MIKROE-1703

MIKROE-1703 Datasheet

MikroElektronika’s top-notch production fascility

Part	Datasheet
MIKROE-1703	MIKROE-1703 (pdf)

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Development Boards WunderBar - Turns App developers into Internet of Things IoT innovators As easy as breaking off a piece from a chocolate bar, the WunderBar turns App developers into Internet of Things innovators. It's a set of six sensors and a WiFi enabled main module, same stuff that makes your tablets and smartphones smart. ORDER NOW As seen on: A World Beyond Your Smartphone Imagine if you could take apart a smartphone and pull out all the hardware that makes it smart, then snap off a single sensor and stick it to a wall or wherever, as simply as you would cut & paste blocks of working code in a text editor? That’s the essence of the WunderBar. You have access to all the data from these sensors and modules, without having to learn about hardware. No wires no soldering no nothing. You can develop Android or iOS Internet Of Things apps just like you're used to, in Xcode, Android SDK or any text editor with command-line compilers. It’s all because it’s connected to a cloud. Bridge It’s Raining Chocolate! Sensor readings are instantly sent to the Relayr Cloud which stores them into your secure personal account. The cloud hosts iOS, Android and node.js SDKs, APIs, frameworks and libraries that allow you to read all the data from the sensors so you can easily access them and process them from within your app. Main Module IR Transmitter Microphone Temp & Humidity Accel & Gyro Light & Proximity Works right away Each module is fitted with firmware that makes it fully functional from the start. Yet it's flexible enough to allow you to configure it for your App. Fast and secure Based on core technologies developed by Twitter, LinkedIn and Yahoo, the Wunderbar kit and Cloud constitute a fast, secure and scalable system. Energy-efficient Each sensor module runs on a single coin cell battery that will last for at least a month. It's because of the way the firmware utilizes the BLE transmitter. Tastes Better When You Share It The temperature sensor is publicly accessible right out of the box. Over time, every developer will be able to tap in to a world wide network of WunderBar sensors, giving you a wealth of data you can put into use in your Internet of Things apps. Tech specs The WunderBar is delivered as a single block of PCB. The modules are separated with V-cut inscisions. You can snap each of them off if needed. Put a battery into a socket on the backside of each sensor and plug in the USB power supply to the main module. They will start communicating right away through Bluetooth Low Energy BLE . Master module - Main MCU Freescale MK24FN1M0VDC12, Kinetis-K 32-bit Cortex -M4 core with DSP instructions - Clock Speed 120MHz - Flash 1024 KB - SRAM 250 KB - Gainspan GS1500M WiFi module IEEE 802.11b/g/n, WPA/WPA2, full TCP/IP stack including SSL/TLS - Nordic nRF51822 BLE Cortex -M0, Bluetooth stack - IO 12 exposed GPIO pads, including 4 ADC, SPI, I2C and SDIO - 3.3V regulator including Li-Ion/Li-Po charger - Full-speed USB w/OTG controller - 32 kHz Xtal oscillator for RTC Sensor modules - SoC Nordic nRF51822 BLE Cortex -M0, Bluetooth stack - Clock Speed 16MHz - RAM 16 KB - Flash 256 KB - IO 8 exposed GPIO pads, including SPI, I2C, TWI, UART, ADC - 32 kHz Xtal oscillator - One of the following sensors: Temp / Humidity Features HTU21D, a low power digital sensor of relative humidity and temperature. Light / Proximity

PDF Datasheet Preview

Development Boards

WunderBar - Turns App developers into Internet of Things IoT innovators

As easy as breaking off a piece from a chocolate bar, the WunderBar turns App developers into Internet of Things innovators. It's a set of six sensors and a WiFi enabled main module, same stuff that makes your tablets and smartphones smart.

ORDER NOW

As seen on:

A World Beyond Your Smartphone

Imagine if you could take apart a smartphone and pull out all the hardware that makes it smart, then
snap off a single sensor and stick it to a wall or wherever, as simply as you would cut & paste
blocks of working code in a text editor? That’s the essence of the WunderBar. You have access to all the data from these sensors and modules, without having to learn about hardware. No wires no soldering no nothing. You can develop Android or iOS Internet Of Things apps just like you're used to, in Xcode, Android SDK or any text editor with command-line
compilers. It’s all because it’s connected to a cloud.

Bridge

It’s Raining Chocolate!

Sensor readings are instantly sent to the Relayr Cloud which stores them into your secure personal account. The cloud hosts iOS, Android and node.js SDKs, APIs, frameworks and libraries that allow you to read all the data from the sensors so you can
easily access them and process them from within your app.

Main Module

IR Transmitter

Microphone Temp & Humidity

Accel & Gyro Light & Proximity

Works right away

Each module is fitted with firmware that makes it fully functional from the start. Yet it's flexible enough to allow you to
configure it for your App.

Fast and secure

Based on core technologies developed by Twitter, LinkedIn and Yahoo, the Wunderbar kit and Cloud constitute a fast, secure and scalable system.

Energy-efficient

Each sensor module runs on a single coin cell battery that will last for at least
a month. It's because of the way the firmware utilizes the BLE transmitter.

Tastes Better When You Share It

The temperature sensor is publicly accessible right out of the box. Over time, every developer will be able to tap in to a world wide network of WunderBar sensors, giving you a wealth of data you can put into use in your Internet of Things
apps.

Tech specs

The WunderBar is delivered as a single block of PCB. The modules are separated with V-cut inscisions. You can snap each of them off if needed. Put a battery into a socket on the backside of each sensor and plug in the USB power supply to the main module. They will
start communicating right away through Bluetooth Low Energy BLE .

Master module
- Main MCU Freescale MK24FN1M0VDC12, Kinetis-K 32-bit Cortex -M4 core with DSP instructions - Clock Speed 120MHz - Flash 1024 KB - SRAM 250 KB
- Gainspan GS1500M WiFi module IEEE 802.11b/g/n, WPA/WPA2, full TCP/IP stack including SSL/TLS - Nordic nRF51822 BLE Cortex -M0, Bluetooth stack - IO 12 exposed GPIO pads, including 4 ADC, SPI, I2C and SDIO - 3.3V regulator including Li-Ion/Li-Po charger - Full-speed USB w/OTG controller - 32 kHz Xtal oscillator for RTC

Sensor modules
- SoC Nordic nRF51822 BLE Cortex -M0, Bluetooth stack - Clock Speed 16MHz - RAM 16 KB - Flash 256 KB
- IO 8 exposed GPIO pads, including SPI, I2C, TWI, UART, ADC - 32 kHz Xtal oscillator - One of the following sensors:

Temp / Humidity

Features HTU21D, a low power digital sensor of relative humidity and temperature.

Light / Proximity

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived MIKROE-1703 Datasheet file may be downloaded here without warranties.

Datasheet ID: MIKROE-1703 649288