With the announcement of its upcoming Project Ara developers conference in January, a video has been posted by the Ara team, detailing one of its Phonebloks development units up and running with Android.
As you can see, the unit is still in the early stages of development, but seeing the process which the Project Ara team goes through to create a device such as this is a real treat. (more…)
With commercial availability of Project Ara slated for early 2015, more information has gone public this week through Phonebloks, a bit of which may be very exciting for fans who have been following along with the platform’s development news and were curious about swapping modules in and out.
If under a rock is where you have been making your bed for the past year, know that Project Ara is Google’s (and a team of other companies) platform to bring a modular smartphone to market. In essence, it is a smartphone comprised of swappable parts, made from various companies who specialize in their particular fields of technology. (more…)
Now that we’re so close to the Project Ara Developers Conference set to go down on April 15th and 16th, it seems Phonebloks couldn’t resist uploading an update video on the progress of the team behind Project Ara. The video shows some of the prototypes of Project Ara, but there are no finished products to be revealed here.
Project Ara, the modular phone project now run by Google, is probably one of the most interesting smartphone developments for tech enthusiasts to pay attention to in years. The idea is simple – you have a bare-bones skeleton phone that can be customized through modules that are created by third party outfits. Things like battery size, camera sensor, CPU, RAM, radio connectivity, and display could (in theory) all be chosen and then swapped depending on the user, time of place, or budget.
Think about a phone that could start at $50 because it only has display and WiFi modules, but could then reach a variety of price points from there through camera additions, 4G LTE radios, a higher-resolution display, an awesome speaker, or a 2-day battery? And then think about next year, when a new camera module is out or a display can be upgraded from 1080p to 2K or Qualcomm releases a new Snapdragon? Wouldn’t that be the life? (more…)
Well, folks, Motorola’s modular smartphone platform called Project Ara has a manufacturing partner. The company is called 3D Systems, a 3D printing outfit that helped them with their MakeWithMoto campaign shortly after the Moto X launch. 3D Systems will attempt to “create a continuous high-speed 3D printing production platform and fulfillment system” to help deliver the pieces needed to make modular phones a reality.
After Motorola surprised the tech world a bit last night with the introduction of their new modular hardware smartphone concept called Project Ara, we were sort of wondering when we’d hear from Phonebloks. After all, Phonebloks was the first to put modular phone design on our radar, and Motorola name-dropped them in their announcement. Today, in a video press release, Phonebloks founder Dave Hakkens talks about his trip to meet Motorola, the sit downs with other companies, early goals for the Phonebloks community, and more. (more…)
Remember Phonebloks? It was the modular smartphone project idea that wanted to build phones that could be easily upgraded using modules. The idea was essentially to give users the option to upgrade the hardware in their phones as they need, without having to buy a new phone or throw their current phone away. If a phone were made up of modules for the charging port, processor, display, camera, etc., they could upgrade individual pieces to keep their phones current, powerful, and relevant.
So guess what? Motorola has been working on a similar project for a year and it’s called Project Ara. In other words, Motorola is going to try to bring the concept of Phonebloks, which most people thought was unattainable and a dream, to life. (more…)
The makers of Phonebloks bring up an excellent point in their introduction video. When a cellphone reaches its end of life, it is usually due to a single component within the phone. Maybe the screen has died or the processor simply gave out. No matter what the issue is, if the phone was made of interchangeable blocks, including the display, we could just fix the issue and not resort to throwing away a whole phone. (more…)