Arduino Tian Development Board The Arduino Tian SBC from Arduino, joins the Arduino Yun as an Internet of Things (IoT) enabler. The board features a SAMD21 microcontroller with a 32-bit ARM Cortex-M0 core. You will also find a Qualcomm Atheros AR9342 MIPS processor with a Linino operating system and a IEEE802.11n 2x2, 2.4 GHz dual-band WiFi module. The Tian is perfect for IoT applications such as robotics, home monitoring & security and wearable devices. Tian compared to Yun On-board microcontrollers . The Tian has more SRAM (932 KB) and flash memory (256 KB) with an ARM microcontroller compared to that of the AVR microcontroller on-board the Yun. MIPS . The Atheros AR9342 on the Tian provides more processing power (560 MHz) to that of the Atheros AR9331 (400 MHz) featured on the Yun. WiFi Module . The Tian supports the IEEE802.11n (largest bandwidth) with the Yun supporting IEEE802.11b/g/n. Extra features . The Tian features Bluetooth 4.0 (EDR/BLE) and has 4 GB of eMMC flash memory. Features & Benefits of the Arduino Tian •Arduino Studio support •Linino OpenWRT that includes Python 2.7 •Three reset buttons (MCU, WiFi, MIPS) •Eight status LEDs •256 KB flash memory •32 KB SRAM •20 digital I/O pins with 12 PWM and UART •6 analogue input pins with 12-bit ADC •1 analogue output pin with 10-bit DAC •48 MHz clock speed •64 MB DDR2 RAM •eMMC flash memory 4 GB •Bluetooth 4.0 CSR8510 chip with EDR/BLE •0° C to 60° C operating temperature •3.3 V operating voltage •Powered via microUSB or external power supply •Four screw holes to attach the Tian to a surface or case if desired •Dimensions: 27 ins x 2.1 ins For more Tian information: http://labs.arduino.org/Arduino+Tian? Arduino ARM Development Boards We have a range of Arduino boards at RS that feature a 32-bit ARM microcontroller at the core. The Due with a SAM3X8E ARM Cortex-M3 and the M0/M0 Pro with a SAMD21G18 ARM Cortex-M0.

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Arduino Robot with ATmega32u4 The Arduino Robot is a great, fun platform for you to learn about robotics. Made to be flexible for all levels of experience, the robot consists of two boards: a control board (with a variety of on-board sensors) — ideal for beginners to programming, and a motor board — for the more experienced programmer. Each board features an AVR ATmega 32u4 microcontroller. The Robot is really easy to setup — you can even name your robot. All you need to do is input the microSD card into the LCD screen and attach the LCD screen to the control board. Connect your robot to a computer via USB cable. Now you are ready to program using the Arduino IDE. Arduino have ready made examples to help you get started such as Disco Bot, where your robot plays and 'dances' to music, and Runaway Robot, to stop your robot bumping into walls. Robot Contents: Robot Quick Start Guide 4 rechargeable AA batteries USB cable microSD 2 GB memory card with adapter LCD colour screen with microSD card reader Protective cover for the motor board bottom Features & Benefits of the Robot •Can be powered using a USB connection or 4 AA batteries Control Board •Built-in USB communication •5 digital I/O pins •6 PWM outputs •32 KB flash memory •2.5 KB SRAM •1 KB Internal EEPROM •512 kbit External EEPROM •16 MHz clock •5 key control pad •Potentiometer •8 ohm speaker •Colour LCD screen with microSD card reader •Digital compass •5 V operating voltage Motor Board •Built-in USB communication •Battery charger •Battery holder (holds four alkaline or NiMh rechargeable batteries) •4 digital I/O pins •1 PWM output •32 KB flash memory •2.5 KB SRAM •1 KB EEPROM •16 MHz clock •5 V DC-DC converter •Trimmer for movement calibration •5 IR lines following sensors •1 soldering port •2 prototyping areas For Arduino resources: http://labs.arduino.org Arduino AVR Development Boards We have a range of Arduino boards at RS ...

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