Based on Flash, it looks like a simplified OS that almost makes us think of the Zune interface. A bit slow and buggy in places, we think it's got potential fo' sho', but what do you think? [MobiFrance]

Is it just what they're showing us? A Flo TV app, that requires some kind of accessory to tune into broadcasts? That's possible, but given how well the iPhone can stream video over 3G, it'd be a hard sell, even with Flo TV's cable-like channel selection. It would also help if said accessory wasn't larger than the actual iPhone.

Or is it to foster excitement over the idea of native Flo TV hardware support in the iPhone, like in the HTC Imagio? Because that will never, ever happen. So again, why? [Electric Pig]

Qualcomm says it'll be up to the various manufacturers to create devices built on this reference design, but Wi-Fi and 3G connectivity would make multiplayer gaming pretty interesting. Just depends if ARM-based operating systems, like Android, get the right games.

The concept has a 5.7-inch display that uses Qualcomm's "mirasol" screen technology that provides better battery life and smooth video playback. Problem is, for now, this reference is just a static-image prototype. Yet another eReader angle that we'll be watching for you, though. [SlashGear]

The "mirasol" technology mimics iridescent butterfly wings by deploying charged, color-inducing membranes over a layer of mirror. It's a technology that, if integrated into Kindles today as-is, would increase battery life by an estimated 20%.

Instead, Qualcomm uses that extra power efficiency to drive color and higher refresh rates for smooth video. They contend that a Kindle with their more media-capable display could run about a day with its current battery.

The catch? The lead photo is a non-functional prototype (housing a functional, frozen-image display). Qualcomm is offering the tech to third party partners, and they expect you to see mirasol tech on the market by late 2010. [SlashGear]

There aren't many details available about the model as Qualcomm intends to truly show it off at CES 2010, but they do explain that the Snapdragon chip will result in "lower price and longer battery life than what netbooks offer." [PC World via Electronista]

As if the last round of specs weren't enough to get you excited, now it's looking like that 8 MP camera and massive touchscreen will be powered by a 1GHz Snapdragon processor. Don't worry, even though this unit is running Android 1.6, 2.0 should be included by the time the X3 is released.

Whether or not it will be underclocked like the Liquid is still up in the air. Even if it is, it could another Android phone running Snapdragon. That's a good thing. [P4DA via GSM Arena via Electronista via Ubergizmo]

Finally materializing after months of agonizingly vague promises of Androidery, The Liquid A1 is a capacitive-screen WVGA touch phone, set to run Android 1.6 Donut—the first build of the OS to support nonstandard (read: G1) resolutions, among other things—as well as a custom social-networking-centric interface, a la HTC's Sense.

The software details are annoyingly sparing, as are the hardware specs, which for now include expected HSDPA connectivity, a 5-megapixel camera and GPS, but we really know pretty much all we need to at this point: the 1GHz processor and accompanying 3D chipset will make this the first truly fast Android phone, almost regardless of what software Acer shoulders it with to slow it down. In other words, your Android will do what you want it to, when your finger tells it to, and it will be glorious. Whenever and wherever this thing drops, that is. [Acer via Slashgear]

The Future has arrived with Acer Liquid

Acer introduces its new smartphone "Liquid" series: the world's first Qualcomm Snapdragon™ processor based and world's first Android™ 1.6 high definition smartphone, combining cutting-edge technologies, software innovation and an ultra-fluid user interface to create an all-new mobile experience. It is the ideal solution for users demanding the best from their devices, and in particular outstanding multimedia, web browsing, social media integration and video streaming. It also brings smartphone product design forward with its unique and modern style.

Finally something different
Acer Liquid is the first Wide-VGA smartphone in the market benefiting from the latest release of the Android™ 1.6 Operating System (aka Donut) and the first Android™ smartphone in the market equipped with the powerful Qualcomm Snapdragon™ processor.

This platform brings to market unique benefits for the end users and paves the way for a new wave of innovations from the developer community:

* With its High Definition capacitive touch screen (Wide VGA), Acer Liquid offers today an unparalleled experience when watching pictures or videos. But it also holds a promise for the future: the promise of an abundance of new applications on Android™ Smart Handhelds - games, professional applications and web applets that will enrich the end user experience. Now developers can be assured that their investment will build upon a standard resolution for the years to come;
* Powered by the Qualcomm Snapdragon™ processor, Acer Liquid provides instant access to web pages, smooth streaming of videos or music , and instant response from popular mail, maps and search applications. The high-speed processing capability and high-speed internet access (HSPA) of Snapdragon™ brings to life the Android™ experience: no idle-time, almost instant uploads of web pages and downloads of rich multimedia contents. The developer community can now take full advantage of these capabilities to bring to market innovative applications that demand raw computing power and superior handling of 3D graphics.

Unique software enhancements
Acer Liquid also bolsters a set of unique features developed by Acer and its partners:

* Improved power management to help achieve longer battery autonomy for intense users;
* A new user interface with easy access to entertainment and web bookmarks;
* An optimized camera with geo-tagging, ISO, self-timer options and accelerated auto-focus performance;
* Exclusive Spinlets™ application providing free streaming of worldwide music and video, that can be shared with friends and family through web-posting or e-mail;
* Smart integration of Facebook™, Twitter™, Youtube™, Picasa™ and Flickr™ in the address book, with realtime notification of status or content updates.

A refreshing alternative to square shapes
With ellipse curves, a choice of red, white and black colors, and a slim body shape, Liquid will please style-seeking consumers. Designed for ergonomy, Liquid fits well in the hand, and displays a smooth finish. The fluidity of its curves gives the Acer Liquid its unique character and unconventional style.

The video was shot by IntoMobile. As they describe it, the tech sounds like a massive DLP chip—that is, a panel covered with tiny reflective mirrors. Each mirror can change color but it's a passive screen, with no backlight (like most LCDs) and no self-illumination (a la OLED). They get lit up by whatever light is in the room. Saving energy is the key here—anytime you eliminate a light source, you cut way down on the juice. No word on when this will appear on devices, but it's Qualcomm, so you can bet there will at least be some experimental products before too long.

Speaking of experimental products, Time's Josh Quittner points out, on his blog, that several of Qualcomm's components could go together to make a formidable ebook device. Besides this screen, they've got the multi-network mobile chipset (Gobi), a respectable mobile CPU (Snapdragon), and a powerful media delivery system (MediaFLO). Forget the Kindle—who needs Amazon? Oh right, books. [IntoMobile via Netly]

Two ARM cores, one running at 600MHz (for apps) and another at 400MHz, with a 200MHz 3D graphics core that supports OpenGL 2.0 (like the iPhone 3GS, which is actually an advtange over the Pre).

It's hard to know how much different it's gonna feel like in practice versus the Pre until we got our hands on a final unit—there's plenty of time for optimizations and other plumbing work this far out. [Palm InfoCenter]

I say that because so-called smartbooks with ARM-based processors (like Qualcomm's Snapdragon chip) don't support Windows. And there's Nokia with its own Linux-based OS. We've also heard plenty of rumors (since denied) about Nokia looking at Android. We'll have to wait and see. [DigiTimes]

The full list: Acer, Adobe, ASUS, Freescale, Hewlett-Packard, Lenovo, Qualcomm, Texas Instruments. Google is quick to note that it's a partial list, but we can see a range from primarily small-form computer makers like ASUS to bigger PCs like HP and Lenovo, and the addition of Qualcomm and TI means they've got low-powered chipset makers on board. Adobe is an interesting pull—can we expect heavy use of Flash in the OS's core?

The biggest name that's missing is Dell, although smaller PC makers like Sony and Toshiba are also AWOL. We're not sure what Dell is doing to leave them out of the equation: They make pretty popular netbooks and Chrome OS could be as big a boon for them as anyone else. We'll keep you updated on future Chrome OS developments. [Chrome Blog via Engadget]

No idea. We're surprised that Apple is getting in on this agreement, though, and we're wondering if the microUSB port will supplement or replace the standard Apple 30-pin iPod port. We're guessing supplement.

As a refresher, you should go and look back at our cable explainer to see what other kinds of cables are out there now. [Reuters via Slashdot]

Update: Looks like Apple's going to provide an adapter. [PocketLint]

Intel Atom
The current reigning king of low-cost, low-power processors, Intel's Atom flat-out dominates the netbook market. Its single- and dual-core processors are also some of the most powerful on our list, despite having abilities roughly equal to, in Intel's own terms, a 2003-2004 vintage Celeron. Based on the x86 architecture, the Atom is capable of running full versions of Windows XP, Vista (though not all that well), and 7, as well as modern Linux distros and even Hackintosh. While it requires far less power than a full-power chip, it's still more power-hungry than the ARM-based processors on our list, requiring about 2 watts on average. That's why netbook battery life isn't all that much longer than that of a normal laptop.

You can find the Atom in just about every netbook, including those from HP, Dell, Asus, Acer, Sony, Toshiba, MSI, and, well, everyone else. The 1.6GHz chip is the most popular at the moment, but Intel is definitely going to keep improving and upgrading the Atom line. However, you're unlikely to catch an Atom in a handset; it's low-power, yes, but low-power for a notebook. Battery life on an Atom handset would be pretty atrocious, which is why Intel's sticking to netbooks for now.

Qualcomm Snapdragon
Based on ARM, which is a 32-bit processor architecture that powers just about every mobile phone (and various other peripherals, though never desktop computers) out there, Snapdragon isn't competing directly with the Intel Atom—it's not capable of running full versions of Windows (only Windows Mobile and Windows CE), it's incredibly energy-efficient (requiring less than half a watt), and is designed for always-on use. In other words, this is the evolution of the mobile computing processor. It's got great potential: Qualcomm is trumpeting battery life stretching past 10 hours, smooth 1080p video, support for GPS, 3G, and Bluetooth, and such efficiency that a Linux-based netbook can use Snapdragon without a fan or even a heat sink. Available in single core (1GHz) or dual-core (1.5GHz), it can be used in conjunction with Android, Linux, and various mobile OSes.

Unfortunately, Qualcomm is still holding onto the notion that people want MIDs, and is championing "smartbooks," which are essentially smartphones with netbook bodies, like Asus's announced-then-retracted Eee with Android. Snapdragon's got promise, but we think that promise lies in super-powered handheld devices, not even more underpowered versions of already-underpowered netbooks.

We're frankly not sure when we'll see Snapdragon-based devices sold in the US. We're sure Snapdragon will end up in smartphones at some point, as at least one Toshiba handset has been tentatively announced, but the only concrete demonstrations we've seen have been in MIDs, and Snapdragon themselves spend all their energy touting these "smartbooks." Snapdragon's Windows Mobile compatibility suggests we may see it roll out with Windows Mobile 7, if Tegra hasn't snapped up all the good handsets.

Nvidia Tegra
Nvidia's Tegra processor is very similar to Snapdragon—both are based on ARM architecture, so both are designed for even less intense applications than the Atom. Like Snapdragon, Tegra isn't capable of running desktop versions of Windows, so it's primarily targeted at Android and handheld OSes, especially forthcoming versions of Windows Mobile. What sets Tegra apart from Snapdragon is the Nvidia graphics pedigree: The company claims smooth 1080p video, like Snapdragon, but also hardware-accelerated Flash video and even respectable gaming (though no, you won't be able to run Crysis). They also go even further than Qualcomm in their battery life claim, suggesting an absolutely insane 30 hours of HD video.

While Snapdragon tends to be loosely associated with Android, Tegra is an integral part of Microsoft's plan for next-generation Windows Mobile devices. Instead of focusing on "smartbooks" and MIDs, which we think are part of a dead-end category, Tegra's commitment to pocketable handhelds could spell success. We've seen proof-of-concept demonstrations of Tegra already, but its real commercial debut will come with Windows Mobile 7—and if WM7 doesn't suck, Tegra could take off.

Others
We haven't included certain other processors, especially VIA's Nano, due to intent: The Nano requires lower power than full-scale processors, but at 25 watts, it's not even really in the same league as Atom, let alone Snapdragon or Tegra. The VIA Nano is really targeted at non-portable green technology, and looks like it'll do a good job—it outperformed Atom in Ars Technica's excellent test, and stands up to moderate use with ease. AMD's Puma (Turion X2) is in a similar boat: It's certainly markedly more energy-efficient than AMD's other offerings, but as it's targeted at laptops (not netbooks) with a screen size greater than 12-inches, it's not quite right for our list here.

These low-power processors aren't just, as we so often think, crappier versions of "real" processors. They've got uses far beyond netbooks, especially in the near future as the gap between netbooks and smartphones narrows.

Still something you still wanna know? Send any questions about why your iPhone can't play Crysis, how to tie a bow tie, or anything else to tips@gizmodo.com, with "Giz Explains" in the subject line.

The big steps Adobe is going to take to make this work are:

- Removing restrictions on use of the SWF and FLV/F4V specifications
- Publishing the device porting layer APIs for Adobe Flash Player
- Publishing the Adobe Flash® Cast™ protocol and the AMF protocol for robust data services
- Removing licensing fees - making next major releases of Adobe Flash Player and Adobe AIR for devices free

Adobe's also throwing in the AIR platform as well, which is "the next-generation RIA runtime for the desktop, supporting HTML, Ajax, Adobe Flash technology and PDF." [Adobe]

An ugly giganfatastic beast made of multiple boards right out of a Terry Gilliam movie set. It was faster and had wireless connectivity, something that the ARM model didn't had enabled. And obviously, it was untouchable and development oriented.

As you can see, while the Android platform is solid enough for development and testing, it seems we are far away from seeing actual products getting into the market. ARM told us that everything is still pretty much up in the air at this point, and the actual physical cellphone specification is still coming from the Open Handset Alliance.

We will update this post with more Android prototypes hands-on and impressions.