XinoRF - 100% Arduino UNO R3  board with radio transceiver (CISECO B008)

This is an easy to use digital electronics development board. It's a hybrid of the phenomenally popular Arduino UNO R3 and our  SRF-U wireless module. The combination provides some truely unique features. (read full review)

• Built in wireless (means you don't need an XBee shield or similar)
  
  
• Full size 28 pin DIP micro (easily removable)
  
  
• Over the air programming (means you can upload sketches from your PC without any wires)
  
  
• Low profile (as the radio is built in the height is identical to a normal Arduino)
  
  
• Code is easily transferred between RFu, XBee shield with XRF (eliminates effort)
  
  
• Mini USB connector (doesn't get in the way of shields like the larger USB connector does on other Arduino's)
  
  
• Huge user base of example code and hardware (the largest community of any similar platform)
  
  
• Use any existing Arduino code (with no or very little modification, pin 8 is radio enable thats it)
  
  
• Gold plated finish (Protection against oxidization means your device will outlast normal HASL boards)
  
  
• XBee style wireless comms (Most series 1 type XBee serial sketches will easily work)
  
  
• FREE to download complier software (http://arduino.cc/en/Main/Software)
  
  
• Instant wireless I/O (simply download Pinata sketch and wiggle, read ADC's, set pins/PWM by simple text commands, upto 676 devices on a network)
  
  
• Side access reset switch (easy to get at when shields are on top)
  
  
• Easy to extend range (just add 8.2cm wire to antenna port, pictures are here)
• The board is in stylish blue colour just like the original Arduino.

 

We think it's the easiest wireless to use anywhere, here's a quick example that will send a simple text string to another XRF family radio.

pinMode(8, OUTPUT);
digitalWrite(8, HIGH);
Serial.begin(115200);

Serial.print("HELLO WORLD");

 

Features

• UNO R3 layout with the newer extra I/O pin layout
  
  
• ATmega328 P-PU micro-controller (32kb flash, 2kb RAM, 1kb EEPROM)
  
  
• 115200 Baudrate as default for the SRF-U
  
  
• Full speed 16Mhz
  
  
• Micro-controller runs at 5v
  
  
• Lots of I/O - 14 DIO (6 PWM, 6 analog, 40ma output)
  
  
• USB to radio "auto switching" when USB plugged in
  
  
• Utilises an SRF-U instead of an FTDI or 8U USB to serial chip
  
  
• SRF programming header for in place firmware upgrades
  
  
• Plated through hole for adding a wire whip to extend range
  
  
• D8 enables the radio, the same as in our XBee shield and RFu products
  
  
• DC recommended input of between 6.5v to 9v (15v absolute maximum, see docs)
  
  
• USB powered with auto power switching to DC jack
  
  
• USB power is protected by Poly Fuse
  
  
• RX/TX LED's
  
  
• Made in the UK

 

Technical data

Dimensions: 68.58 mm x 53.4 mm x 14.9 mm (DC jack highest point)

OTAMP Default Settings 

The XinoRF is pre configured for OTAMP with the following settings:

Downloads

Windows driver - USB CDC driver cc1111.zip

Pinata (the really, really easy way to do wireless I/O) - Pinata for Arduino

Part images for use in Fritzing - http://openmicros.org/index.php/articles/88-ciseco-product-documentation/275-fritzing-parts

Documentation

Compare the radio modules for range & features - radio comparision chart.pdf

XinoRF – Learning the basics  (with sample code)

Driver install (uses the same driver as the URF, SRF stick etc)

Pinata 123 introduction

LLAP library to enable the construction of easy wireless nodes

v1.1 Schematic PDF

Projects

Claire's automated light switch

Related or associated products

RFu - 328

SRF stick

 

Make an informed purchase

We strongly recommend you read all about this item before purchase. Our products are intended for people who love the challenge of being part of making things. Some items are easy to use and some are not, please make your decision to buy based on what you see combined with your own experience levels. Please don't rush in, if you need to ask questions, please do on our forum at Openmicros.org