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RIM patent filing reveals hybrid capacitive / resistive touchscreens
RIM's no stranger to playing different tricks with touchscreens, and it looks like it may have another up its sleeve, with a recent patent application revealing some plans for a hybrid capacitive / resistive touchscreen. As you might expect, the idea here is to take the best aspects from each and form one super touchscreen, which would have the general usability and "goodness" of capacitive displays, and the added benefits of a resistive screen, like better support for stylus-based input. Of course, such a screen would also likely eliminate one of the biggest advantages of resistive displays -- their cost-effectiveness -- so it seems safe to assume that it'd be reserved for higher-end phones to start with.[Via Unwired View]
Video: Archos 9 pctablet resistive touchscreen impresses
Archos attempt to resurrect the UMPC category of devices got off to a good start yesterday in Paris with the launch of its 16-mm thick Archos 9 pctablet -- a 8.9-inch 1024x600 pixel tablet riding an 800MHz or 1.2GHz Atom Z515 processor, 1GB of memory, up to 120GB disk, webcam, Bluetooth 2.1, 802.11b/g WiFi, and SIM card slot for WWAN connectivity. Archosfans just posted a video of the Archos 9 prototype in action and honestly, that resistive touch-screen looks pretty damn impressive to finger taps. However, since it's running Windows 7, a full-blown desktop OS, you'll still need to pull out the included stylus on occasion to interactive with the Windows 7 UI or applications designed for a mouse and keyboard. Fortunately, the Archos 9 offers an optical mouse on the right-side bezel and left and right mouse keys along the left. Other notable highlights include a removable battery of undetermined capacity, a docking port for added expansion (Ethernet, 2x USB, VGA output), stereo speakers, and an adjustable kickstand for viewing video or working on the Archos 9 with attached USB keyboard and mouse. The Archos rep says it'll be priced between €450 and €500 when it ships around the time Windows 7 launches at the end of October. What we're wondering is how much finger-friendly UI customization will be included by Archos and how they plan to market the device to consumers who already own smartphones, laptops, and even netbooks. Video after the break.P.S. While Archosfans claims the Archos 9 is multi-touch, nothing that we've found supports that claim on the Archos site or in the video demonstrations. Nevertheless, multi-touch resistive touchscreen technology does exist as demonstrated to us by Stantum back in February. In fact, the ASUS Eee PC T91 also features an 8.9-inch resistive display that does support mult-touch.
Asus Eee PC T91 reviewed in the UK: "genuinely moves things forwards" for netbook market
Asus' Eee PC T91 has gotten its first review ahead of the reported late May / early June UK launch, and those cats at TechRadar seem quite smitten with the swivel-proficient touchscreen netbook. Battery life is said to be solid, though points are deducted for not being replaceable. Some issues with the resistive touchscreen also plagued the pre-production model, and while the company assures those kinks are being worked out, we can't help but worry they'll invariably still find their way into the finished product, and that glossy display will no doubt keep the memories of fingerprints long after you want it to. Despite these concerns, the review gives much love for the overall performance, video playback, build quality, and keyboard. At £449 ($688), it ain't the cheapest option on the market, but we do appreciate Asus straying a bit from its tried and true netbook formula. Now how about news on a stateside release, eh?
Touchpanel Laboratories shows off touchscreen with 9-point detection
It's not exactly as impressive as a touch panel with unlimited points of input, but this new resistive touch panel with 9-point detection from Touchpanel Laboratories is still a cut above most and, better still, it seems to actually be ready to head into production. Unfortunately, details are otherwise a bit light, but the company does say that they're able to make panels ranging in size from four to 15 inches. Touchpanel Labs didn't stop there, however, and also took the opportunity to show off a touchpanel that can be installed on curved surfaces, as well as a touchpanel-based ordering system specifically designed for use in restaurants, which it intends to install in "bars located around the company."
Stantum's mind-blowing multitouch interface on video!
We just got a look at some amazing touchscreen interaction, running on a humble resistive touchscreen with some OMAP hardware backing it up. Stantum's technology is a software-based refinement to resistive touchscreens that allows for accuracy beyond the pixel density of the display, a complete lack of touchscreen "jitters" and some fairly incredible input methods. Termed "TouchPark," the multitouch framework provides gesture recognition, cursor management and physics processing for phone builders to stick on top of the phone OS (Symbian, Windows Mobile and Android are currently supported), and works with hardware such as Texas Instruments Zoom, Freescale i.MX and ST Nomadic. The PMatrix multitouch firmware allows for unlimited inputs, detection of any contacting object (a finger, a stylus or even a paintbrush) and pressure sensitivity. We played with the demo unit for a bit and were frankly blown away, it's far and away the best touch experience we've ever seen or felt, and the multitouch functionality is just gravy on top. Stantum is targeting resistive touchscreens because they're still considerably cheaper to build than capacitive ones, and from our perspective there seems to be zero tradeoff -- for sensitivity and accuracy this destroys everything else we've seen on the market, capacitive or not. Sadly, there's no word on when this will make it into real, shipping handsets, but we'll certainly be tracking its progress obsessively. Video is after the break.%Gallery-45326%
