Edison is a really interesting device. We flew them recently as payload as Intel flew Edison based Cansats at ARLISS 2014 as part of the Edison product launch. Dual Core x86 based Atom processor (with a smaller, C programmable controller with an RTOS for real time events). 5GB NAND memory and 1 GB of RAM. Bluetooth and 802.11n WiFi (at 20 dBm Tx power!). Linux OS. Can be programmed with Arduino IDE as well as C, C++, Python ... and all the usual Linux tools. Sparkfun has a VERY interesting set of small (1.8"x1.2") accessory boards that stack off the Edison module - including a 9DOF board for $35. A LiPo battery board. ADC. OLED display. I2C. ADC. microSD. A finally an extension board that emulates Arduino and takes Arduino shields. https://www.sparkfun.com/categories/272 Smaller, faster than RaspPi. More powerful than Arduino. Compatible with Arduino if you insist. Cheap. Intel's play for the Internet of Things. Likely around for a while. For what it is worth ... we are using WiFi for CanSat telemetry on several educational programs .. and at 20 dBm ... with a decent $80 Ubiquiti ground station - you can get WiFi telemetry to about 20k' AGL ... and not work very hard. K On Sep 23, 2014, at 12:31 PM, Mark C Spiegl <mark.spiegl@xxxxxxxxx> wrote: > Ken Biba wrote: > >> Actually ... it is pretty easy to DIY this with either an Intel Edison or > >> an Arduino YUN as the core processor. And for about the same price. > > Excuse my lazy response for not looking up the answer. Is the Edison better > than the ARM based machines?? The price is right at $50. > > I've had good luck with the Coridium (ARM based) SOCs. The $20 unit is nice. > The development environment supports C. > > http://www.coridiumcorp.com/prod-specs4.html > > http://www.sparkfun.com/products/13024 > > --MCS