TI is making the IoT.

TI is making the IoT.
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
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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
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• 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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