The design is striking and at first pretty weird, but there's virtually no learning curve to folding or using the UrbanMax. Typing on the roomy keyboard feels like using a desktop, as there is no hand rest to perch the heels of your hand on. There's a unique static mouse button, which is like a high-tech hybrid between a touchpad and the venerable IBM/Lenovo nipple. It takes a minute to get the hang of and I think it could use a little calibration, but sweeping your fingertip across the sensor yields predictable, accurate control over the mouse.

Intel says that the UrbanMax is intended primarily as a touch device (which I guess means they designed it for people who don't, you know ever write words, or something). It's got two or three apps with rudimentary multitouch control, but as with most touch solutions that run atop XP or Vista they feel like an afterthought. The actual touch hardware is very sensitive and among the most responsive I have used on screens this size. Intel says they are hoping that a hardware manufacturer will pick this design up and run with it, so expect a few fresh takes on the UrbanMax concept in the near future. [Giz at IDF]

Like half the products at IDF, this the Media Phone has a touch interface, which at the moment looks an awful lot like the iPhone's. Using it is easy, and it's at a size and orientation that makes for comfortable casual use. The screen was responsive enough for sustained use without frustration, and navigating the interfaces was—and this is really the only thing that matters on these small devices—painless. The handset was attractive and felt solid, though it's currently not touch-enabled (I was assured that this would be rectified by launch).

In its current state it's difficult to see what exactly the Media Phone is meant to do. It's got no browser, but an RSS reader. It can connect with home automation software and control household electronics, but it's stuck to the wall with a power cord. In response to these concerns, the guys at the booth were keen to tell me about the API, which would allow developers to enable a vastly larger set of apps and features. Those customizations will be the deciding factor in whether or not this phone is at all successful. Well, that and its price. OpenPeak says that their first units could ship to customers as soon as January of next year, and they will all be sold with subsidies as part of VoIP service contracts. Negotiations are under way, but the OpenPeak guys say it's conceivable that the units could be free. [Giz at IDF]

Intel had a couple of Classmate 2s set out as well, which looks admittedly dated next to the tablet. The new design takes some cues from popular netbooks like the EeePC and the MSI Wind, with an emphasis on slimness and a forward-sloping keyboard. The case, though still in development, looks more businesslike than its predecessor. There's a new webcam that with vertical tilt capability, and a nifty home button on the screen's bezel that returns the user to the desktop. Speaking of the desktop, the Classmate still runs XP, and Intel has built a simple dashboard with commonly used icons for easy touch access, though using XP's regular functions with your fingers won't be any easier than on other touchscreen tablets. A stylus is included.
The fact that it looks and behaves like a consumer subnotebook is bewildering. Without a dedicated educational OS, multitouch or even kid-friendly looks the Classmate seems to have veered off into overcrowded netbook territory. It seems plenty functional as a compact tablet though, so if the price is right it could well succeed at that. The device is still in development, so at least Intel theoretically has a chance that make this thing interesting. [Giz at IDF]

Intel's work builds on the progress MIT has made with transmitting power through resonant magnetic fields. But where the MIT team, led by Marin Soljacic, has only achieved 50% efficiency over a range of a few feet, Intel is said to have recently zapped up to 60 watts over the same distance at an efficiency of 75%, which is quite a leap forward.

Intel also is extrapolating potential uses of the tech for supercapicitors—basically giant electrochemical "batteries" that recharge almost instantly compared to Li-ion and store over a thousand times more juice than standard capacitors.

Sounds good. We'll keep you posted on any developments from IDF today. UPDATE: Intel didn't tell us anything we didn't know already in their IDF demo today, which lit a lightbulb from a distance of a few feet by passing electricity between two coils. We were assured, though, that being in the middle of the electrically charge resonant magnetic field doesn't hurt one bit.

[New York Times, Photos: John Herrman]