Wednesday 30 September 2015

                                                                                                                                                                                                                                                                                                                                                                       Google wants to do to hardware what apps did to software.

 By creating a phone that can have each component changed, Google believes it will drive down hardware pricing while allowing users to pick and choose what they want. That's what Google's Project Ara - a modular smartphone - aims to do.

Google wants any developer to be able to create modules for its Ara device, meaning kit you might have seen on Kickstarter in the past as a standalone device could go directly into your Ara phone in the future.


The Project Ara team is currently working to create an online marketplace, a bit like Google Play, solely for buying hardware modules. It's expected that in the future other companies will be able to sell their hardware add-ons through this platform.

The Project Ara team recognises there may be a sharing of modules and will be supporting that in whatever form it emerges.

Although Project Ara devices will run the Android operating system, the project is considered a development effort and not an official Android or Nexus project. In fact, because Project Ara is a development effort, it's also not considered an official Google product.


The newest Project Ara prototype is called Spiral 2. It's a block-based modular smartphone and builds upon the MDK version 0.20.

Specifications for the Spiral 2 include a 1280 x 720 display, light and proximity sensors, 5-megapixel camera, Wi-Fi and Bluetooth, 3G modem with a Band 2 antenna, separate Band 5 antenna, battery, speaker module, and a Marvell PXA1928 or NVIDIA Tegra K1 processor block.

The Project Ara team unveiled 11 different prototype modules, each of which acts as a reference design for developers, and Spiral 2 supports hot-swapping those modules. One example module is a pollution sensor that turns your smartphone into a portable air-quality gage of sorts.

Although the hardware aspect of Spiral 2 is complete, the firmware is not. Other things that are still in the works, mostly because they're complicated, include better battery technologies and getting suppliers on board, discrete GPUs from partners, and identity modules.
An identity module is just in the conception stages at this point but could contain all your IDs, security certificates, and other information.
Google has explained what we can expect for Spiral 3, the next Project Ara prototype. It will feature an inductive data connection on the phone so modules and the endo can communicate with no actual contact. Spiral 3 will also support 4G/LTE.
Spiral 2 has a 1x1 block that includes a microUSB port for charging and syncing, but Spiral 3 will feature wireless connections instead. Spiral 3 should also debut around the same time as the module marketplace and MDK version 0.5.


Google has explained what we can expect for Spiral 3, the next Project Ara prototype. It will feature an inductive data connection on the phone so modules and the endo can communicate with no actual contact. Spiral 3 will also support 4G/LTE.
Spiral 2 has a 1x1 block that includes a microUSB port for charging and syncing, but Spiral 3 will feature wireless connections instead. Spiral 3 should also debut around the same 
time as the module marketplace and MDK version 0.5.
Project Ara will launch a pilot programme that will take place in Puerto Rico. This was scheduled for 2015 but got moved back to 2016. There will be an initial test market in a few US locations.
An entry-level Ara device is expected to be in the $50-100 range, though that's just the "bill-of-materials cost". The Project Ara team said the final price with a carrier contract could be more or less than that.
Tester kits have been available for some time from Google, which the company has been dishing out in waves to make sure it has the widest input when perfecting the phone.

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