Advanced Wireless and Sensing Solutions for IoT Johnson Ng Marketing Director Analog Automotive Solutions Marketing Asia Pacific TI Information – Selective Disclosure The IoT will impact all segments Industrial Fitness and Healthcare TI Information – Selective Disclosure Auto Home IoT – The United Nations of connectivity WHAT IS NEEDED CHALLENGE Broad variety of wired or wireless standards Connectivity: One size doesn’t fit all TI DELIVERS • Low power mesh network • Smart metering & lighting • Moving into home automation • Low power & long range • Proprietary & open protocols • Metering, security systems • Fast – 10Mbps++ • Direct Internet connection • Home & enterprise apps • Lowest power • Connect to tablet/phone • Moving to industrial, automotive • Data over power lines (OFDM) • Developed for smart grid • Lighting, solar, appliances • Fast, low latency Ethernet • Real-time industrial control • Information technology IEEE P1901.2 2.4GHz TI Information – Selective Disclosure IEEE 802.15.4 Only TI has all the IoT building blocks Gateway, Bridge or Router Nodes MCUs Cloud MCUs Processors Wired & Wireless Connectivity Sensors Processors Wired & Wireless Connectivity Analog Signal Chain Analog Signal Chain Power Management Analog Signal Chain Power Management Power Management TI Information – Selective Disclosure Multicore Processors CC26xx/CC13xx Ultra Low Power Wireless MCUs The First Multi-standard Wireless MCU Platform for the IoT, Five technologies, one architecture Application MCU Radio Application Profiles / services TI RTOS Peripheral drivers and libraries • Royalty free protocol stacks • Sensitivity -97dBm BLE • Power output: • +5dBm @ 2.4 GHz • +15dBm @ Sub-1 GHz • Integrated firmware • LinkLayer in ROM • • • • Peripherals / modules • • • • • • • • DC/DC converter Temp/battery monitor AES GPIO Timers UART / SPI I2C / I2S DMA Radio ARM® Cortex®-M3 SCE Memory Peripherals / modules QFN package options: 4x4mm, 5x5mm, 7x7mm Sensor controller engine • ADC and comparators • Digital sensor readings • Capacitive sensing Memory • 128 KB Flash • 8 KB cache • 20 KB SRAM TI Information – Selective Disclosure 5 SimpleLink CC26xx/CC13xx Architecture Quick Facts Ultra-low Power Consumption • 61 µA/MHz ARM Cortex M3 • 8.2 µA/MHz Sensor Controller • 1 µA sleep with retention and RTC • 5.9 mA RX (single-ended) • 6.1 mA TX (single-ended) • <3uA while running 10 ADC samples/s SoC Key Features • Autonomous sensor controller engine • 4x4, 5x5, and 7x7 mm QFN • 1.7 - 1.95 V or 1.8 – 3.8 V supply range • 128 KB Flash + 8 KB Cache • 20 KB RAM RF Key Features • +5/+14 dBm output power (2.4GHz/Sub1GHz) • -97/-120 dBm sensitivity (2.4GHz/Sub1GHz) • Supports 2.4GHz and 915/868/433 MHz • Pin compatible and SW compatible across protocols and frequency bands CC2650 Multi-standard CC2640 Bluetooth Smart CC2630 6LoWPAN / ZigBee CC1310 Sub-1GHz TI Information – Selective Disclosure 6 TI Bluetooth Smart Wireless MCU Portfolio Value Propositions Large Tools and ref designs Ecosystem SensorTag Products • • Easiest to design with: Complete SW stack, wiki guides, dynamic design kits, low-cost tools, & software starting points • Lowest Power: Multi-year operation on smaller coin-cell • The most Integrated: single chip wireless MCU, integrated flash, small package Features Applications • Lowest Power down to 1/10th of BT Classic • Home and building • CC2540T (8051 125°C) • Run BT stack and application on one single chip down to 4x4mm QFN package • Health and medical • CC2564 (8051 Classic + BLE) • Fully Featured BT4.1 LE Stack SimpleLinkTM Wireless MCU • CC2640 (M3 Ultra Low Power) • CC2540 (8051 USB interface) • CC2541 (8051 I2C interface) • Apps developer tools • Many TIDesigns • Industrial and extended temp range: -40 to 85 C and 125 C • Automotive qualification option TI Information – Selective Disclosure • Remote • Industrial PL Contact: Joy Taylor SimpleLink™ Wi-Fi® platform Lowest power, programmable wireless MCU, easiest to use Value Propositions • The lowest power: Run for over a year on two AA batteries • First single chip programmable Wi-Fi solution: Add Wi-Fi to any system • Easiest to design with: No Wi-Fi experience needed; HW designs, 30+ software examples, extensive documentation and TI E2E support forum all readily available Products Features Applications • CC3200 (Wireless MCU) • Integrated ARM Cortex-M4 MCU + Wi-Fi network processor • First programmable single chip Wi-Fi solution • On-chip Internet & Wi-Fi security • Internet of Things (IoT) • Wireless MCU separate from TCP/IP Stack, free for customer applications • Home automation & appliance • Flexible provisioning such as SmartConfig, WAC, & AP Mode • Smart energy • CC3100 (Internet-on-a-chip Wi-Fi network processor) • Embedded TCIP/IP stack • Connect any MCU to the Internet of Things • Cloud supported • Wireless audio streaming TI Information – Selective Disclosure • FCC/CE/ETSI certified modules • SDK for development with Code Composer Studio and IAR support • Safety and security • Industrial M2M communication Sub-1 GHz Long range, Robust link Industrial 169/ 315/ 433/ 470/ 868/ 915/ 920 MHz solutions • Longest real-world range: Beyond 25km range, full-building to city-wide RF coverage • Robust low-power communication: Less retransmissions of RF packets means less power consumption in the application • Supports more standards: 6LoWPAN, 802.15.4g, WiSun, wM-Bus, ETSI Cat 1, FCC Part 90 and more TI Information – Selective Disclosure • SimpleLink MCU: CC1310 • Smart RF transceiver CC1120 • Smart RF transceiver for 802.15.4.g: CC1200 • Smart RF transceiver for ultra narrowband: CC1125 • 850~950MHz Range Extender: CC1190 • Software stacks • Free SimpliciTI software stack • wM-Bus software WilinkTM Combo solutions high-performance WiFi + Bluetooth/Bluetooth Low Energy Value Propositions Tools/modules for easy development Performance and low power: 100Mbps with the lowest power (800uA IDLE) Certified and easy to use: Pre-integrated, certified, production ready solutions, software downloadable. Open documentation (Wiki), Forums (E2E), TI and 3rd party network Integrated and scalable: single chip multi-combo with pin to pin compatible variants, consumer, industrial (85 degree C) and automotive grade (Q100) Products • WL18xx Combo • WiFi Only • WiFi + BT/BLE • WiFi + BT/BLE + GNSS • TI Modules • • • • • • WL1801MOD WiFi WL1805MOD WIFI MIMO WL1807MOD WIFI+5G SISO WL1831MOD WIFI+BT/BLE WL1835MOD WIFI MIMO+BT/BLE WL1837MOD WIFI+ BT/BLE+5G SISO • 3d Parties modules TI Information – Selective Disclosure Features • Combo BT Dual Mode + WiFi on one single-chip • Rock solid performance: long distance, stability, robustness, throughput and co-existence with BT 4.0 • Connect to processors(high level OS) • Industrial temp -40 to 85 C • 2.4GHz and 5GHz support • Fully certified module (FCC, IC, CE, Telec) Applications • • • • • • • Security Camera Portable Data Terminal Gateways Audio Industrial Panel/ HMI Professional Camera Wearable Top 3 Wireless Connectivity Technologies • • • BLE BLE CC2540/41 CC2540T BLE+ Classic BT 2.4GHz Multi std BLE CC2640 CC2650 CC2560/4B CC3200 WL180x/3x hot Longest Range, Robust, Low Power Proprietary and open , protocols (e.g. 6LoWPAN) Sensor Network, security system CC1200 CC1120 CC1310 hot TI Information – Selective Disclosure CC2564M ODA New Cortex M MCU integrated, Easiest to use, Low Power Home and enterprise, industrial Internet of Things (IoT CC3100 • • • CC2564M ODN hot hot • • And More… Easiest to use, Low power, Integration Control applications through smartphone/tablet industrial, extended temp, automotive qualified WL1807/37 TI Sensing Solutions for Internet Of Things Sensors Sensor Analog Front Ends Temp & Humidity Sensor Inductive Sensing TMPXXX, LMTXX, HDC10XX LDCXXXX Ambient T Light Sensor Capacitive Sensing Ultrasonic Sensing OPT3001 FDCXXXX TDC1XXX, PGA450 Hall Sensor Heart Rate Monitoring Gas Sensing DRV5xxx TI Information – Selective Disclosure AFE44XX LMP91xxx HDC1080 Humidity & Temperature Sensor Features Relative Humidity Range Humidity Accuracy Typical Drift Supply Current (Measuring) Avg Supply Current (@1sps) 11bit RH & Temp 11bit Temp Sleep Mode Current Temperature Accuracy Temperature Range (Operating) Temperature Range (Functional) Operating Voltage Package 6 pin DFN (3mm x 3mm) Benefits 0% to 100% ±2% up to 85C < 0.5%/yr 190uA 1.3uA typ 710nA typ 100nA typ ±0.2ºC -20ºC to +85ºC -40ºC to +125ºC 2.7V to 5.5V Completely integrated humidity and temperature IC provides guaranteed performance Fully calibrated sensor enables quick time-tomarket Very low power consumption Small package size supports compact designs Applications HVAC White goods (dryer, fridge, microwave, dishwasher) Printers Handheld Meters Camera Defog Smart Thermostats and Room Monitors Medical Devices TI Information – Selective Disclosure TIDA-00484 Humidity & Temperature Sensing Node for Sub-1 GHz Star Networks Enabling 10+ Year Coin Cell Battery Life Analog Temperature Sensors LMT8X/90 LMT70/LMT70A Low Cost Analog Temp Sensor High Precision Analog Temp Sensor Operating Temperature −50°C to 150°C Operating Temperature −50°C to 150°C • • • • • • • Temperature accuracy/error: ±0.13°C max at 30°C ±0.36°C max from -55°C to 150°C ±0.1°C matching of two LMT70A Power supply 2.0V to 5.5V Power supply current <12uA Linear output slope: -5.19mV/°C Output enable switch 0.88mm x 0.88mm WLCSP package LMT70 in Body Temp Measurement LMT70A in Building Management 14 TI Information – Selective Disclosure Digital Interface Temp Sensors TMP107 -50 SMAART Wire™: UART Based Daisy-Chain, Max 32 nodes per string, Max 3 Meter cable length per node • High accuracy: ±0.4°C max @ -20°C - 70°C ±0.55°C max @ -40°C - 100°C ±0.7°C max @ -55°C - 125°C LMT01 2-Pin/Wire: Current-Pulse Counter - RX using just 2 pins, no dedicated Vcc or GND ±0.5°C at -10°C to +50°C (max error) ±1.0°C at -20°C to +100°C ±2.0°C at -50°C to +150°C LMT007 Non-Contact Temperature Sensing IR Thermopile Sensor in WCSP package with Math Engine Integrated Thermopile With Analog Front End 16-Bit ADC with I2C SMBus interface Integrated Local Temp. and Voltage Reference Integrated Math Engine with NV Memory Ultra-Small Package: 1.9mmx1.9mm WCSP Profile 0.625mm (Max) Industry’s Low Power Quiescent Power 270μA Shutdown Power: 2μA Supply: 2.3V to 5.5V 15 TI Information – Selective Disclosure OPT3001: Ambient Light Sensor Features Benefits • • • • • High Performance Optical Filtering To Match The Human Eye. Over 99% IR rejection Broad Capabilities: – Wide Dynamic Range: 0.01 Lux to 83k Lux – 23-Bit Effective Resolution Automatic Gain Configuration Ultra Low Power & Small Packaging – Supply Range: 1.6V to 3.6V – Quiescent Current: 2.5uA (max) – Shutdown Current: 1uA (max) – 2.0 x 2.0mm Directly reports out Lux equivalent to what the human eye perceives regardless of light source (Sun, Halogen, Incandescent, Fluorescent, LED) – Strong IR rejection helps maintain accuracy when sensor is placed behind dark glass • High resolution even at low light levels • Simplifies system design – Automatically maximize full scale range of ADC in all lighting conditions 1.0 Applications • Backlight Control 0.5 – Thermostat, Notebook, Tablets • Outdoor Displays – Digital Signage, Sporting Equipment with displays 0.0 300 500 700 900 Wavelength [nm] • Building Automation – Daylight Sensors & Artificial lighting control TI Information – Selective Disclosure V2 AFE4403/4 AFE for Optical Heart Rate Monitor & Pulse-Oximeter AFE4404 AFE4403 AFE4404 is a ultra small AFE , simultaneous Support of 3 LED for wearable Bio-sening: • Heart-Rate Monitoring (HRM) • Multi-Wave length HRM • Saturation of Peripheral Capillary Oxygen ( SpO2) Package: 3.6mmx1.6mm DSBGA AFE4403 is a single chip front end TX/RX solution for photometry: AFE4404 + CC2650 Optical Heart Rate + Pedometer Reference Design • Optical Heart-Rate Monitoring (HRM) • Step Counting • Fitness Wearables • Smart Watches CC2650 Multi -standard 2.4GHz M3 MCU TI Information – Selective Disclosure TI Hall and Inductive Sensing Solutions LDC1xxx Inductive Sensing AFE DRV5xxx Hall Sensors Input L (bit) Rp (bit) LDC1000 1ch 24 I/O 16 I2C 2 LDC1041 1ch 24 8 IC LDC1051 LDC1101 1ch 1ch 0 16/24 8 16 I2C SPI LDC1612 2ch 28 0 I2C LDC1614 4ch 28 0 I2C LDC1312 2ch 12 I2C LDC1314 LDC0851 4ch 1ch 12 I2C switch LDC INDUCTANCE TO DIGITAL CONVERTER Advantages of Inductive Sensing: TI Information – Selective Disclosure Does not require magnets, Reliable by virtue of being contactless Insensitive to environmental contaminants (dust, dirt, etc.) Sub-micron resolution, Sensor is low-cost Electronics can be located remotely from the sensor FDC2xxx Capacitive Sensing • Maximum Input Capacitance: 250nF (@10kHz with 1mH inductor) • Number of channels: 2 (FDC2x12), 4 (FDC2x14) • Maximum output rates :13.3ksps (FDC211x), 4.08ksps (FDC221x) • Resolution: 28-bit (FDC221x), 12-bit (FDC211x) • Noise Floor: 0.3fF (100sps, FDC221x) • Sensor excitation frequency: 10kHz to 10MHz • Supply voltage: 2.7V to 3.6V • Interface: I2C Gesture Sensing Up Right Left FDC CAPACITANCE TO DIGITAL CONVERTER Down Liquid Sensing Proximity Sensing Collision avoidance Markets • Industrial • Automotive Detect object in path of motion EMI-resistant Proximity & Gesture Markets • White goods • Industrial • Automotive • Personal electronics Detect presence, simple gestures TI Information – Selective Disclosure Liquid level sensing Markets • White goods • Automotive • Medical • Printer Detect all liquids, soap, ink Ice/water/rain detection Markets • White goods • Industrial • Automotive Detect leaks, rain/fog, ice buildup Ultrasonic SensorAFE Ultrasonic Sensor module for: • Drone Collision Warning • Automotive Parking Sensor • Industrial Automation • TDC1000-Q1 • 0.1 - 200cm, 0.1cm resolution • 2.7 - 5.5V ; Iq = 0.16µA • 40 V Load Dump Protection • Driver: 0.2 WMAX • Receiver: 41dB Gain • Fixed Function State Machine • Start/Stop Pulse Data Output Smart Water and Gas Flow Meter • Picosecond accuracy to measure zero flow • Low power consumption extends life of battery powered meters • Programmable gain amplifiers for varying pipe sizes TI Information – Selective Disclosure PGA450-Q1 • 10 - 600cm, 1cm resolution • 7 -18V ; Iq = 5mA • 40 V Load Dump Protection • Driver: 12 W MAX • Receiver: 64dB Gain • Programmable 8051 MCU • LIN/UART/IO Data Interface Fluid Level and Concentration • Measurement of fluid level <1mm accuracy • Level and identification of fluids • Non-invasive sensing of any liquid through any tank material 20 Consumer IoT Level Measurements • Measurements of oily/filmy liquids • Non-invasive measurements from bottom of the tank • Low power consumption for battery powered installations LMP910xx Gas SensorAFE with Sensor Diagnostic LMP91000, 91002 for Chemical Gas Sensor O2 , Toxic Gas CO, CO2, H2S VREF LMP91050 for NDIR Gas Sensor Alcohol, CO2, Air Quality VDD SCL Q 3-Lead Electrochemical Cell CE A1 + - VARIABLE BIAS VREF DIVIDER I2C INTERFACE AND CONTROL REGISTERS SDA CONTROLLER MENB CE RE RE TEMP SENSOR WE WE + - DGND VOUT TIA RLoad RTIA C2 C1 AGND CC2541 BLE Oxygen BLE Sensor Node Markets & Applications NDIR Sensor Applications Markets & Applications LMP91050/51 Air Quality Monitoring • • • HVAC ventilation monitoring Gas Leak Detections PMI2.5/10 Detection Agriculture • Greenhouse farming Chemical Cell Sensor Applications White goods • Self-cleaning oven LMP91000/02 Toxic Gas Safety • • Mining Portable Gas Detectors Air quality and Gas detection Automotive • • Alcohol breathalyzer Cabin CO2 Monitoring Home automation • Wireless sensor nodes Medical • Patient monitoring for Anesthesiology TI Information – Selective Disclosure For more information, pls visit www.ti.com Thank You 22 TI Information – Selective Disclosure
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