http://www.theverge.com/2015/1/14/7547529/google-project-ara-prototype-hands-ontf
Still very interseted
Still very interseted

Additionally, Eremenko tells us that, right now, you'll need to do that whole battery hot-swapping thing in less than 30 seconds, or else the phone will power down. He hopes to extend that time to one to two minutes by the time the Ara finally ships. Perhaps more worrying is that apparently maintaining the connectivity between modules alone takes up 20 percent of the phone's battery.
Google says it's working to iron those kinks out, and perhaps those worries will be long gone by the time Spiral 3 rolls around. Indeed, Google is already planning on a few improvements, like 4G LTE, high-end camera support and all-day battery life, for the third version of its modular phone. We're still not sure just how long it'll take for Ara to come to market, but it certainly seems like it'll be a while yet. Maybe we should move to Puerto Rico in the meantime.
I can't imagine this ever being commercially viable. The cost of manufacturing all the individual modules must surely be higher than a traditional phone. I doubt they'd manage to get this slim enough to compare with a similar traditional phone as you need to have a main board and it's casing, all the added connectors and each module has to be encased.
Doesn't really look like you can actually modify it that much, if you look at what all the modules, you basically have to have one off everything.
However it does mean you don't have to upgrade the whole phone, just replace the module that you want, say camera or CPU.
Perhaps you can get 'blank' modules to fill unused gaps![]()
Perhaps you can get 'blank' modules to fill unused gaps![]()
Doesn't really look like you can actually modify it that much, if you look at what all the modules, you basically have to have one off everything.
However it does mean you don't have to upgrade the whole phone, just replace the module that you want, say camera or CPU.
You won't have any blank modules that's what I mean, putting a basic phone together looks like it will require every slot. So customisation in that regard like doubling battery up, is out the window.
Can't find it know but theres a pic with the modules in saying what they are, you need 3 x small blocks just for antennas. WiFi, voice, 3g
Maybe someone will put them all in one module, but arm, when it's split like that, you aren't going to have any spare spaces.
On the google dev chat (can't find a link to it - I attended live) they mentioned you'll be able to use "empty blanks" to fill unused spaces. Bluetooth and NFC were definitely in a single module as was the camera - so there's two modules straight away you can leave out.
W would you want blanks? My point has nothing to do with having blanks. It's about customisation.
Ok, so instead of a camera I could have another battery. Or instead of bluetooth I could have another sim card slot.
And so on.
Well yes and no.
As I said currently you need 3 x medium size blocks just for antennas. You need a battery, you need a CPU, and the only thing you could actually ditch is the camera, which for most people is essential. And that doesn't even include Bluetooth/NFC etc. Before it comes on sale they need to make combined modules, if the connectors can even handle that.
Modules can have multiple functions
Google showed several prototype modules, including a Wi-Fi unit, biometric sensor (which measured pulse using an IR camera), and a dummy module that does nothing. The dummy module showed that developers will have about 40% of the PCB add their own hardware, with the rest dedicated to Ara-specific chips and tech, such as the magnets and UniPro processing. For larger modules, developers are able and encouraged to maximize their use of space, meaning that modules can have multiple functions. In fact, to build the display module, the Project Ara team used a Samsung screen that didn't take up all of the space available, so they packed in another small battery. Batteries everywhere, please.