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This XINO basic is the newest "sister" to the rest of the XINO range. Designed to be the most economic way possible of running either basic wireless I/O or gaining access to the underlying TI wonderchip the CC1110. More cost effective way to get into the CC than the TI eval kits.

When the XRF module runs the aProtocol firmware you can, by sending very simple messages, wirelessly gain access to: 4 digital outputs, 4 digital inputs and 4 ADC channels. This allows the building of solder free wireless solutions for many purposes. Being Arduino shaped some modules such as our relay shield can be plugged in and you have an instant wireless switch. 

• Designed to use the Ciseco XRF module (not included, see other items).
  
  
• The underlying CC1110 can be programed with the Free "kickstart" or licenced version of the IAR "C" compiler for 8051 (see TI site for download details and CC sample code). Support for this is "as is", we can help "commercially". For £3.99 you are buying just the parts to enable you to do this, unfotunatly not that we "show you how". This is not something for the beginner at all, we suggest sticking to the aProtocol firmware that gives I/O access over the air.
  
  
• Designed to allow the physical plugging in of Arduino shields. The XRF runs at a nominal 3.3v, many arduino shields run at 5v, pay close attention to shield specs before plugging in any shield.
  
  
• Really useful top left project area for soldering of other devices, sonsors etc. Has 1 x SOT23 SMT pad for FET's, transistors, voltage regs etc and 1 x SOT235-6 pads for smaller devices.
  
  
• Has a 2x5 way connector to plug straight into the CC Debugger.
  
  
• Has a 1x5 way header which connects RESET, GND, MCUPOWER, TX, RX for serial bootloading and communicating serially to an XRF.
  
  
• Can be battery powered by 2  cells ect.  XRF will run at between 1.8v and 3.6v.
  
  
• Low current consumption as the device is directly powered, not through voltage regulators.
  
  
• Right angled side facing reset switch. Much easier to press when boards are stacked above.