DELTA Microelectronics Microchip for every industry – ‘Make more with less ’ DELTA / ASIC
DELTA Microelectronics Agenda DELTA Microelectronics and IoT IoT elements: Focus on Sensors Choice for Wireless Bridge for Sensor Capture IoT is not only wearables Examples of IoT products Conclusions
Gert Jørgensen VP Sales & Marketing Worked at DELTA since 1982 (34 years) Worked as test engineer, DSP solutions, quality assurance, project manager and sales Business development driver, personally turned a part of DELTA ( microelectronics ) from consultancy company to component supplier Helps major customers to drive innovations and technology intros Vice President for Sales & Marketing since 2010
Organisation DELTA Management Test & Consultancy Microelectronics Light & Optics Incubator Acoustics Reflectometers SenseLab ASIC EMC Sensor systems Idemolab Wireless Point of Care Reliability LAN cable test Certification CE, E1, FCC …
DELTA Microelectronics History & Highlights 1976 ME test activities starts, RAM, PROM & CPUs 1984 ASIC design centre established Services 1992 First space components delivered 1999 OEM supplier 2001 Order of 600,000 DSRC chips 2002 RF test centre starts 2004 First 10 mill components delivered 2008 Single contract of 10 mill chips 2009 25th anniversary: ASIC design Turnkey From hand-drawn chips to nanotechnology and DSRC 2010 IBM partnership contract 2011 Celebrates more than 100 mill components delivered 2012 GlobalFoundries partnership contract 2015 First projects for real IOT applications starts
DELTA Microelectronics offers One Stop Shop - Predictable path to success DELTA can provide: Wafer and component test From specification / GDSII to silicon Bumping and packaging in the Far East – wafer or packaged Storage and dedicated logistics team ASIC design and IPs Supply chain management Package design and evaluation
Microelectronics & IoT focus areas 4 focus areas within ASIC turnkey solutions Wireless IoT Optical chip using RFID solutions Medical ICs Chips for payment
IoT general elements Sensor network Data capture Data network Routers in e.g. a house Data banks in the cloud Add intelligence and create new business cases
DELTA Microelectronics focus on sensors or products COST WIFI typical products powered DELTA ME focus area: Component supply to BLE product or nodes Sensor or equipment data capture nodes: powered or battery Optical Temperature Humidity Movement Accellerometer Sensor nodes Colour / luminance / lux detection Payment battery or passive VOLUME Add intelligence and create new business
Wireless bridge - a choice between performance or cost Wireless Bridge for Sensors WIFI BT/ BLE NFC / RFID Battery consumption Highest Lower Lowest (can be passive) Data capture System System System Data rate High High Low Energi harvesting Low Low High Distance 10-20 m 10-20 m 1 cm or 10 m Reader coverage High High Lower Communication type Battery Battery Passive Frequency 2.4- 5.0 GHz 2.4 GHz 13.5 MHz or 900 MHz Size (module) Equal Equal Equal Cost High Lower Lowest
Active or passive data transmission Data Power Use RFID as battery management and may be primitive data communication
DELTA’s RFID wireless bridge solution RFID sensor platform “THOR” Demo kit available for fast prototyping RFID no-power wireless bridge 2.7mm Built-in temperature sensor A/D external sensor interface (16 bit) NFC compliant RFID interface Multiprotocol ISO 14443 / ISO 15693 On-chip data logging Low power – long battery lifetime (<0.1µA) Low cost development platform Scan the QR code to watch video on THOR demo kit or note this URL: http://bit.ly/1BTXsnL
Technical details for THOR Front-end comply with ISO 14443A-4 and ISO 15693 Available as Tested Dies (KGD) or in QFN Ultra low power tag storage mode (< 0.1μA) DES encryption hardware support Can be operated with and without battery power SPI master interface for auxiliary slave openMSP430 CPU Ultra low power clock - optional external crystal 16 bits linear low-offset Sigma-Delta 12 K samples storage capacity Firmware upgradable Fully configurable temperature logging profile in the External sensor can be attached range -30°C to + 100ºC with accuracy: ±0.5°C (abs), ±0.1°C (relative)
NFC RFID ver. 1 migrates to RFID ver. 2 Today and in RFID ver. 1, RFID is a proven alternative to barcodes when it comes to security Drug counterfeit : Identify drugs using a tag with unique code and ID Instrument safety : Location and status (sterilised or not) to eliminate fatal errors due to unclean instruments Packaging and logistics : Information regarding seal time and packaging date logged on RFID read/write tags SurgiChip tag : External surgical marker to minimise the risk of wrong surgeries Patient identification VeriChip : Implanted transponder storing unique electronic ID code to access patient identification and corresponding health information in a database Today ! NFC tags contain unique codes or links to unique coded data Tomorrow! RFID ver. 2 … Tags generate and communicate data such as temperature, pulse, blood pressure and e.g. glucose (blood sugar)!
IoT - Wearables - Glucose measurement – Make your eye lens intelligent! Monitoring glucose levels in tears Challenge Continuous instead of Discrete measurement Not distracting the patient No batteries / wires in the eyes Fast reading … Solution Source: Google MEMS/Nano sensors and a RFID link to a mobile phone unit implemented in a device positioned in the eye!
Blood sugar measurement – The solution DELTA / Medella Health version ”THOR” integrated with novel blood sugar sensor + NFC coil for energy harvesting and Optional: Spectacles data transmission that continuously read eye sensor via RFID and communicate with mobile phone over Bluetooth Low Energy (BLE)
IoT application – Temperature Make your patch intelligent! More focus on 40 C Monitoring continuously T 2 med. Not disturbing the patient recom. R 2 Identifying trends Source: Vivalnk T 1 I T Getting alerts R 1 T 0 Applications Infant temperature measurement D>2 C Patient monitoring Alert Wound inflammation monitoring (inflammation is critical for diabetes patients)
A somewhat different RFID temperature application Measure signs of oestrus or “heat” in order to detect readiness to get bred. Detect pregnancy when heat cycle is missing. This works for mammals and women alike. Ready for Pregnancy Can either replace hormone treatment or to “ optimise ” the process of getting pregnant.
IoT – Cigar box with temperature / humidity logger – Make your cigar box intelligent! A Cuban cigar company wants to improve traceability To improve taste, cigars are stored in temperature and humidity controlled environment over many years (like single malt Scottish whisky) Storage time can be up to 10-20 years To improve traceability and to make this data available to the end customer They add electronics to make the wooden box intelligent Customers will be able to read stored data via mobile phone in the shops
IoT – Cigar box with temperature / humidity logger ( cont ) Cigar company gets higher trust in promised storage data Open data to customers in the shops reading data via their own mobile phone with their own Apps Consequence: Higher price for a cigar box by adding intelligence!
Simple products made intelligent IoT - Ear-plugs and measure noise IoT – Teeth protection for sport or others IoT – Swimwear goggles for elite sport IoT – Shoes for demens tracking
Data created from your mobile phone Tid Sted Wifi net Vibration Network Blue Tooth
Demo board for IoT / NFC Next generation First generation Cover sheet THOR Antenna + circuitry Battery (thin film)
Conclusion Add intelligence to capture data IoT can be an intelligent product or a creation of data with the product IoT is not expensive - Think smart! To sell data can create bigger business than production of product Many electronic new-comers in IoT which are not from typical electronics area Let’s get started! You are welcome to consult us for a discussion!
Questions ?? Or DELTA Microelectronics Gert Jørgensen VP Sales & Marketing gj@delta.dk Mobile +45 40 41 47 23 Mette Brunbjerg Olesen Jörg Rehder ‘Make more with less’ Karina Viberg von Bülow
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