96Boards now has 3 different specifications for 3 classes of application. There's Consumer Edition (CE), with standardized breakouts for both high-speed and low-speed signals, USB ports, HDMI, and so on. There's also the Enterprise Edition (EE), which is more for server and networking applications. It's a larger and more free-form design, with a low-speed header, USB and Ethernet, minimum 1 GB DRAM or expandable SODIMM slots, and optional 1 - 16 x PICe. Finally there's the brand new IoT Edition (IE) spec. It's designed to be tiny in order to fit anywhere.
All of these specifications have variants that allow hardware developers to add extra bits to their boards, making this a very flexible way of standardizing the important parts of SBCs.
The big benefit is that you can unite developer communities accross platforms. The mezzanine card or maker project developed for board A will be compatible with board B, and vice versa. With support from Linaro, providing a common Linux ecosystem for these boards, not even software compatibility should get in your way.
My honest opinion is that this open specification is very cool.
Gumstix is a 96Boards Partner
Yep, we're in cahoots with the folks at 96Boards and Linaro to bring you compliant hardware. The release of the AeroCore 2 for Dragonboard 410C was only the start. At the same time, we added the 96Boards Mezzanine Connector module to Geppetto D2O's library so that users can design their own mezzos for other applications. If you don't know what Geppetto is, you can learn more by going to the Meet Geppetto page, read my earlier posts, or go straight to geppetto.gumstix.com and give it a try.
I did a demo for 96Boards OpenHours, hosted by Mr. Robert Wolff (@sdrobertw) and actually flew my MAV, using a Dragonboard and the AeroCore 2 live in my office -- complete with a visit from the "demo demon". The whole thing's on YouTube.
So for those of you who don't know, a little compute module was released last year with quite a lot of juice hidden under its heat dissipator. The Intel® Joule™ module delivers unprecedented compute power in a tiny package. From its two 100-pin Hirose connectors pour USB 3.0, MIPI LVDS, PCI Express, HDMI, and a lot of what you already expect from COMs and SoCs. It also houses its own WiFi and Bluetooth hardware. All with the power of a quad-core processor akin to the Core-I7s you find in your desktop PCs.
Surprise, surprise, Geppetto's got that too! You can go in and build your own host board using the Intel module and harness most of what it has to offer.
So a Square Peg and a Round Hole Walk Into a Bar...
On one hand you have this fantastic open spec hardware platform [round hole]. In the other, this epic compute module [square peg]. "those will never fit together," you might say (in fact, one 96Boards community member did). Well, we gumstixians are very resourceful. And the spec doesn't restrict the SoC's architecture to ARM, that's just the expectation. So what did we do? We took all of the components that make the 96Boards Consumer Edition spec great, we wired it up to the Joule connectors, (tested it), gave it a name, and unleashed it on the unsuspecting masses.
And that is how the Nodana 96Boards Consumer Edition (96BCE) for the Intel Joule module came to be. Here it is:
|Gumstix Nodana Features|
The Black Sheep
That's right, all you doubters. Now you can test your 96Boards projects on a powerful 64-bit multi-core Intel chip. It's the first of its kind -- the first non-ARM 96Boards device. Take it for a spin and tell me about what you do with it. You can order it at store.gumstix.com/nodana-96bce.html
x86 IoT Fun
Psst! We are also taking the IE spec to this dimension. Our Radium 96BIE board complies with the 96Boards IoT Edition specification and runs the Intel® Curie™ module. A 32-bit Quark processor in bed with an ARCv2 MCU, a 6-axis internal measurement unit (IMU) and an independently programmable Bluetooth controller. Check it out at store.gumstix.com/radium-96bie.html.