I am not an employee of NVIDIA or Make. :) But I am using this promo as an opportunity to see if anyone has made progress on getting the Jetson TK1 airborne.
https://developer.nvidia.com/embedded/makejtk1
The Jetson was released over a year ago. The community support has developed nicely since then. A custom kernel provided by users, and 'JetPack' (by NVIDIA) help to accelerate the setup process. I was able to get Jetson and Pixhawk talking via MAVLink by following the "Communicating with ODroid via MAVLink" wiki entry, without too many issues.
http://dev.ardupilot.com/wiki/odroid-via-mavlink/
I have not yet flown with the Jetson. This development board is a bit bulky: approximately twice as big and heavy as the Odroid XU4 (XU3 and Jetson pictured). However, it offers top-notch performance for computational intensive tasks such as vision processing.
Jetson/XU4 Weight: 120g / 60g
Jetson/XU4 Dimensions: 127x127mm / 82x58mm
*Percepto's Indiegogo campaign proposed TK1-based hardware that is more down-to-size.
It is worth mentioning that DJI has recently released a companion computer based on the Jetson for their development copter. 'Manifold' is approximately the same size/weight as the Jetson development board, but with different I/O.
https://developer.dji.com/manifold/
(image source: http://arstechnica.com/information-technology/2015/11/dji-tempts-developers-with-new-ubuntu-computer-for-drones/)
Comments
Looking at NVIDIA Developper's site , I found on this partner
http://coloradoengineering.com/wp-content/uploads/2015/06/TK1-SOM-N...
These guys have the expertise to build what were are looking for
Ok, I've created a repo under diydrones.com called "companion". It's empty but I'm happy to accept any PRs to start adding value. I think we should structure it so that the top level is OS / board. i.e. Ubuntu / TK1.
Probably one of the first things we need are setup scripts to install all the packages that are commonly needed (MAVProxy, dronekit, etc).
If people have images for common platforms we can put those into the wiki downloads area.
... Minor Update: the 1-off TX1 module price is confirmed to be $299 (in early 2016).
Just for the records, a picture of the thermal transfer plate
http://devblogs.nvidia.com/parallelforall/wp-content/uploads/sites/...
@Glenn @Patrick
This sounds great. Unfortunately, I am not an expert PCB designer. So we will need to find somebody with that sort of experience in order to produce a quality design..... I would be happy to handle small-batch assembly/reflow and distribution (from the US) if we had the right design.
@Thomas Thanks for the TK1 promo link. I have one on the way.
I also would be interested in collaborating on a TX1 carrier board for UAV applications.
Thanks Thomas for the developer's link ,there are extremely valuable information on this.
If you are planning a build request for the UAV Carrier Board, let me know.
This is the kind of device I am really looking for... especially sinc @c j g confirmed the price for the ADAS development board... (10k$)
@c j g
Based on the docs, it looks like the TX1 module includes a thermal transfer plate (TTP: 87x50x6mm). And a heat sink/fan can be screwed onto this thermal transfer plate.
The docs list a "calculated mass" (whatever that means) of the TX1 module w/ TTP as 45 grams. I guess the TPP has some serious weight .... Ultimately, somebody should just weigh the thing. :)
@Thomas. Do you have some information about the weight with cooler (and fan) included?
Here is a reply from an NVIDIA rep, regarding TX1:
TX1 Customized Carrier Board Design:
TX1 Module Sales (to individuals):