model, which is said to be the "world's first LCoS panel of its size to achieve such a level of resolution." The second is a 0.55-inch SXGA (1,400 x 1,050) version, which can also be used in conjunction with other Canon technologies to bring new projectors to market. Beyond that, it seems we'll have to wait until June before finding out more, but you can certainly peek the read link and attempt to read between the lines.

As if you didn't have enough display technologies to wrap your noggin around, here comes yet another dark horse around turn three. Reportedly, researchers in California have "developed a hybrid light that is cheaper, longer lasting, more energy efficient and is as bright as traditional light emitting diodes (LEDs)." Interestingly enough, the resulting light actually blends the aforementioned LED technology with newer light emitting electrochemical cells (LECs) in order to create a hybrid light that would play nice in flat-panel HDTVs. LECs by their lonesome have experienced lifetime issues in the past, but the new combination seems to nix that quirk altogether. Not surprisingly, there's no word on when this discovery could actually find its way into the commercial display realm, but here's to hoping it fares slightly better than the ill-fated SED.

[Thanks, bitguru]

While we knew the company famous for bringing miracles of science into our daily lives was lending a helping hand with OLEDs, a recent announcement has detailed that the company plans on getting into a whole lot more than just that. Among the technologies it hopes to integrate into tomorrow's flat-panel displays are thermal color filters, direct bonding, Optilon anti-reflective coatings, advanced composite reflectors film for improved luminance, Drylox, and a smattering of niceties around field emission displays. Of course, there's way more here than we could possibly cover in this space, so do your curious mind a favor and dig right in to the detailed read link.