Saturday, January 28, 2017
Thursday, January 19, 2017
This is Airball running on a Raspberry Pi with a 5" screen. This is the cheesiest of demos possible but I find it exciting because I can look at this and imagine an Airball "avionic" component with an embedded system. And I just found out that, with RaPi 3 in a SODIMM form factor, there is an upwards compatible path to an actual product! Cool, eh?
Sunday, January 8, 2017
Airball for Linux Single-Board Computers
This weekend I started porting the Airball UI to generic Java code -- removing the Android dependencies -- so that it can be used on a Linux Single-Board Computer such as a Raspberry Pi or an Up Board. Here is the new Github repo:
https://github.com/ihab/airball-for-lsbc
This will eventually allow us to build the UI as a customized avionics "brick". While displaying the UI on smartphones and tablets is cool -- and likely how we're going to start prototyping Airball -- building a dedicated avionics box is essential for the following two reasons:
1. We can use a high brightness (1000+ nit) LCD panel for daylight visibility; and
2. The controls can be minimized to one or two simple knobs for ease of use.
As an example of the sort of thing we plan to build, check out the Dynon D2 Pocket Panel.
Work proceeds!
https://github.com/ihab/airball-for-lsbc
This will eventually allow us to build the UI as a customized avionics "brick". While displaying the UI on smartphones and tablets is cool -- and likely how we're going to start prototyping Airball -- building a dedicated avionics box is essential for the following two reasons:
1. We can use a high brightness (1000+ nit) LCD panel for daylight visibility; and
2. The controls can be minimized to one or two simple knobs for ease of use.
As an example of the sort of thing we plan to build, check out the Dynon D2 Pocket Panel.
Work proceeds!
Saturday, January 7, 2017
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