IOT PLANET

GRENOBLE 2015

PITCH SESSION

Patrick SAUVIGNET

November 4-5th

Embedded systems design house Funded by industry veterans in 2009 with a team of 25

experienced and multidisciplinary engineers

THE COMPANY AT A GLANCE

One-stop set of solutions and services to secure your R&D projects

OUR APPROACH

OUR APPROACH

• The challenges

• How to maintain the innovation pace required by the competitive landscape ?

• While being focused on the core business, where competitiveness is maximal

• Our answers

• Keep scanning the market to identify technology trends

• Implement a competencies and building blocks roadmap anticipating customer needs

• Provide one-stop shop services for simplicity and efficiency

Intelligent Building Systems

Contactless Connectivity IoT

Connected Multimedia

KEY AREAS OF ACTIVITY

KEY AREAS OF ACTIVITY

Industrial Medical Devices

DETAILED

SPECIFICATION PROOF

OF CONCEPT

PRELIMINARY

SPECIFICATION

IDEA

INDUSTRIALIZATION

IMPLEMENTATION

DESIGN

WHAT CAN WE DO

WHAT CAN WE DO ?

SOLUTION

RESULTS

Competencies

Technologies

CHALLENGE

NFC MODULE

Provide optimized building blocks

to facilitate the integration of NFC

connectivity in embedded devices

with limited memory footprint

• Fully functional scalable software

library

• No Operating System (OS) required

• NFC service layer providing high level

control API

• AT commands NFC interface

• Ready-to-use bolt-on modules • Drastic reduction of development

cost and delay in a few steps

• Increased product quality

thought maintained SW modules

• Maximum interoperability

• C/C++languages

• NFC forum Tag Types 1-4 and

NDEF on Mifare, Felica

• P2P/LLCP protocols (SNEP ,

Handover)

• Card emulation

• PN512, NPC100, AS3911,

• RF antenna design and tuning

• Software architecture

• PCB and SW development

• NFC library integrations

• Testing & support services

NFC MODULE

SOLUTION

RESULTS

Competencies

Technologies

CHALLENGE

Mobile POS

(mPOS)

Provide a Mobile Point of Sale

(mPOS) platform for EMVCo

transactions

• Identifying a mPOS manufacturer

• Develop EMV-L1 drivers for contact and

contactless

• Porting EMV-L2 Kernel from CreditCall (UK)

• Developing payment Paypass test

application • First demonstration at CES2015

(NXP Booth)

• EMVCo pre-certified terminal

• C language

• BLE

• NFC R/W mode

• K21 secure MCU (Freescale)

• PN517 (CL interface – NXP)

• TDA8526 (CT interface – NXP)

• Touch keypad

• System architecture

• SW development and integration

• EMV-L1 pre-certification

• Support to EMV-L2 certification

mPOS

SOLUTION

RESULTS

Competencies

Technologies

CHALLENGE

SMART LIGHTING

• Provide a solution for industrial

smart lighting control

• Being scalable to support new

applications (e.g. energy

management )

• Re-use a gateway reference design with

scalable architecture

• Develop a daughter board implementing

application specific interfaces (I/O, RS485)

• Develop the business specific application

• First field trial in a logistic

warehouse within 3 months

• Simple and intuitive interface

• Interface with light detectors

• Modbus interface

• Energy management and

maintenance applications

• iMX28

• C, C++, Java

• Linux, Android, OSGI

• Javascript, HTML, PHP

• MODBUS

• MADLI, DALI

• System architecture

• PCB design

• SW development

• User documentation, tutorials &

training

• Casing design

SMART LIGHTING

SOLUTION

RESULTS

Competencies

Technologies

CHALLENGE

WEARABLE

SECURE APPs

Provide of a wearable platform

for secure applications

(payment, access control…)

• Small form factor PCB (39x13mm)

• Integrate both UICC (ISO7816) and eSE

(PN66T)

• Optional BLE interface

• Scalable and optimized software

• Flex NFC antenna

• Ready to manufacture samples

• Small form factor (39x13mm)

• Running secure applications

(UICC or eSE)

• Configurable via a smartphone

• Cortex-M4F/M0+ (LPC5410x)

• FreeRTOS

• PN66T (NFC + SmartMX)

• BLE (nRF51)

• ISO7816 (Nano-SIM)

• OLED display (SSD1326)

• Li-Ion Battery

• Architecture definition

• PCB design

• Software development

• NFC Antenna design and tuning

• Prototype bring-up

• Integration and validation

WEARABLE

SOLUTION

RESULTS

Competencies

Technologies

CHALLENGE

WIRELESS AUTONOMOUS

NFC READER

Develop of a wireless NFC

reader autonomous in energy.

• Design a NFC reader integrating a

unique tag detectors algorithm

• Optimized power consumption

• Power provided by a photovoltaic

panel

• Versatile wireless technologies (BLE

or Sigfox) • Prototype (BLE version) tested

for several months (100 R/W

cycles per day in winter)

• Sigfox version demonstrated at

IoT Planet exhibition (Grenoble)

• MCU Cortex M3 (LPC1549)

• NFC Controller (PN512)

• BLE (nRF51822)

• Solar panel (SLMD481H10L)

• SigFox (LE51-868)

• MPPT Tracking

• System architecture

• PCB and SW development

• Antenna design/ tuning

• Validation and qualification

• Prototype bring-up

• Test and validation

WIRELESS AUTONOMOUS NFC READER

CONTACT

CONTACT

Patrick SAUVIGNET

Business Development Manager

(+33) 6 13 42 46 34

patrick.sauvignet@effinnov.com