connected devices made simple

March 2013

confidential – not for distribution

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adding connectivity can be an expensive investmentIt will take at least a year and dedicated resources to build the a basic production-capable connectivity infrastructure.

confidential – not for distribution

minimum requirements:- networking, wireless, hardware and

security expertise- 12+ months lead time to design and build

the infrastructure architecture- investment in hardware - security management - wireless approvals- day-to-day operational support and

maintenanceservers mgmt

softwareapprovals security network

firmwaretools networking

protocolswifi chip processor softwaredesign

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The time, resource commitment and expense usually takes away from core product development

how is electric imp implemented

Twitter, SMS,traffic, flight info, weather, email, etc.

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confidential – not for distribution

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Cloud

Factory Firmware UpdatesDiagnostics monitoring

Mobile app for product control and monitoring

Product with embedded imp module or removable imp card

confidential – not for distribution4

electric imp’s integrated solution

electric imp combines the essential pieces you need to connect your products to the Web into a cost effective, accessible and open platform.

imp OS imp Cloud imp API

imp IDE Imp Console BlinkUp

Build code upon a powerful OS to provide advanced features on your

devices and in your services

Seamlessly connect devices to software, third party services and

external servers

Enable a device to communicate and interact with almost any server

on the internet

A web-based platform to develop software for devices and services

Configure devices in the factory, deploy updates at any time and

monitor device activity and health to provide enhanced customer

support

Provide a simple and elegant solution for to configure a device

Part Number /Description

IMP001imp card – in-system removable

IMP002imp module – embedded design non-system removable

Casing External plastic casing No external plastic casing

Accessibility Removable and user accessible Non-removable (solder down)

Pins 6 pins 12 pins

I/O (GPIO, PWM, Analog input & output / SPI (2 channels), UART (3 channels), I2C (2 channels))

(GPIO, PWM, Analog input & output / SPI (2 channels), UART (3 channels), I2C (2 channels))

Antenna An internal antenna - Antenna (2.5dBi maximum antenna gains) An internal antenna or external antenna

Power power (ultra low power 6uA sleep mode with RTC and GPIO wake and control of external PSU to maximize battery life in 2xAA/AAA configurations)

power (ultra low power 6uA sleep mode with RTC and GPIO wake and control of external PSU to maximize battery life in 2xAA/AAA configurations)

Wifi 802.11b/g/n (20MHz, 1x1), +16.75dBm max output power, -97dBm typical sensitivity

802.11b/g/n (20MHz, 1x1), +16.75dBm max output power, -97dBm typical sensitivity

Min. Design Req. SD socket and Atmel ID chip Phototransistor and a bi-color LED

Core ARM Cortex M3 core processor (32-bit) ARM Cortex M3 core processor (32-bit)

Memory 70kB RAM / 128kB Code Space 70kB RAM / 128kB Code Space

Approval FCC/IC/CE/C-tick and SARS approved there is no requirement for the host device to have wireless approval

Will be approved however the host device still needs to have wireless approval; to aid in the approval process you can reference the imp certification

For more info http://devwiki.electricimp.com/dokuphp?id=specification

confidential – not for distribution

hardware options

select a wifi network

enter the wifi password and send

BlinkUp

hold the screen to the imp in your device

during BlinkUpyour device is now

connected

4G 8.00AM

Connect an Imp

home

work

other network

>

>

>

4G 8.00AMnetwork

home

password

********

Send BlinkUp

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Blinkup supports WEP, WPA and WPA2 encryption schemes as well as WPS setup.

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connecting the imp to WiFi in 4 easy steps with BlinkUp

www.electricimp.com

connected devices made simple