HTC's got a super-tight relationship with Qualcomm, a relationship that they've gone to the mat to defend on many occasions -- most recently with the Hero, which uses essentially the same 528MHz MSM7201a chipset as pretty much every other notable HTC in recent memory. Thing is, this is 2009 and there now are better, faster processors out there, even within the ARM family; take TI's Cortex A8-based OMAP3, for example, which very effectively powers some of the most media-centric, UI eye candy-heavy devices on the market. That's not to say that the MSM7200 series can't hold its own -- one look at TouchFLO 3D gliding along smoothly on a Touch Pro2 will tell you that -- but why not throw more horsepower under the hood if you can still get a full days' worth of use on battery power? We've been able to confirm a wmpoweruser.com report that HTC's upcoming Qilin for China Mobile will be underpinned by an honest-to-goodness OMAP3, which you'd think might rock the Qualcomm boat but HTC's decision was actually very easy: the fully-integrated MSM7200 isn't available in a TD-SCDMA configuration. That's good for Qilin, good for China Mobile, bad for customers of every other Whitestone variant in the world. If there's a silver lining here, it's that HTC's leaked roadmaps seem to indicate that Snapdragon-powered gear will happen sooner rather than later, but at this point, it can't happen soon enough.

Ready for some more delicious Zune / Windows Mobile rumors after today's June Zune letdown? Well buckle up -- the always-sharp Mary Jo Foley at ZDNet says she's got specs for Windows Mobile 7 Chassis 1, the heart of that rumored "Pink" smartphone, and they're pretty wild. According to the list, Chassis 1 phones will all have 3.5-inch or larger multitouch displays with ARM v6+ processors and OpenGL ES 2.0-compatible graphics hardware, 256MB or more of RAM and 1GB or more of storage, as well as at least a 3 megapixel camera, GPS, WiFi, Bluetooth, a compass, and accelerometer. Oh, and glory be -- a 3.5mm headphone jack is required. Here's the kicker, though: NVIDIA's Tegra platform is specifically listed as meeting the core CPU requirements, as well as TI's OMAP 3 platform and "Qualcomm 8k," which sounds to us like Snapdragon's QSD8xxx-series chips. If you've been following along, you know that all three of these (Tegra in particular) have been bandied about as potential Microsoft phone platforms, so it makes perfect sense to us that Microsoft's giving its hardware partners a choice of currently-available high-powered platforms for Chassis 1 -- especially since we've been hearing lots of whispers of hardware based on these chips in the works.

Here's the thing, though: we've also always been told that "Pink" is the codename for Zune software and services on Windows Mobile, so something tells us that Chassis 1 phones running Windows Mobile 7 will feature a strong dose of Zune flavoring -- a plan Steve Ballmer's repeatedly confirmed in the past year. So how do we think this all fits together? Well, we'll slightly revise our previous totally crazy, off-the-wall prediction: we think "Pink" is the codename for a new consumer-focused version of Windows Mobile that integrates Zune services, running not only on a touchscreen Zune HD, but on several third-party phones. Are we crazy? Yes, absolutely -- but you've got to admit the pieces are coming together.

We were really impressed with Texas Instruments' OMAP 3-based mobile development platform when we saw it running Android earlier today, and the hardware seems to hold up well to all sorts of video-accelerated magic for a multitude of Linux-based interfaces. Not so much with Windows Mobile 6.5. Granted, this is a very early build of the OS according to Microsoft, and is lacking all sorts optimization mojo that will go into the final product due end-of-year-ish, but at the same time this is basically an interface skin to Windows Mobile 6 that Microsoft has had nearly a year to work on since 6.1, and it's not exaggerating to say that performance is a complete joke at the moment. TI's OMAP 3 was clearly struggling to handle basic scrolling of the home screen and app menu, though "smoothness" was slightly improved in scrolling through a gallery of photos. TI has been working with 6.5 for "a few months," and claims to have added optimizations to interface performance -- and interestingly is running this on a capacitive touchscreen device, something that isn't officially supported as far as we're aware. They're also saying that they plan on achieving full smoothness by the time this launches, but there's really a long way to go, and it's difficult to understand why this seems to be a last priority for Microsoft at the moment. On the other hand, TI is doing great things with its own 3D-accelerated interface, something which Windows Mobile 6.5 brings support for, so perhaps these will all one day (soon) meet in the middle and give us the sort of interface smoothness and usability we'd expect on a phone built a decade into this century. Check out the painful videos after the break.

We just got a great look at the potential of Android on Texas Instruments' new Zoom OMAP34x-II Mobile Development Platform, a sort of sexy cousin to Compulab's exeda. The OMAP3430-powered unit is being built by Logic and is meant for software developers to work on the OMAP3 chipset, but it's actually a pretty neat "device" in its own right, with a 4.1-inch WVGA capacitive touchscreen LCD, HDMI out, all sorts of connectivity, 16GB of storage, an SD card slot, large QWERTY keypad and an 8 megapixel camera. There's also a debug board with Ethernet, USB plugs and some other technical stuff. For $1150 developers can pick up a WiFi-only unit, and $1399 buys you a 3G unit -- consumers can buy 'em too, and we can imagine certain enthusiasts wouldn't mind the cost for what basically amounts to the ultimate Android device. The unit runs other flavors of Linux, but we're really in it for the Android, especially thanks to that screen. Wind River has been doing development on Android for a while, contributing to the original source code as part of the OHA, and one of its developers even ported Android to OpenMoko. They've got a refined Android interface running on the Zoom, which includes a tabbed application browser, fancier widgets and a spruced up unlock screen. They wouldn't consider what they're doing a skin or a port, but it's exactly the type of stuff that device manufacturers will be looking for to differentiate their Android-powered handset. Video of all the magic is after the break.

We're guessing we'll hear more about this at MWC, but TI just let loose a press release crowing about Archos's use of the OMAP3 processor in an upcoming "Internet Media Tablet" that runs on Android and also doubles as a phone. No pictures yet, but the spec sheet makes it sound like a hotrodded Archos 5: five-inch screen, up to a 500GB hard drive, a battery capable of 7 seven hours of video playback, and Flash support, all in a package just 10mm (.39 inches) thick. The underlying OS will be Android, but Archos plans to really beef up the media features -- there's even mention of HD video playback. That sounds seriously sweet -- if Archos ditches the current mushy resistive screen in the 5 for a capacitive unit, this could be a knockout Android device when it launches in the third quarter.

[Via Archos Lounge; thanks, Daphné]

You'd think that a phone promising to becoming Nokia's 2009 flagship would want some serious computational power under its shell, but the word on the street is that the N97 is actually going to carry over the same ARM 11 core used by its forebears. That might be a disappointment for anyone hoping that they'll be able to replace a MID, netbook, or eight-core Hollywood CGI workstation with an unsuspecting handset -- but if it's any consolation, other rumors suggest (thankfully, may we add) that the ARM 11 will be clocked higher than the E71, which comes in at 369MHz. For all we know, the processor specs haven't been finalized since they haven't shown up on Nokia's N97 site yet, so maybe we'll end up with 1GHz and seven minutes of battery life. Would be a productive seven minutes, wouldn't it?

[Via Slashgear and UMPCPortal]