Low Power Radio Frequency

Long range. Low Power. Easy to use.

Part of the SimpleLink™ MCU Platform

Agenda

SimpleLink MCU Platform

Wireless Portfolio & Wireless Technology Summary

CC13x2 / CC26x2 introduction

CC13x2 / CC26x2 SDK

Why Sub-1 GHz?

TI offering with 802.15.4g stack & sensor to cloud solution

What‟s new with Bluetooth 5?

Why Thread?

TI Hardware Roadmap

2

Overview of TI Offering Nick Smith 2017

Low Power RF

Product Offering

Resources

New SimpleLink™ MCU platform One environment. Unlimited potential.

Wireless Network

Processor

Wireless Microcontrollers Microcontroller

CC2652R

Multi-standard

3

CC2642R

CC2640R2F

100% code reuse Common software

CC1312R

CC1310

CC1352R

CC1352P

CC1350

Multi-band

End-to-end development resources

Common

software

Wired & wireless

ARM®-based MCUs Development Kits

SimpleLink

Academy

Code Composer

Studio™ IDE

TI Resource

Explorer

4

TI Wireless Broad Portfolio Solutions for every Industry Challenge

Range Up to 100m cm km

Key Attributes

Key Differences

Throughput: Data up to 848 Kbps

ZigBee® NFC

RFID

Bluetooth®

Bluetooth® LE

Wi-Fi®

Sub-1 GHz,

Dual-Band

Proprietary

2.4GHz

Thread,

6LoWPAN

Identification Connection to smart

devices

Customizable Mesh Universal –

Cloud connection IP Mesh Long range

• Passive operation & data

storage

• Dedicated multi-tag read

zone

• In Portable devices

• Interoperable with other

Bluetooth devices

• Large install base

• In mobile devices

• Ultra Low Power

• Existing infrastructure

• Power Optimized

• Built-in security

• Wi-Fi Certified

• Connection to the cloud

• Multi-protocol BLE

• Longest range

• Ultra low power

• Customizable to

application

• Robust RF

• Standards based

• Self-healing mesh

• Ultra Low power

• Large area coverage

• Customizable to

application

• Robust RF

• IPv6 stack

• Ultra low power

• IoT platform

Personal Area Networks Proximity Local Area Networks Neighborhood

Area Networks

Throughput: Data or voice up to 3

Mbps

Throughput: Data up to 1 Mbps

Throughput: Data up to 256 Kbps

Throughput: Voice or video from

10-100 mbps

Throughput: Data up to 256 Kbps

Throughput: Data up to 1 Mbps

Power Required: No battery to coin cell

Power Required: Coin cell to AAA

Power Required: Coin cell

Power Required: Energy harvesting to AAA

Power Required: AA to Lithium Ion

Power Required: Energy harvesting to AAA

Power Required: Coin cell

5

2.4 GHz Wireless Technology Summary Grid infrastructure, Factory automation, Building automation

6

Zigbee

Mesh

WiSUN

Technology Features

TI Support

WHART Wireless IO-Link Thread Bluetooth LE

ZigBee

3RD Party TI Supported

3RD Party

Grid Infrastructure Factory Automation Building Automation

IPv6 IPv6 IPv6 IPv6

Mesh Mesh Mesh Mesh Mesh Mesh

Process Control

ZigBee in UK

WiFi Bluetooth LE

TI Supported

TI Supported

TI Supported

Mesh

IPv6

Mesh- Limited

TI Supported

IPv6 IPv6

3RD Party

Japan- HAN

IPv6

TI Supported

IPv6

Sub-1 GHz Wireless Technology Summary Grid infrastructure, Building automation

7

WiSUN Sigfox

IPv6

Mesh

TI Supported 3RD Party

Wireless M-BUS

IPv6

Mesh

Europe-centric

Contiki

Open Source

IPv6

Mesh

Comments

TI Support

Grid Infrastructure Building Automation

3RD Party

Mesh

IPv6

FAN

IPv6

Mesh

TI Supported

TI 15.4-Stack

Rescue tracking

RC toys

Irrigation systems

Rodent traps

Animal tracking

Monitoring sensors

Cable Replacement

Tollroad Tags

Asset Tracking

ESL/Price Tags

Locationing

Cold Chain Mgmt

Security Alarms

Smoke/CO2 alarms

Security Sensors

Flow Meters

E-Meters

Heat cost allocators

Lighting Control

Door Locks

Heat Control

Why Sub-1 GHz? Better range, Lower power, More robust, Diverse Applications.

8

Long range

• 200x more than Wi-Fi, ZigBee

• Full house coverage with a simple

software

• Choice of long range modulations

Sub-1 GHz in Space

• 20 km on coin cell battery

• Multi-years on coin cell battery

• Lower power vs. other technologies for

the same range

More information on ultra-low power

platform

Ultra-Low Power

• Less susceptible to interference

• Avoid the crowded 2.4 GHz

• Frequency hopping

Learn more about frequency hopping

Robust

Home / building

automation Smart Grid Alarm & Security Retail Logistics

Factory

Automation Agriculture Other

9

Building a Sub-1GHz network Key components

Network Management

• Formation, Discovery

• Joining, Leaving

Security

• Encryption

• Message Integrity

MAC

• Medium access

• Addressing

• Packeting

• Frequency Hopping

• Regulatory compliance

10

Network Management

• TI 15.4-Stack Link Management layer

Security

• AES-128 Encryption

• Message Integrity Code

MAC

• 802.15.4 standard CSMA\CA

• 802.15.4 standard addresses

• 802.15.4 standard packeting

• WiSun based frequency hopping

• ETSI/ FCC compliant

Network Management

• Formation, Discovery

• Joining, Leaving

Security

• Encryption

• Message Integrity

MAC

• Medium access

• Addressing

• Packeting

• Frequency Hopping

• Regulatory compliance

Resources • 15.4-Stack Video

• CC13x0 SDK

• TI 15.4-Stack Linux SDK

• SDK Overview

A standards-based Sub-1 GHz wireless networking solution

What is TI 15.4-Stack? Robust, Easy to use, Ultra-low power

11

Nick Smith 2018

SimpleLink Sub-1 GHz Sensor to Cloud What is it? Why is it needed?

Fast time to market.

Long range applications to the cloud.

Flexible gateway solution

What is it? An end-to-end solution providing cloud connectivity for

sending and receiving sensor data over a long range Sub-1 GHz network.

Why is it needed? The Sub-1 GHz band is very fragmented with

no single dominant technology that provides an end-to-end solution for devices

to access the cloud over a Sub-1 GHz network. The TI Sensor to Cloud is this

solution.

Key Features • IEEE 802.15.4g star networking solution

• AES-128 encryption and message integrity code

• Frequency hopping enabling robustness

• Scalable cloud integration

• Certification-ready design

12

13

SimpleLink Sub-1 GHz Sensor to Cloud Choose your solution

TI-RTOS-based wireless MCU gateway Linux-based processor gateway

• Fully integrated wireless gateway

• Low power solution

• Unprecedented scalability with the SimpleLink MCU platform

• Cost-optimized solution

• Enables enhanced user interface

• Ability to run concurrent applications

• Support for various wireless technologies like Bluetooth® low

energy, Wi-Fi, zigbee®, Thread, etc.

• Wired and wireless gateway option

Supported operating system: TI-RTOS Supported operating system: Linux

SimpleLink Wi-Fi CC3220

• ARM® Cortex®-M4

• Dedicated network processor and additional application MCU

• Chip-level Wi-Fi Alliance certification

• 256K RAM or 256K RAM + 1 MB Flash and advanced security

features

Sitara AM335x

• Scalable ARM® Cortex®-A8 from 300 MHz – 1 GHz

• 3D graphics option for enhanced user interface

• Premium secure boot option

• Dual-core PRU-ICSS

Order now Order now Learn more Learn more

Nick Smith 2018 Nick Smith 2018

Power Tools,

E-meters,

Sensors

Remote keyless entry

(RKE), Passive-entry

Passive-start (PEPS),

wire replacement

Anti-lost tags,

Asset tracking

Personel locator

EPOS Card Readers

EPOS Printers

Handheld transaction

terminals

Coffee-Maker,

Vacuum,

HVAC

Glucose Monitors,

Patient Monitors,

Drug delivery

Door locks, Beacons

Smoke Detectors,

Door bells, Lights

What’s new with Bluetooth 5? Longer range, Higher speed, More data, Diverse Applications.

14

Longer range

• 6 dB improved sensitivity through coding –

same TX/RX current

• Whole-house coverage (1.5km range)

Learn more

• 500% increase in data throughput vs.

Bluetooth 4.0 (2Mbps mode)

• CC2640R2F supports even higher

throughput up to 5Mbps (proprietary)

The secret to moving faster

Higher speeds

• Transmit more intelligent data over a

beacon (up to 248 bytes)

• Enable rich location/navigation

applications

Explore Bluetooth 5

Increased broadcasting capacity

Home / building

automation Health / medical Applicances Retail Logistics Automotive Industrial

What is Texas Instruments’ Offering

• BLE stack with full support for BLE5.0

– Support for 2Mbps high speed mode

– Support for Advertisement Extensions and Coded PHYs (125kbps / 500kbps)

• Secure Over-the-Air firmware upgrade

– Secure and signed firmware (know that firmware comes from trusted source)

• Tested with up to 32 simultaneous connections

– Multi-role, central or peripheral roles in combination in the network

• Dynamic multi-protocol manager (DMM)

– DMM lets you run two stacks simultaneously, ex BLE and 802.15.4 or ZigBee

15

What is Texas Instruments’ Offering

16

TI Radio: a unique future proof differentiation

• The BT5 long range mode specification is

based on a proposal from TI

• Flexible radio also ensures support for

future spec enhancements via software

update

• Support of up to 5Mbps for future

expandability

17

Updatable Radio

supports lower-level radio

updates via firmware to

support future standard

enhancements

Built-in Bluetooth5 support

Both 2Mbps and long range

radio modes are already

supported

Security Alarms

Smoke/CO2 alarms

Security Sensors

Lighting Control

Door Locks

Heat Control

Why Thread? The best way to connect and control products in the home

18

Low power mesh

• Full house coverage

• Battery operation for sleepy end nodes

• Self-healing to fix routing problems

• Worldwide standard

• Easy connection to existing networks

• IP-based security with DTLS

IP connectivity

• Thread commissioning smartphone app

is available

• Easy to form, join, and maintain network

• Secure commissioning

Smart phone commissioning

Home / building

automation Alarm & Security

Coffee-Maker,

Vacuum,

HVAC

Applicances

What is Texas Instruments’ Offering

• Integration of OpenThread with the TI

SimpleLink MCU SDK

• Extensive documentation

– OpenThread

– TI-RTOS

– TI Drivers

– Examples

• Inter-task support with a simple thread-

safe API

19

What is Texas Instruments’ Offering

• Currently supports following TI

devices:

– CC2652R (Thread Certified)

– CC1352R (To be Certified)

– CC1352P (To be Certified)

• Differentating elements:

– Low-power

– OAD, both native and over BLE

– Whole solution with BeagleBone Black-

based border router

– End equipment-based example

applications

– TI SimpleLink MCU framework 20

21

CC1312R

Sub 1GHz

352kB Flash, 80kB RAM, 7x7

Low Power RF Hardware Roadmap Sub-1 GHz, Multi-Band, 2.4 GHz, Bluetooth low energy, Zigbee, Thread

Su

b-1

GH

z

2.4

GH

z

Du

al-

Ban

d

CC112x,

CC12xx High performance

Transceivers

CC1350

Sub 1GHz + BLE

32-128kB Flash, 20 kB RAM

CC1352R

Multi-band

352kB Flash, 80kB RAM, 7x7

CC2530

802.15.4

128/256kB flash

CC2538

802.15.4

256/512kB flash

CC2630/50

2.4 GHz multi-protocol

128kB Flash, 20 kB RAM, ROM

CC2652R

2.4 GHz Multi-protocol

352kB flash, 80kB RAM

“Agama” “Agama + PA”

CC1352P

Same as CC1352+

Output power: 20dBm

CC2650

MOD BT4.2

Integrated antenna

CC2640R2F

BT5

275kB NV memory, 28 kB RAM

CC2640R2F-Q1

BT5

Automotive qualified – ACE-Q100, 7x7

Production

Sampling

Development

Roadmap/Planning

zigbee

BLE / BLE 5.0

Sub-1 GHz

6LoWPAN

Thread

Integrated PA

“Chameleon”

Key Features

Connectivity Technology

More memory. Multi-step approach from

128kB to 352kB

More integration. Integrating MCU, sensor

controller, PA, and multiple

wireless technologies

Easier to use. Comprehensive software,

complete reference

designs, and SimpleLink

Academy training

Pin-to Pin (7x7)

Pin-to Pin (7x7)

CC2541/Q1

BT4.0

256kB flash, Q-100 qual

CC2540/T

BT4.0

256kB flash, 125 C

Pin-to Pin (7x7)

BL

E

Nic

k S

mit

h 2

017

CC2642R

BT5

352kB Flash, 80kB RAM, 7x7

Nick Smith 2017

CC1310

Sub-1GHz

32-128kB Flash, 20 kB RAM

Nick Smith 2017

RTM: Apr „19 Prod. samples:

Mar „19

RTM: Apr „19 Prod. samples:

Mar „19

RTM: May „19 Prod. samples:

Mar „19

RTM: Apr „19 Prod. samples:

Mar „19

RTM: Apr „19 Prod. samples:

Mar „19

TI Confidential – NDA Restrictions 22

CC13x2 / CC26x2 Introduction SimpleLink™ Sub-1 GHz, Dual-Band and Multi-Protocol Ultra-low power Wireless MCUs

22

23

CC26x2/CC13x2 One architecture, several technologies

QFN package:

7x7mm

ARM®

Cortex®-M4F

Radio

SCE

Peripherals / modules

Application MCU

• Application

• Profiles / services

• TI RTOS

• Peripheral drivers and

libraries

• Royalty free protocol stacks

Peripherals / modules

• DC/DC converter

• Temp/battery monitor

• AES

• GPIO

• Timers

• UART / SPI

• I2C / I2S

• DMA

Sensor controller engine

• ADC and comparators

• Digital sensor readings

• Capacitive sensing

Radio

• Strong Sensitivity

• Power output:

• +5dBm / +20dBm @ 2.4 GHz

• +15dBm / +20dBm @ Sub-1

GHz

• LinkLayer in ROM

Memory

Memory

• 608 KB non-volatile memory

• 352 KB Flash + 256 KB ROM

• 80 KB SRAM + 8 KB cache

802.15.4g Low Energy

CC13x2 / CC26x2 new platform 2019

Agama

Main CPU:

Up to

352 kB

Flash

with 8kB

Cache

Sensor interface

cJTAG

Up to

80 kB

SRAM

2xROM

ARM®

Cortex™

M4F

LDO, clocks and references

Optional DC/DC converter

RF core

ARM®

Cortex™ M0

DSP modem, 2x speed

4xSRAM

ROM

ULP Sensor Controller

2 MHz, 24MHz

Low Power Comparators

12 bit ADC, 200ks/s

Constant Current Source

SPI/I2C digital sensor IF

4kB SRAM

Time to Digital converter

General peripherals/modules

4 16-bit Timers

2xSSI (SPI, µW, TI)

Watchdog timer

Temp. / batt. Mon.

RTC

I2C

2xUART

I2S

10 / 15 / 31 GPIOs

Enhanced Security

32 ch. µDMA

ADC

ADC

Digital PLL

Up to 48 MHz

61 µA / MHz

Sub-1 GHz

+20 dBm PA

TRNG

2.4 GHz

Narrow

band

2.4 GHzor

Sub-1 GHzMore memory for application

and RF protocol(s).

80k RAM protected by parity

for low soft error rate

More processing power: ARM Cortex M4F

• Enhanced security Hardware Acceleration: AES-128/256, SHA-512, ECC, RSA-2048)

Dual band RF:

• Sub 1GHz + 2.4 GHz

• Smart Phone Connection

More capable modem

• 2x speed for more

advanced modulation

+20 dBm PA for longer

range

Narrowband + 169 MHz

• Better sensitivity

• Cover more metering

standards (WMBUS)

Lower Power flow metering

• New 2MHz mode giving 3-

10 times lower power for

flow measurements

25

2.4 GHz

SimpleLink CC13x2 / CC26x2 Sensor controller

SPI reading -

Wake ups per

second

Cortex-M4, 48

MHz

Sensor controller,

24 MHz

Sensor controller,

2 MHz

1 2.4 uA 1.5 1.0 uA

20 25.4 uA 4.0 uA 1.4 uA

100 119 uA 15.6 uA 3.0 uA

16-Hz: 1.7 uA

Reading Comp A @ 100 Hz: 1.9 uA

ADC sampling @ 1Hz: 1uA

Flow metering

Motion detector monitoring output from a PIR

Thermostat external temp sensor reporting back to main

thermostat

Example application Power consumption

CC13x2 / CC26x2 Standby current over temp vs. competitor

0

1

2

3

4

5

6

7

8

9

10

11

12

(40) (30) (20) (10) 0 10 20 30 40 50 60 70 80

CC1352/2652

Competitor

µA

Degrees C

Standby current consumption, VDD=3.3V, 32kHz RCOSCCC1352/CC2652: 80k RAMCompetitor: 32k RAM

CC1352P Industry’s lowest power PA

Competitor (integrated)

Dedicated PA

New SimpleLink Wireless MCUs Summary

Device Description

CC2642R Bluetooth low energy only

CC2652R Multi-standard 2.4GHz device with support for Bluetooth

low energy, ZigBee and Thread

CC1312R Sub-1GHz only device. Support for TI 802.15.4g stack and

proprietary RF

CC1352R Multi-standard Sub-1GHz and 2.4GHz device with support

for Bluetooth low energy, ZigBee, Thread ++

CC1352P Adds a +20dBM PA in addition to CC1352R functionality

SimpleLink SDK Overview Multi-Standard software package for CC2642R/CC2652R/CC1352R/P

29

Thread

Accelerate your time to market

Bluetooth Low Energy

• Thread 1.1 networking stack based on

OpenThread core

• NCP and CLI example applications

• CoAP-based example applications (door lock,

thermostat, window shade, temperature

sensor)

• TI SimpleLink MCU ™ framework

• Enablement of Beaglebone black-based border

router with agent

Zigbee

• Zigbee Pro compliant platform

• GP device and sink support

• Example applications including light, switch,

thermostat, temperature sensor, door lock

• Support for Zigbee Network Processor

Uncompromised flexibility

• Support for Bluetooth 5

• High Speed 2Mbps mode

• Coded PHYs long range modes

• Advertising Extensions

• Backwards compatible to Bluetooth 4.x

• Simple BLE peripheral, central, and

network processor example applications

• TI SimpleLink MCU™ framework

• Multirole

• OAD (over-air-download)

One environment, unlimited potential

SimpleLink SDK Overview Sub-1 GHz CC1312R / Multi-Band CC1352R/P software package

30

TI 15.4-Stack

Accelerate your time to market

Multi-Band – Sub-1 GHz +

Bluetooth Low Energy

• IEEE 802.15.4e/g-based star network solution

• Support for both 50kbps and SimpleLink Long

Range Mode (5kbps)

• Complete stack software including MAC with

CSMA/CA, Network management, and built in

security features

• Sensor and Collector example embedded

application

• Linux gateway example application

• Sensor to cloud solution with IoT agent reference

design

Proprietary SW RF

examples

• Proprietary RF examples leveraging TI-RTOS

• Support for non-RTOS examples in packet

TX/RX, PER-meter, and EasyLink TX/RX

• EasyLink RF abstraction layer – simple API

exposing various APIs from the RF core

• Support for any characterized PHY directly from

SmartRF Studio settings

• AT command interface

Uncompromised flexibility

• Concurrent 15.4 Stack sensor + BLE advertiser

using BLE micro-stack service

• Concurrent WSN sensor + BLE advertiser using

BLE micro-stack service

• Seamless OAD upgrade between BLE, 15.4-

Stack and EasyLink

• Concurrent WSN sensor and BLE peripheral

One environment, unlimited potential

31

Learn more >

• New! CC2642R

• CC2640R2F

• CC2640R2F-Q1

Tools and Software >

Learn more >

• New! CC1312R

• CC1310

Tools and Software >

Learn more >

• New! CC2652R

Tools and Software >

Learn more >

• New! CC2652R

Tools and Software >

Learn more >

• New! CC1352R

• New! CC2652R

• CC1350

Tools and Software >

Building Automation,

HVAC, and Smart Meters

End

Equipment

Information

• Training

• TI E2E Support Forum

Support and

Training

• Web

• Video

• Blog

• TI-RTOS-based design

• Linux-based design

SimpleLink

Sensor to

Cloud

LPRF Resources Learn more >