Post on 07-Feb-2021
transcript
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Smarter, Greener, and More Connected
Wayne Huang (wayne@ti.com)Technical support of Microcontrollers and Wireless Connectivity for Delta GroupJesse WangTechnical support of Wireless ConnectivityAugust, 2015
Agenda• C2000 roadmap• C2000 DesignDrive introduction• MSP432 – low power and high performance• Wireless connectivity
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C2000 roadmap
Where is Real-time Control?
DC/DC Converters
Renewable Energy Motor Control
Automotive
C2000™32-bit MCUs
Transportation
Renewable Energy
Digital Power
Smart Grid & PLC
Industrial Drives
Motor Control
Solar Power Inverters
Telecom / Server AC/DC Rectifiers Electric Power
Steering
Radar / CollisionAvoidance
E-bike
PowerDelivery
Auto Headlamps
Power LineCommunication
White Goods
Power Tools
Smart Metering
Line Monitoring
Pumps
Pumps
Motor Control
Servo Drive
Robotics Automation
AC Drives
Wind Power Inverters
UninterruptablePower Supplies
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C2000™ Real Time Control: Processing
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Power ElectronicsPower
Electronics
C2000™ MCU
C28x™Core(s)
VCUVCUTMUTMUFPUFPU
CLACore(s)
FPUFPU
ActuationSensing
• Single cycle execution across pipeline• Up to 300 MIPS per core• Single cycle real-time operations such
as 32 x 32-bit multiply-and-accumulate (MAC)
DSP Math Efficiency• Trigonometric math acceleration• Complex math, FFT, and Viterbi
algorithm acceleration• Floating point support, IEEE Single
Precision
Application Acceleration• Independent processing of multiple
control loops with CLA Real-Time Coprocessor
• Up to 2x C28x CPUs and 2x CLA Real-Time Coprocessors
Parallel Processing
C2000™ Real Time Control: Actuation
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Power ElectronicsPower
Electronics
C2000™ MCU
Proces-singSensing
Capture( )
Cap-ture(s)
TripTrip
PWMsPWMs
DACCMP
DAC
• High resolution PWM duty cycle• High resolution PWM period• High resolution PWM phase control • High resolution PWM dead-band• Advanced time synchronization
between PWMs
Precision Control• Advanced inter-PWM and ADC
synchronization• Variety of timer count modes• Customizable triggering• External DACs for reference bias
waveform generation
Flexible Interfacing• Directly trip PWMs without CPU
intervention, nor clocking• Supports PWM shutdown or cycle-by-
cycle PWM modification• Peak current mode control support
Advanced Protection
TripDAC(s)
C2000™ Real Time Control: Sensing
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Power ElectronicsPower
Electronics
C2000™ MCU
Proces-sing
ADC(s)ADC(s)
Actuation
Capture( )
Cap-ture(s)
QEPQEP(s)
Sigma Delta Filters (SFDM)
• Up to 12.5 mega-samples-per-second (MSPS) conversion rates
• 12-bit to 16-bit sampling resolutions• Sigma delta filter modules for isolated
current sensing or resolver position decoding
• PGAs for easy signal conditioning
Precise Sensing• Comparator tied directly to PWM for
asynchronous PWM trip• High speed, 30ns comparator outputs
Responsive Protection• High resolution digital signal capture
with precise 150ps resolution• High performance motor speed and
position interfacing
Digital Interfacing
DAC CMPDAC
PGAsPGAs
C2000™ Offers a Range of Solutions
Broad real-time control MCUs
Piccolo™ MCUs
Broad real-time control MCUs
Piccolo™ MCUs
Top performance real-time control MCUs
Delfino™ MCUs
Top performance real-time control MCUs
Delfino™ MCUs
C2000™ Real-Time Control MCUs
Value Top Performance
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Real-Time Control PortfolioD
elfin
o™P
icco
lo™
800 MIPS
1x 12-bit, 2 S/H12.5 MSPS ADC
12 PWM ch., Type 1
100 MIPS
24 PWM ch. Type 4
4x 12/16-bit, 4 S/H4/1 MSPS ADCs
240 MIPS
1x 12-bit, 2 S/H2 MSPS ADC
8 PWM ch., Type 1
40 MIPS
24 PWM ch. Type 4
3x 12-bit, 3 S/H4 MSPS ADCs
Sampling Production
Development
F28002xF2803x F2805x F2806x
C2834x F2837xS F2837xD
F2807xF28004xF2802x
F2833x/23x
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Concept
Piccolo™
Increasing Processing, Memory, and Peripheral CountsIncreasing Processing, Memory, and Peripheral CountsIncreasing Processing, Memory, and Peripheral Counts
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Sampling Production
DevelopmentConcept
• controlSUITE™ Software • Code Composer Studio (CCS)
IDE
Piccolo™ TMS320F2807xTMS320F2807x
Actuation12x ePWM Modules
24x Outputs (10x High-Res)
Fault Trip Zones
3x 12-bit DAC
Connectivity4x UART
2x I2C (2x true PMBus)
3x SPI
2x McBSP
2x CAN 2.0B
USB 2.0 OTG FS MAC & PHY
SensingADC1: 12-bit, 3.1 MSPS
ADC2: 12-bit, 3.1 MSPS
ADC3: 12-bit, 3.1 MSPS
8x Windowed Comparators w/ Integrated 12-bit DAC
8x Sigma Delta Channels(2x Filters per channel)
Temperature Sensor
3x eQEP
6x eCAP
Power & Clocking2x 10 MHz OSC
4-20 MHz Ext OSC Input
System Modules3x 32-bit CPU Timers
NMI Watchdog Timer
192 Interrupt PIE
MemoryUp to 512 kB Flash +ECC
Up to 100 kB SRAM +parity
6ch DMA
DebugReal-time JTAG
CLA core120 MHz
FPU
Temperatures 105C 125C Q100
ProcessingC28x™ DSP core
120 MHzFPU
TMU
Tools
• Floating point C28x core with real-time control accelerator (CLA) for multi-tasking critical control loops with general applications actions
• Trigonometric Math Unit (TMU) hardware accelerator for reduced cycle times on trig math instructions (common in torque loops)
• Faster flash access speed in new 65nm technology (2-wait states instead of 5) driving faster command execution
• Integration of three independent 12-bit ADCs driving simultaneous conversion of multiple domains
• 8x Windowed Comparators for voltage and current limit protection of power stage
• 8 Sigma Delta Decimation Filters for isolated current sensing
Differentiation
TMS320F2807x Isolated controlCARD
Part Number: TMDXCNCD28075
Package Dimension100-pin HTQFP 14x14mm176-pin HLQFP 24x24mm
Software Packages
2x 128-bit Security Zones
Boot ROM
EMIF
Sampling
TMS320F2807x Experimenter’s Kit
Part Number: TMDXDOCK28075
Delfino™
Increasing Processing, Memory, and Peripheral CountsIncreasing Processing, Memory, and Peripheral CountsIncreasing Processing, Memory, and Peripheral Counts
Sampling ProductionDevelopment
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Delfino™ TMS320F2837xDTMS320F2837xD
Actuation12x ePWM Modules (Type 3)24x Outputs (16x High-Res)
Fault Trip Zones
3x 12-bit DAC
Connectivity4x UART
2x I2C (w/ true PMBus)
3x SPI
2x McBSP
2x CAN 2.0B
USB 2.0 OTG FS MAC & PHY
uPP
SensingADC1: 16-bit, 1.1-MSPS
12-bit, 3.5 MSPS
ADC2: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
ADC3: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
ADC4: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
8x Windowed Comparators w/ Integrated 12-bit DAC
8x Sigma Delta Channels(2x filters per channel)
Temperature Sensor
3x eQEP
6x eCAP Power & Clocking2x 10 MHz OSC
Ext OSC Input
System Modules3x 32-bit CPU Timers
NMI Watchdog Timer
2x 192 Interrupt PIEDebug
Real-time JTAG
Temperatures 105C 125C Q100
ProcessingC28x™ DSP
core200 MHz
FPU
TMU
VCU-II
Tools
• Real-time performance of dual C28x core with dual CLA co-processors to run parallel control loops
• 4 differential 16-bit ADC, 1MSPS each, 4x S/H• 3x 12-bit DAC (external)• Trigonometric Math Unit (TMU) - 1 to 3 cycle SIN, COS,
ARCTAN instructions• Direct memory access through dual EMIFs (16bit/32bit)• 8x Windowed Comparators w/ 12b DAC which can be
used as peak current mode comparators (PCMC)• 8x Sigma Delta channels, 2x Filters per channel
Differentiation
TMS320F2837xD Isolated controlCARD
Part Number: TMDXCNCD28377D
TMS320F2837xD Experimenter’s Kit
Part Number: TMDXDOCK28377D Package Dimension176-pin HLQFP 24x24mm
337-pin NFBGA 16x16mm
Industrial Drives Control Kit
Part Number: TBD
Packages
ProcessingC28x™ DSP
core200 MHz
FPU
TMU
VCU-II
controlSUITE™ Software
Code Composer Studio (CCS) IDE
Software
View Configurations 14
CLA core
200 MHzFPU
CLA core
200 MHzFPU
6ch DMA 6ch DMA
MemoryUp to 512 KB
Flash
Up to 102 KB SRAM
MemoryUp to 512 KB
Flash
Up to 102 KB SRAM
2x 128-bit Security Zones
Boot ROM
2x EMIF
Sampling
Delfino™ TMS320F2837xSTMS320F2837xS
Actuation12x ePWM Modules (Type 3)24x Outputs (16x High-Res)
Fault Trip Zones
3x 12-bit DAC
Connectivity4x UART
2x I2C (w/ true PMBus)
3x SPI
2x McBSP
2x CAN 2.0B
USB 2.0 OTG FS MAC & PHY
uPP
SensingADC1: 16-bit, 1.1-MSPS
12-bit, 3.5 MSPS
ADC2: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
ADC3: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
ADC4: 16-bit, 1.1-MSPS12-bit, 3.5 MSPS
8x Windowed Comparators w/ Integrated 12-bit DAC
8x Sigma Delta Channels(2x filters per channel)
Temperature Sensor
3x eQEP
6x eCAP Power & Clocking2x 10 MHz OSC
4-20 MHz Ext OSC InputSystem Modules
3x 32-bit CPU Timers
NMI Watchdog Timer
192 Interrupt PIE
MemoryUp to 1 MB Flash +ECC
Up to 164 kB SRAM +parity
2x 128-bit Security Zones
Boot ROM
2x EMIF
DebugReal-time JTAG
CLA core200 MHz
FPU
Temperatures 105C 125C Q100
ProcessingC28x™ DSP core
200 MHzFPU
TMU
VCU-II
Tools
• Real-time performance of C28x core with CLA co-processor to run parallel control loops
• 4 differential 16-bit ADC, 1MSPS each, 4x S/H• 3x 12-bit DAC (external)• Trigonometric Math Unit (TMU) - 1 to 3 cycle SIN, COS,
ARCTAN instructions• Direct memory access through dual EMIFs (16bit/32bit)• 8x Windowed Comparators w/ 12b DAC which can be
used as peak current mode comparators (PCMC)• 8x Sigma Delta channels, 2x Filters per channel
Differentiation
TMS320F2837xD Isolated controlCARD
Part Number: TMDXCNCD28377D
TMS320F2837xD Experimenter’s Kit
Part Number: TMDXDOCK28377D Package Dimension100-pin HTQFP 14x14mm176-pin HLQFP 24x24mm337-pin NFBGA 16x16mm
Industrial Drives Control Kit
Part Number: TBD
Packages
controlSUITE™ Software
Code Composer Studio (CCS) IDE
Software
View Configurations 15
6ch DMA
Sampling
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Introducing C2000™ DesignDRIVEThe ONE place to create MANY designs for Industrial Drives…
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Diverse motor types, multiple encoder standards, evolving sensing technologies and industrial communications networks multiply the challenges for drive designers.
DesignDRIVE Software
Introducing C2000 DesignDRIVE
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Control
Position
Sensing
More to come …
DesignDRIVE Kit (IDDK)
The ONE place to create MANY designs for Industrial Drives…
Today’s Challenges
Is a single platform to develop and evaluate TI solutions for many drive topologies:
– Multi-sense current topologies– Configurable isolation partitioning– High performance real time control – Multi-protocol encoder interfaces– Flexible real time connectivity– Functional safety expansion port
The DesignDRIVE solution
Comparing C2000 Motor Drive Solutions
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Delfino F2837x Piccolo F2806x/05x(Delfino via Linestream) Piccolo F2806x/05x/02x
Advanced, experienced customers Customers new to motion control Customers new to sensorless motor control
Sensored feedback for servo position or velocity control
Sensored feedback for servo position or velocity control
Sensorless feedback for torque or velocity control
3-4 axes possible 1-2 axis per chip 1-2 axis per chip
Core control software building blocks; customer provides most control
knowledge
Unique motion system features: Identify, Control, Move, Plan
Unique FAST observer, motor ID, automatic tuning
Focus on system interfaces (current, encoders, comms, isolation, safety) Focus on control capability Focus on control capability
Open software Portion is closed and in on-chip ROM Portion is closed and in on-chip ROM
General PurposeInverter Drives
What customers should be interested in DesignDRIVE?Automated Assembly
Computer Numerically Controlled (CNC)Materials Conveyance
Motion Control andGeneral Purpose Servo Drives
Transportation Elevator
Manufacturing Robotics
DesignDRIVE Software
Control
Position
Diagnostics
Safety
Sensing
Comms
Isolation
Bias Power
DesignDRIVE Kit (IDDK)“Next Kit”
C2000 DesignDRIVE – the roadmap
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The ONE place to create MANY future designs for Industrial Drives…
Solving the key industrial drives development
challenges of today and tomorrow
Time and $$ invested in DesignDRIVE delivers
multiple payback opportunities
Planned train of releases through 2016
Third Party Ecosystem
Performance, Integration and Flexibility
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Processing Actuation Multi-current Sensing
Up to 800 MIPS (Dual Core) Trigonometric Math Unit Up to 1MB flash Up to 204KB SRAM
Up to 24 ch Flexible PWM 3 phase to multil-level Programmable Trip Zones Safety diagnostics
Quad 16 bit/12 bit ADCs Sinc Filters with compare
AMC130x, 120x compliant LEMS, Shunt topologies
Industrial Connectivity FunctionalSafety Position Encoder Feedback AM335x control card
included C2000 link via SPI or
McBSP EtherCAT, EthernetIP,
Profinet, Profibus and more
Expansion slots for future functional safety enhancements
Endat2.2 BiSS Resolvers Sensorless and more
Flexible System Expansion Support
Integrated Drive Controller – Delfino™ TMS320F2837x C2000™ MCUProcessing Actuation Multi-current Sensing
Up to 800 MIPS (Dual Core) Trigonometric Math Unit Up to 1MB flash Up to 204KB SRAM
Up to 24 ch Flexible PWM 3 phase to multil-level Programmable Trip Zones Safety diagnostics
Quad 16 bit/12 bit ADCs Sinc Filters with compare
AMC130x, 120x compliant Hall, Fluxgate, Shunt topologies
Industrial Connectivity FunctionalSafety Position Encoder Feedback
Integrated CAN Expansion slot for future industrial
communications enhancements
Expansion slots for future functional safety enhancements
Resolver QEP Sensorless and more
Focus on differentiation; not table-stakes technologies
Investigate combinations of new technology without the
need to fabricate new hardware every time
Get to market more quickly, delivering higher value
controlSUITE release Speed/Torque/Position PID control loop example
Drivers/routines supporting simultaneous Delta-Sigma,
Hall, fluxgate and shunt current sensing
Software engine integrating PWM excitation and ADC
sensing for the on-chip resolver manager
Quadrature Encoder Driver
First project supports PMSM motor
Solution to experiment with new drive technology Explore latest current sensing topologies
Evaluate resolver performance and new encoders
Experiment with isolation boundary options
Build several control topologies
Future releases to support expansion features
DesignDRIVE SoftwareFeatures How to Get Started
April 30’15April 30’15
1. Download Code Composer Studio (CCS) by going to http://processors.wiki.ti.com/index.php/Download_CCS
2. Download the latest version of controlSUITE.3. Open CCS and go to View>TI Resource Explorer.4. Select controlSUITE and browse to the DesignDRIVE
folder.5. Find the list of supported kits here6. Example software projects are found in the kit folder7. More details on using the tools can be found in the
User’s Guides in the documentation folder
Explore Current Sensing Techniques
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TI Analog Solutions
SDFM Sensing Hall / Fluxgate Sensing Isolation transceivers Power management
Delta Sigma Modulator (SDFM)
Hall / Fluxgate (ADC)
Shunt (ADC)
• Three Phase Integrated Power Module with heat sink• Feedback sensing via Shunt, Fluxgate / Hall, Delta-Sigma• Position Manager
• Resolver and QEP• Isolated interprocessor communications links
• SPI and McBSP• System upgrades / expansion
• Industrial connectivity expansion slot• Functional safety expansion slot
• Kit BOM• Full Power stage hardware with heat sink• F2837xD MCU Control card• Emulator cable for F28337x controlCARD• Quick start guide with instructions for SW download• User documentation• Code Composer Studio Disk• *Optional Bundle* with PMS Motor with QEP• Mounting assemblies are not included
DesignDRIVE Kit – TMDXIDDK377DHardware Features Key Specifications
April 30’15April 30’15
8 Amps capable
Drives motors rated up to 1 hp
Plugs in to 120 and 220 VAC Mains
Built in XDS100v2 emulator
Part Number MSRP (US$)TMDXIDDK377D $999
TMDXIDDK377D-MTR-BNDL $1199
Shock Hazard
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DesignDRIVE Kit – IDDK
Where to find more information on DesignDRIVE and the IDDK:• ti.com/tool/DesignDRIVE• ti.com/tool/TMDXIDDK377D• ti.com/c2000
Launches Wednesday 13-May
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MSP432 – Best Optimization between Performance and Low Power
MORE PERFORMANCE FOR MSP430™ DEVELOPERS
LOWER POWER FOR ARM® DEVELOPERS
NO COMPROMISES
Advance to higher levels of computing and analog performance, while maximizing your ultra-low-power MSP430 MCU investment and expertise
Slash power consumption and boost performance with the world’s lowest power Cortex®-M4F microcontroller
INTRODUCING MSP432™ MCUs: LOW-POWER AT ITS BEST; PERFORMANCE AT ITS CORE
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Get low-power and performance with a scalable portfolio of 16-bit and 32-bit MSP microcontrollers in a variety of applications
TI Information – Selective Disclosure
MSP432™ MCUs: PERFORMANCE AT ITS CORE
Selecting the high-performance ARM®
Cortex®-M4F core
Highest Coremark score: 3.41/MHz
Incorporating high-performance peripherals and features• Simultaneously read
and erase from flash
• Execute up to 200% faster with DriverLibin ROM vs. Flash
• 14-bit 1MSPS ADC with 13.2ENOB, differential mode & 2 window comparators
48MHz ARM®Cortex®-M4F• Full ARM
instruction set • DSP extensions• FPU engine
Industry-leading ultra-low-power• Active power:
95 μA per MHz• Sleep mode:
850 nA (with RTC)• ULPBench score:
167.4
DriverLib in-ROM
14-bit ADC
8-channel DMA
NVIC with tail-chaining
Peripheral & SRAM memory bit-band
Independent flash banks
Selectable RAM retention
Integrated LDO & DC/DC
128-bit Flash buffer& pre-fetch
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MSP432 MCU Wide voltage range: 1.62-3.7V
TI Information – Selective Disclosure
MSP432™ MCUs: LOW-POWER AT ITS BEST
Optimizing the architecture for ultra-low power
Industry’s lowest power ARM
Cortex-M4F MCU
48MHz ARM®Cortex®-M4F• Full ARM
instruction set • DSP extensions• FPU engine
Industry-leading ultra-low-power• Active power:
95 μA per MHz• Sleep mode:
850 nA (with RTC)• ULPBench score:
167.4
Driver Lib in-ROM
128-bit Flash buffer& pre-fetch
14-bit ADC
8 channel DMA
NVIC with tail-chaining
Peripheral & SRAM memory bit-band
Independent flash banks
Selectable RAM retention
Integrated LDO & DC/DC
MSP432 MCU
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Optimizing peripherals for ultra-low power• Save 40% more
power with the integrated DC/DC vs. LDO
• Save 30nA per RAM bank with selectable RAM retention
• Consume minimal power (375uA) when sampling sensors at 1MSPS with 14-bit ADC
• DriverLib in ROM consumes up to 35% less power than Flash
Wide voltage range: 1.62-3.7V
TI Information – Selective Disclosure
MSP432™ MICROCONTROLLERS
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Software
Differentiation
• MSPWare – leverage C-code portable MSP430 peripherals and analog
• RTOS Support - TI-RTOS, FreeRTOS, Micrium
• ARM 3rd Party Ecosystem
• IDEs - Code Composer Studio™, IAR, KEIL and gcc
Packages
LaunchPad• MSP-EXP432P401R• $12.99Target Board• MSP-TS432PZ100• $89.00
5x5mm²
9x9mm²
16x16mm²
• Industry’s lowest power ARM® Cortex®-M4F MCU ─ Best ULPBench score of 167.4. As low as 850nA Standby, 95µA/MHz Active; Deep sleep to Active:
MSP PLATFORM PORTABILITYM
SP43
0M
SP43
2
MSP430 Modules
MSP 16-bit core
430
MSPWareRegister-
LevelDriverLibrary430
MSP Debugger
LaunchPad
BoosterPacks
Target Board
BSL
ULP Tools: ULP Advisor & EnergyTrace
IAR IDEEnergia
CCS IDE
GCC
CMSIS
ARM Modules
New MSP432 Modules
ARM M4F 32-bit core
432
ARM
432
ARM KeilULP Tools: ULP Advisor
& EnergyTrace+
Intrinsics & InterruptsNew for MSP432Same as MSP430
Slight modifications from MSP430
430 430
MSPWareRegister-
LevelDriverLibrary
Libraries
Libraries
Intrinsics & Interrupts
RTOSs
Hardware Software Development Tools Development Kits
ENERGYTRACE+™ TECHNOLOGY
• Provides a complete ecosystem for real-time power debugging and quickens time to market. Spends less time debugging and more time developing.
• Graphical User Interface in TI’s Code Composer Studio integrated development environment (IDE) and IAR Systems’ Embedded provides energy profiles of your application
– Current measurement and CPU states can be tracked over time to help identify power black holes
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IT’S ALL IN MSPWARE
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Your one-stop shop for all technical collateral
• User’s Guides• Application Notes• Deep-dive Training• Code Examples
www.ti.com/tool/mspwarewww.dev.ti.com
WHY MSP432 MCUs?Intelligent, fast sensing• Motion sensing, proximity,
fingerprint scan• Signature analysis • Fast processing from
multiple serial interfaces
Touch capability• High-performance, low-power
analog enables touch capability
Large amount of flash• Runs a large variety of wireless
connectivity stacks
Ultra-low power • Keeps system power low while
collecting / processing sensor data
IP (code) Protection• Preserves and secures customer’s
unique code and algorithms
MSP432™ MCUs: OPTIMIZED FOR INDUSTRIAL
Customers want to increase product capability with more
sensors, and display data in real time, without sacrificing
the portability enabled by ultra-low-power operation
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INDUSTRIAL SECURITY PANEL
INDUSTRIAL | PERSONAL ELECTRONICS | INTERNET OF THINGS
QVGA Display
ADC14 for touch capability
SPI
ADC14Microphone
Glass Breakage Sensor
Signal Conditioning ADC14
Temp Sensor
(TMP006/7)
I2C
ADC14
Wi-Fi(CC3100)
SpeakerPWM
Signal Conditioning
MSP432MCUs
Intelligent, fast sensing• Motion sensing, proximity,
fingerprint scan• Signature analysis • Fast processing from
multiple serial interfaces
Touch capability• High-performance, low-power
analog enables touch capability
Large amount of flash• Runs a large variety of wireless
connectivity stacks
Ultra-low power • Keeps system power low while
collecting / processing sensor data
IP (code) Protection• Preserves and secures customer’s
unique code and algorithms
MSP432™ MCUs: OPTIMIZED FOR INDUSTRIAL
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..
Motion Sensor
WHY MSP432 MCUs?
INDUSTRIAL SECURITY PANEL
INDUSTRIAL | PERSONAL ELECTRONICS | INTERNET OF THINGS
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TI Internet of Things
What is the IoT ?
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How is IoT different than M2M?• M2M focused on connecting
machines – mainly proprietary closed systems
• IoT is about harmonizing the way humans and machines connect using common public services PeopleThings
Cloud ServicesThings, people and cloud services getting connected via the Internet to enable new use cases and business models
What is driving the IoT ?
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Users• Streamline experiences• Increase convenience• Better lifestyle• Reduce expenses
Businesses• Sell more products• Sell new services• Reduce expenses• With lower barriers
Why now ?
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• More products are adding intelligence with MCUs to support more sophisticated control
• Adding connectivity is getting easier & cheaper • Low-power semiconductors allow for more battery-powered
applications• Wi-Fi and Internet access broadly available• Tablets, PCs and Smartphones broadly available – can be
leveraged as a gateway• Connectivity brings control, sensing & ability to update system
software over the internet
We are at the IoT inflection point
IoT is an enabling technology – not a market
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Health Care• Remote monitoring• Ambulance telemetry• Drugs tracking• Hospital asset
tracking• Access control• Predictive
maintenance
Smart Manufacturing• Flow optimization• Real-time inventory• Asset tracking• Employee safety• Predictive maintenance• Firmware
updates
Automotive• Infotainment• Wire replacement• Telemetry• Predictive maintenance• C2C and C2I
Smart Cities• Residential E-meters• Smart street lights• Pipeline leak detection• Traffic control• Surveillance cameras• Centralized and integrated
system control
Building & Home Automation• Access control• Light and temp control• Energy optimization• Predictive maintenance• Connected appliances
Wearables• Entertainment• Fitness• Smart watch• Location and tracking
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IoT cloud
A typical IOT application
IoT node
Sensors & Actuators
IoT gateway(optional)
Router
Remote control
Monitor & Analytics
SenseSense StoreStore PresentPresent
AnalyzeAnalyzeDecideDecideControlControl
But there are challenges
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Sensing a complex environment
Multiple connectivity options
Security is a must
Power is critical
The IoT is complex Connecting to the cloud
Sensing technology is a must C H A L L E N G E W H A T I S N E E D E D
Sensing a complex environment Innovative ways to sense and deliver information
T I D E L I V E R S
Biosensing
Chemical
Current / power
Light
Humidity
Gas
Material composition
Occupancy
Position / motion
Pressure
Proximity
Temperature
Sensing technologies that address a wide variety of applications
www.ti.com/sensing
No one connectivity standard will win in the IoTC H A L L E N G E W H A T I S N E E D E D
Connectivity: One size doesn’t fit all
Broad variety of wired or wireless standards
T I D E L I V E R S
• Low power mesh network• Smart metering & lighting• Moving into home automation
• Fast, low latency Ethernet• Real-time industrial control• Information technology
• Fast – 10Mbps++• Direct Internet connection• Home & enterprise apps
• Data over power lines (OFDM)• Developed for smart grid• Lighting, solar, appliances
• Lowest power BLE• Connect to tablet/phone• Moving to industrial, automotive
• Low power & long range• Native IP-based network• Home gateways and security
2.4GHz IEEE 802.15.4IEEE P1901.2
System-level approach to power is requiredC H A L L E N G E W H A T I S N E E D E D
Power is critical The lowest power solutions for any application
T I D E L I V E R S
Harvesting power and stretching battery life
Thermal RF Light Vibration
Days to years of battery operation or harvested-powered devices
Power management & precision analog ICs
Low-power microcontrollersMSP430™MCU
Tiva™-C MCU
Low-power wireless connectivity
Wi-Fi Bluetooth ZigBee Sub-1 GHz
Wi-Fi-based sensors running on 2xAA batteries over 1 yearZigBee/6LoWPAN-based light switch running on coin cell battery for 10 years
Security is vital at all layersC H A L L E N G E W H A T I S N E E D E D
Security is a must Built-in hardware security technology
T I D E L I V E R S
Security solutions to prevent, detect and respond to unintended or malicious behavior
Protecting manufacturers’ and consumers’ devices, solutions and services
Hardware Connectivity Software
Symmetric cryptography
IP protection
Authentication & anti-cloning
Tamper protection
The IoT must be easyC H A L L E N G E W H A T I S N E E D E D
Complexity IoT solutions for everyone, not just experts
T I D E L I V E R S
Solutions that are making the IoT easy for system designers
Our customers getease of set up and use
TI and our Ecosystem
Encapsulated wireless connectivity:• Modules and reference designs eliminating
need for RF expertise• On-chip Internet connectivity SW stack and
comprehensive development environmentExample designs and all the building blocks
Make anything wireless in minutes
Making it Easier to Connect to the CloudC H A L L E N G E W H A T I S N E E D E D
Connecting end-to-end and enabling applications
Ecosystem of cloud partners to enable easy integration
T I D E L I V E R S
New open ecosystem of IoT cloud service providers
Faster time to market of new devices and services based on TI’s IoT silicon solutions. Meets individual needs of manufacturers.
Making the IoT happenChallenges What is needed
Connectivity: One size doesn’t fit all
Broad variety of wired or wireless standards
Power is critical The lowest power solutions for any application
Security is a must Built-in hardware security technology
Complexity IoT solutions for everyone, not just experts
Connecting to the cloud Ecosystem of cloud partners to enable seamless integration
Sensing is vital Innovative sensing technology
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Texas Instruments Wireless ConnectivityWireless Connectivity Portfolio
ZigBeeRF4CEMesh
Up to 1Mbps
AAA battery
Up to 848Kbps
No battery to coin cell
• Low / no power• Diverse apps
Up to 3Mbps
Coin cell to AAA
• IOP• Large install base• In mobile devices
Up to 1Mbps
AAA battery
• IPv6 stack• Mesh• Ultra low power• IoT platform
Up to 100Mbps
AA battery
• Existing infrastructure
• High throughput
Up to 1Mbps
Coin cell
• Longest range• Customizable to application
• Robust RF
NFCRFID
Identification
Bluetooth®Bluetooth LE
Personal Connection
6LoWPANIP Mesh
Wi-Fi®Existing
Infrastructure
Proprietary Sub-1GHz
Customizable
Proximity Personal area networks Neighborhood area networksLocal area networks
RangeUp to 100mcm km
• Standardized mesh
• Large area coverage
• Redundancy
Up to 1Mbps
Coin cell
• Customizable to application
• Robust RF
Proprietary 2.4GHz
Customizable
Key Attributes
Key Differences
Range Throughput
Typical Topology
StarMesh P2P
Zigbee
Prop Sub 1Ghz, Prop 2.4Ghz
WiFi, Bluetooth
RF4CE
Mesh
Choosing The Right Technology for You
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6LoWPAN
2.4GHzProprietary
6LoWPAN
RF4CE
ZigBee
WiFiTe
chno
logy
RFI
D
ANT
BLE
Bluetooth®
0-1m 10m 100m
Sub-1GHz
0.1M
50M
1M
3M
RFID
BLE/ANTZigBee, RF4CE
6LoWPANSub-1GHz
2.4GHz
WiFi
Bluetooth®
Technology
No
Bat
tery
Technology
Coi
n C
ell
AAA
RFID
BLE/ANTSub-1GHz
2.4GHzProprietary
Bluetooth®
ZigBeeRF4CE
6LoWPAN
WiFi
Typical power source
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SimpleLink BLEBluetooth Smart
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Single Mode – Bluetooth Smart (BLE)Low Power, Low Latency, Low Throughput
Products Features
• SimpleLinkTM Wireless MCU • Flash based wireless MCU• CC2540 (USB interface)• CC2541 (I2C interface)• CC2540T ( up to 125°C)• CC2640 (M3 + Sencor
Control)• Apps developer tools• Broad TI Designs portfolio
• Lowest Power down to 1/10th of BT Classic
• Run BT stack and application on one single chip down to 6x6mm QFN package
• Bluetooth 4.1 compatible
• Industrial and extended temp range: -40 to 85°C and 125°C
• Automotive qualification option
Value PropositionsLarge Tools and ref designs Ecosystem Easiest to design with: proven and robust BT 4.1 compatible
stack with over the air capability (100 Million devices shipped), RTOS and low cost tool
The lowest power: multi-year operation on smaller coin-cell The most Integrated: single chip wireless MCU, integrated
flash, small package Strong roadmap with more integration, lower power, Cortex MSensorTag
Applications
• Home & Building
• Health & Medical
• Remote
SimpleLink CC26xx/CC13xx Wireless MCUsUltra-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)• 6.2 mA TX (single-ended)•
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Small, Simple & Splendid for the IoT – SimpleLink™ SensorTag!
Beacon Example Tracking Location
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• Use Beacon location App to evaluate Micro-Location technique
Beacon Example Retail Store• Consumer
– Special promotions– Personal messages– Recommendations– Automatic check-in
• Retailer– Monitoring shopping behavior– Advertisement– Simplify payment handling– Data collection
• Cloud service– Beacon management– Access information on user– Push segmented information– Security / Beacon validation
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Cloud
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SimpleLink WiFi
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SimpleLink™ Wi-Fi® platformLowest power, programmable wireless MCU, easiest to use
Products Features Applications• CC3200 (Wireless MCU)
• Integrated ARM Cortex-M4 MCU + Wi-Fi network processor
• First programmable single chip Wi-Fi solution
• CC3100 (Internet-on-a-chip Wi-Fi network processor)• Embedded TCIP/IP stack • Connect any MCU to the
Internet of Things
• On-chip Internet & Wi-Fi security• Wireless MCU separate from
TCP/IP Stack, free for customer applications
• Flexible provisioning such as SmartConfig, WAC, & AP Mode
• Cloud supported• FCC/CE/ETSI certified modules• SDK for development with Code
Composer Studio and IAR support
• Internet of Things (IoT)
• Home automation & appliance
• Safety and security
• Smart energy
• Industrial M2M communication
• Wireless audio streaming
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, 50+
software examples, extensive documentation and TI E2E support forum all readily available
SimpleLink WiFi CC3100 & CC3200Smart Wi-Fi Network Processor & Wi-FI Wireless MCU
Inte
grat
ion
Inte
grat
ion
• industry’s first programmable Wi-Fi MCU
• 2.4/5GHz embedded Wi-Fi • Internet on a Chip• On Chip HW encryption (AES,
DES, SHA, DTHE CRC)• On chip ADC and MCU
peripherals• QFN package
Low
Pow
erLo
w P
ower
Low power radio• 33 mA listen, 53 mA receive• 4 uA hibernate• 85 uA sleep
Low power modes• Wi-Fi Sensors running on
2xAA Batteries over 1 year
No RF expertize required• 802.11a/b/g/n STA, AP, P2P• Embedded TCP/IP stack• Tiny device driver • Works with any MCU or no MCUFlexible, Fast, Secure Internet ConnectionTools, E2E, Modules, Wiki, ref designQ
uick
er ti
me
to m
arke
tQ
uick
er ti
me
to m
arke
t
Jarden First Alert Portfolio with CC3200
Wi-Fi Safe
Wi-Fi EnvironmentMonitor
Wi-Fi SmokeAlarm
Home Automation
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Use case• A line of Wi-Fi and BLE connected home
automation products• Wi-Fi Smoke and CO Alarm• Wi-Fi Safe• Wi-Fi Environmnet Monitor
Use case• A line of Wi-Fi and BLE connected home
automation products• Wi-Fi Smoke and CO Alarm• Wi-Fi Safe• Wi-Fi Environmnet Monitor
Why we won• TI portfolio – support of both BLE and Wi-Fi
IOT-oriented solutions• Simple single chip solution with on-chip
customer-dedicated MCU• Low power leadership• Easy integration• CC3200 pre-integration with Arrayent cloud
service• Wi-Fi and internet security protocols, HW
encryption engine
Why we won• TI portfolio – support of both BLE and Wi-Fi
IOT-oriented solutions• Simple single chip solution with on-chip
customer-dedicated MCU• Low power leadership• Easy integration• CC3200 pre-integration with Arrayent cloud
service• Wi-Fi and internet security protocols, HW
encryption engine
Solution• CC3200MOD for cloud connectivity• CC2640 for local communication
Solution• CC3200MOD for cloud connectivity• CC2640 for local communication
ZigBeeLowest power, large secure mesh network, easiest to use
Products Features Applications• Wireless MCUs
• CC2530• CC2531 (with USB)• CC2538 (High performance,
large memory)• Range extender
• CC2592 (Extends range up to 7x)
• Z-Stack: Royalty-free and robust TI ZigBee stack
• Run Z-Stack and application on one single chip
• USB interface • Over-the-air software update
capability• Industrial temp range:
-40 to 125 C• Golden unit software as part of
the standard for ZigBee Home Automation and ZigBeeConnected Lighting
• Home automation• Comfort• Security• Energy efficiency
• Lighting networks• Lights• Switch/sensor
• Generic mesh• IP-to-ZigBee gateways
Value Propositions• The lowest power: Multi-year operation on small coin-cell
• Robust and standardized mesh network: Connect up to 100s of nodes in industrial setting
• Easiest to design with: Proven and robust ‘copy paste’ kits, reference designs together with Golden Unit software stack
WilinkTM Combo solutionshigh-performance WiFi + Bluetooth/Bluetooth Low Energy
Products Features Applications• WilinkTM 8 Combo
• WL18xx Combo• TI Modules
• WL1801MOD• WL1805MOD• WL1831MOD• WL1835MOD• WL1807MOD• WL1837MOD
• 3rd Parties modules
• Combo BT Dual Mode + WiFion one single-chip
• Performance over long range• Connect to processors(high
level OS) and MCUs running the stack
• Industrial temp -40 to 85 C• 2.4GHz and 5GHz support• Fully certified module (FCC, IC,
CE, Bluetooth)
• Security Camera• Portable Data Terminal • Gateways• Audio• Industrial Panel/ HMI• Professional Camera• Wearable
Value PropositionsTools/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)
Dual-mode Bluetooth (Classic + BLE)Bluetooth connection across any end point (BLE or classic); enables bridge between BLE and classic
PL Contact: Joy Taylor
Products Features Applications• Smart RF transceivers
• CC2560 (Classic only)• CC2564 (Classic + BLE)• Pin-to-pin compatible
• TI modules• CC2564MODN
• 3 Parties Modules• Audio TI Designs (sink and
source)
• Performance over long range (100m) with throughput up to 3Mbps
• Connect to any MCU or processor
• BT stack runs on external host • Bluetooth 2.1 +EDR/ BT 4.0• Fully certified module (FCC, IC,
CE, Bluetooth SIG)
• Embedded audio
• Heath andmedical care
• Mobile device accessories
• Toys
Value PropositionsTools/Modules/TI Designs
• Best Performance: reliable connection over a long range (100m) with optimized power consumption
• Flexible: connect to any host (MCU or processor)• Most proven solution: 300 millions devices shipped, robust
royalty free SW, solution available for broad market • FCC, IC, CE & Bluetooth SIG Fully Certified module
Sub-1 GHz Performance LineIndustrial 169/ 315/ 433/ 470/ 868/ 915/ 920 MHz solutions
Products Features Applications• Smart RF transceiver
• CC1120• Smart RF transceiver for 802.15.4.g
• CC1200• Smart RF transceiver for ultra
narrowband• CC1125
• Software stacks• Free SimpliciTI software stack• wM-Bus software
• High sensitivity & narrowband support, the de facto standard for long range communication
• Advanced wavematch receiver gives best selectivity and blocking including low power sniff mode
• Low-power RX sniff mode enable automatic duty-cycling of the receiver
• SmartRF software tools enable fast RF development and testing
• Wireless meter reading
• Alarm and security
• Home, building and industrial automation
Value Propositions
• Longest real-world range: 25km range, full-building to city-wide RF coverage, beyond 100km with amplifier
• 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
Sub-1 GHz Value Line315/ 433/ 470/ 868/ 915/ 920 MHz solutions for consumer applications
Products Features Applications• Smart RF transceiver
• CC110L• Wireless MCU
• CC1110• CC430
• Wireless MCU with USB• CC1111
• Free software examples• SimpliciTI software stack
• Complete solutions for 315, 433, 470, 868, 915 and 950 MHz
• SimpliciTI network protocol on CC11xx devices. Only 0.5kB RAM, 8kB Flash MCU needed. 5yr battery life on AA cells
• SmartRF Studio windows software enable fast RF development and testing
• Flexible RF packet sniffer helps debug RF solutions quicker
• Home and building automation
• Safety and security
• Consumer applications
Value Propositions• Robust RF range in your house: Longer range than 2.4 GHz. Stable
wireless links that go through walls• Most complete design support: 15 years of accumulated knowledge
documented on the web: 100+ app notes, dedicated E2E forum, SmartRF tools
• Most optimized Sub-1 GHz solutions: Tx, Rx, Trx, wireless MCU + small SW stack
6LoWPANIP cloud connection, largest network, longest range
Products Features Applications• Wireless MCUs
• CC2538 (high performance 2.4GHz)
• CC1200 (Sub-1 GHz long range)
• Range extender• CC2592 (2.4 GHz extends
up to 4x range)• Contiki software: Open source
solution
• Complete solution for both 2.4 GHz and Sub-1GHz
• An edge router connects the 6LoWPAN network to IP applications. No gateway needed
• Mesh routing that is robust and self-healing
• Can achieve multi-year operation on a coin-cell battery
• Internet of Things (IoT)
• Home and building automation
• Safety and security
• Low-power sensor networks
Value Propositions
• IP cloud connection: Complete solution from end nodes through edge router to the cloud
• Large and secure mesh network: Connect up to 1000s of nodes
• Longest range: Sub-1 GHz solution for city-wide networkNodes
Self‐healing mesh
RouterInternet
From idea to market, safe and quickly
TI has tools to discover your chosen technology and run
“Hello World”
Enabling your Alpha prototype with TI’s “Out-of-the-box”
tools and software solutions
We have module partners with pre-certified solutions
Extensive support infrastructure for hassle-
free development
IR temperatureHumidity
AccelerometerPressure
Magnetometer
Gyroscope
Broad range of reference designs
Getting Start
To learn more information about the industry’s broadest wireless portfolio, please see:
• Wireless Connectivity Selection Guide www.ti.com/wirelessconnectivityguide
• TI Connectivity Wikiwww.ti.com/connectivitywiki
• Wireless on ti.comwww.ti.com/wireless
• E2E Forumwww.ti.com/wiconforum
• TI Reference Designshttp://www.ti.com/general/docs/refdesignsearch.tsp
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Support Resource• C2000
– www.ti.com/c2000
• Wireless connectivity– www.ti.com/wireless
• TI Wiki– processors.wiki.ti.com
• TI E2E support forum– e2e.ti.com
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