CC3100/CC3200 SimpleLinkTM Wi-Fi The Internet of Things Made Simple

Connect More: Anywhere. Anything. Anyone.

Product Preview

June 2014

1

IOT Agenda

Market & Product Overview

CC3100 and CC3200 Architecture

CC3100/CC3200 Product Features

Network Processor Features & Cloud Connectivity

Development Ecosystem

Evaluation Kits

Software SDK

Tools

Hands ON

Out of Box Demo on CC3100

Building SDK Environment to execute project 0

2

Texas Instruments Wireless Connectivity

Wireless Connectivity Portfolio

ZigBee

RF4CE

Mesh

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

NFC

RFID

Identification

Bluetooth

Bluetooth LE

Personal

Connection

6LoWPAN

IP Mesh

Wi-Fi

Existing

Infrastructure

Proprietary

Sub-1GHz

Customizable

Proximity Personal area networks Neighborhood

area networks Local area networks

Range Up to 100m cm 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

Market trends driving Wi-Fi growth

4

Home & Building Automation

Industrial M2M Communication

Bringing intelligence, convenience and lifestyle

Internet enhanced M2M communication using existing Wi-Fi infrastructure

Security and Safety

Adding power awareness to products and helping to save energy

Smart Energy

Improving remote control and home monitoring

Wireless audio streaming and advanced remote controls

Multimedia

Wi-Fi in Industrial Communications

5

Wireless service channel for industrial equipment

Bringing intelligence, convenience and service to headless, non-accessible equipment

Using the existing Wi-Fi infrastructure via smartphone, tablet and PC for remote control and monitoring as well as service

Utility equipment residential and commercial

Improving security remote control and monitoring including video streaming over Wi-Fi

Security systems

Using an existing Wi-Fi network infrastructure to do indoor asset-tracking on battery-operated devices

Real Time Location Systems (RTLS)

Smart Energy

Adding Wi-Fi to factory electrical panels to control, monitor and do analytics of electrical consumption, settings etc.

Connecting applications with TI Wi-Fi

Wi-

Lin

k

S

imp

leL

ink

Home automation, Smart energy, connected appliances, M2M communication, Health & fitness

Perf

orm

ance &

Inte

gra

tio

n

6

Wi-Fi Network Processor

Internet-on-a-chip solution Integrated Wi-Fi, internet and

security protocols

Attaches to MCUs

Highest Performance &

Integration

Wi-Fi, BT/BLE combos

Attaches to MPUs (Sitara)

TI certified module

Portable consumer & enterprise, Automotive, Connected Home, Smart Energy, Health

CC3100

CC3200 Wireless MCU

Same features as C3100 +

customer programmable Cortex

M4 MCU

WL180xMOD

WL183xMOD

Highest Performance

Wi-Fi

Attaches to MPUs (Sitara)

TI certified module

TI Confidential NDA Restrictions

SimpleLink Wi-Fi CC3100 & CC3200 brings

7

Industrys first single-chip Wi-Fi solution with built-in programmable MCU

Ability to run on two AA batteries for over a year,

bringing the capabilities of Wi-Fi to battery-operated

end-equipments

All you need to easily create IoT solutions - robust

security, quick connection, cloud support and more

CC31xx/CC32xx architecture

Host

Interface

Wi-Fi Network Processor

CC3100 - Network Processor CC3200 Wireless MCU

Wi-Fi Network Processor with embedded TCP/IP stack

for systems using external

low cost MCU

Wi-Fi Network Processor

ARM

Cortex-M4 Applications MCU

Flash

RAM

ROM

Digital

Interfaces

System

Clocks

Analog & Control

Power Management

Two product variants based on the same Wi-Fi network processor core

8

SPI or UART

Host MCU

MSP430TM

C2000TM

TivaTM

Wireless MCU 80MHz ARM Cortex M4

integrated with

Wi-Fi network processor

Same Core

Deep dive into CC3100 & CC3200

9

Two pin compatible products based on the same Wi-Fi network processor

CC3100 Internet on a chip Wi-Fi Network Processor

Embedded TCP/IP stack for systems using

external low-cost MCU

CC3200 Internet on a chip + MCU Wireless MCU

80MHz ARM Cortex-M4 integrated + Wi-Fi network processor

Same Core

Cost effective

CC3100/CC3200 product highlights

10

Highly integrated

2.4GHz embedded Wi-Fi

Embedded TCP/IP stack

Integrated Apps MCU (CC3200)

Low-cost HW design

QFN package or

Certified module coming soon

No RF expertise needed

Quick software development

CCS IAR & GCC supported

Standard BSD APIs

Secure

Secured protocols

WPA2 personal & enterprise

SSL 3.0 / TLS 1.2

On-Chip HW encryption

Real-time encryption

Fast TLS connection in 200mSec

Low Power

Low power radio

37 mA listen

54 mA receive

Low power modes

4 uA hibernate

120 uA sleep

95 mSec wakeup time from hibernate to secured Wi-Fi

connection

Runs on 2xAA batteries over

1 year

Next generation embedded SimpleLink Wi-Fi family

connecting new classes of devices to the IOT

CC3100/CC3200 benefits for Internet of Things

11

Industry standard

BSD socket APIs for

TCP/IP communication

Build Internet applications quickly,

reuse industry available Internet code

Small driver footprint

As low as 7KB host code

Enable integration with low-cost

MCUs like MSP430

HW crypto engine for

TLS/SSL Internet security

Establish TLS connection in 200mSec

for fast and secured user experience

Low power radio and

advanced low power modes

Wi-Fi sensors stay connected to the

network for over a year using

two AA batteries

Most Flexible Provisioning options Access Point mode, WPS,

Smartconfig and others

Enables customers to set up headless

devices easily and fast

TI modules certified for WW

regulatory and Wi-Fi Alliance

Fast time to market

Save customers over $50K of test cost

and test time per product family

SimpleLink Wi-Fi CC3100/CC3200 Family

12

The SimpleLinkTM embedded Wi-Fi revolution

Wi-Fi Driver

Supplicant

TCP/IP

SDIO Driver

TLS/SSL

Application Protocols

User Application

Wi-Fi Baseband

Wi-Fi MAC

Wi-Fi Radio

SDIO

SPI or UART Driver

User Application

Wi-Fi Baseband

Wi-Fi MAC

Wi-Fi Radio

SPI or

UART SimpleLink Driver

Wi-Fi Driver

Supplicant

TCP/IP

TLS/SSL

Application Protocols

Traditional Wi-Fi

High MIPS/Memory MPU

Low MIPS low memory MCU

7KB Flash & 700B RAM min

No Wi-Fi experience needed

Easy to use APIs

RTOS or no OS

SimpleLink Studio PC SW dev

SimpleLink CC3100

Traditional Wi-Fi solutions

are designed for powerful

microprocessors

SimpleLinkTM CC3100/CC3200

moves nearly all functions

required for Wi-Fi and

networking off the host

processor

SSL 3.0

TLS 1.2

X.509

DES3

AES256

MD5

SHA2

RSA

ECC

Best in class security chip to cloud FAST

14

WPA2 Personal

WPA2 Enterprise

WPS2

802.1x

EAP Fast

EAP PEAPv0/1

EAP PEAPv0 TLS

EAP PEAPv1 TLS

EAP TLS

EAP TTLS TLS

EAP TTLS MSCHAPv2 HW encryption engines establish

TLS/SSL connection in 200mSec

On Chip Wi-Fi security

On-Chip Internet security

Most Flexible Wi-Fi provisioning Options

15

Provisioning

Method Access Point Mode SmartConfig WPS

What's needed Web browser Android or iOS

phone app Push button on router

Networks

supported Any Network Most networks

WPS enabled routers

only

How many

Steps Multiple Steps 1 step 1 step (push button)

Number

devices

configured Configure one device

configure multiple

devices Configure one device

Home network

connection Phone must disconnect

from home network phone stays connected

to the home network NA

Secure Secure Secure Not secured

Even more

provisioning

options are

coming soon

Bringing Wi-Fi power to a new low

Always Connected

120uA sleep current while connected to the network

37 mA Rx listen current for beacon reception

Long Sleep Intervals up to 2 seconds (typical wake up is every 100mSec)

Intermittently Connected 4 uA hibernate current, with multiple wake up sources

95 mSec wake up time from hibernate till secure Wi-Fi connection

200 mSec TLS connection time

Long Sleep Intervals

up to 2 sec

37 mA

Listen

Current

125 uA

Sleep

Current

Wi-Fi Beacon

100mSec interval

95 mSec

from hibernate

to secure Wi-Fi

connection

4 uA

Hibernate

Current

200 mSec

for secure TLS

connection

Long hibernate

intervals

*battery life can vary significantly depending on use case and system design

*

TI Confidential NDA Restrictions TI Confidential NDA Restrictions

SimpleLink Wi-Fi CC3100 Internet-on-a-chip Wireless Network Processor

Add Wi-Fi Internet Connectivity to Any Existing MCU

Faster and More Easily

17

CC3100 Wi-Fi NWP overview

Best-in-class Wi-Fi core 802.11 b/g/n radio/baseband/MAC Station, access point and Wi-Fi Direct Personal and enterprise security SimpleLinkTM connection manager SmartConfigTM technology for easy provisioning

IPv4 TCP/IP Stack 8 Simultaneous TCP or UDP sockets 2 Simultaneous TLS v1.2 / SSL 3.0 sockets

Powerful Crypto engine Enables fast secured WLAN, and internet connections with 256 bit encryption

Built in Power Management Integrated DC2DC Advanced low power modes 120 uA sleep current 37 mA receive current in listen mode

Integrated ARM CortexTM-M3 MCU Dedicated to WLAN and TCP/IP stack Completely offloads the host application processor

Host Interfaces Interfaces with 8/16/32 MCU over a SPI or UART SimpleLink drivers enabling ease of use and low memory foot print on host

18

RAM

ROM

HO

ST

I/F

SPI

UART

SY

ST

EM

Oscillators

DC2DC

BAT Monitor

Baseband

Radio

Network

Processor

WiFi Driver

TCP/IP Stack

(ARM CortexTM M3)

MAC Processor

Crypto Engine

Syn

thesiz

er

PA

LNA

CC3100 network processor solution

19

40 MHz

XTAL

Serial

Flash

MCU

32 KHz

XTAL

32KHz

SPI or

UART

Enable

Vcc

IRQ

CC3100 Network

Processor

Integrates easily with any MCU

64 pin, 9x9mm QFN Package designed for 2 layers* low cost PCB & BOM

Single power supply On chip RF oscillator using a 40MHz XTAL,

or external TCXO for industrial temp range

Optional on chip RTC oscillator using a 32KH XTAL

External serial Flash holds secured network profiles & certificates

CC3100 & CC3200 pin to pin compatible for easy upgrade

* Initial evaluation board uses 4 layers

* Layout shown does not include Serial Flash

Component Quantities

32 KHz XTAL 1 (optional if sourced from MCU)

40 MHz XTAL 1

Serial Flash, 8Mbit 1

Capacitors 24

Inductors 3

2.4 GHz band pass filter 1

2.4 GHz chip antenna (or PCB antenna) 1

< $1.5 EBOM

22mm

21m

m

CC3000 CC3100 easy migration

Products designed with CC3000 can migrate easily to CC3100

Hardware interfaces remain the same

The Switch, PA and DC2DC in the CC3000 system are integrated into

the CC3100 IC

Level shifters are not needed in CC3100 (VIO tight to Vcc)

Compatible APIs enable easy SW migration

20

CC3000

26 MHz

XTAL EEPROM

MCU

32 KHz

XTAL

32KHz

Enable Switch

Vcc

SPI

DC2DC

CC3100

40 MHz

XTAL SFLASH

MCU

32 KHz

XTAL

Enable

Vcc

PA

IRQ

Level

Shifte

r

32KHz

SPI

IRQ

SimpleLink Wi-Fi CC3100/CC3200 Internal NWP Specifications

21

Features Spec

Package 9x9mm 64 pin QFN

Temperature range -40oC to +85oC

Single supply voltage 2.1 3.6 V battery or Pre-regulated 1.85V

I/O voltage Same as supply voltage (tied together)

Transmit power +18 dBm @ 1Mbps

+14.5 dBm @ 54Mbps

Receive sensitivity -95.7 dBm @ 1Mbps

-74.0 dBm @ 54Mbps

Power modes Active, Sleep, Hibernate

Power consumption @ 3.6V

Transmit 229mA @ 54 OFDM, max power (MCU

Active)

Receive (full trafic) 59 mA @ 54 OFDM

Listen (wait for beacons) 37 mA

Deep sleep (memory retained) 115 uA

Hibernate (memory not retailed) 4 uA

Idle connected (100 mSec beacon interval) 695 uA

SimpleLink Wi-Fi CC3100/CC3200 Internal NWP Specifications (cont)

22

Features CC3100R1/CC3200R1

WLAN Radio 802.11bgn 2.4GHz

WLAN Roles Station

AP with one station

WiFi Direct P2P

WLAN Security WPA2 Personal

WPA2 Enterprise

WLAN Configuration WPS2

Access Point with HTML page

SmartConfig Technology

Protocol Stack on-chip IPv4, TCP, UDP, RAW, ARP, DHCP, DNS, ICMP

mDNS, mDNS-SD, SSL 3.0, TLS 1.2

HTTP Server

Number of Sockets 8 TCP, UDP or RAW

2 TLS/SSL

Max Throughput 16 Mbps UDP, 12Mbps TCP

Host Interface SPI, 20 MHz

UART, 3 Mbaud

Host Processor Any external MCU or Integrated MCU (CC3200)

SimpleLink CC3100/CC3200 NWP software

23

CC3100 can operate with any MCU including 8/16/32 bit architectures

CC3100 Host Driver is OS agnostic and runs on RTOS or no-OS systems

Small memory foot print on MCU

As low as 7 KBytes Code / Flash, 700 Bytes RAM (MSP430, TCP Client)

Flexible build options can optimize memory size for application needs

Reference code for multiple TI MCUs provided for IAR and CCS IDEs

Drivers for Windows and Linux using SimpleLink Studio

Simple file structure

CC3100

WLAN MAC & PHY

TCP/IP Stack

WLAN Security

and

Management

Network Apps

Customer Application

CC3100 SimpleLink Driver

Bus Driver (SPI or UART) for MCU

Host Interface

NetApp BSD Socket WiFi Any MCU or

CC3200 CM4

Hardware /

Firmware

TI

Code

Customer

Code

Platform

Code

SimpleLink Wi-Fi CC3200 Internet-on-a-chip + MCU Wireless MCU

Build Complete Systems

With an Integrated Application ARM Cortex M4 MCU

24

CC3200 Wireless MCU overview

ARM Cortex- M4 Core at 80MHz

Memory options

RAM (up to 256KB)

External Serial Flash Bootloader and Peripherals Drivers in ROM

Rich Peripheral Interfaces

SPI, UART, I2C, I2S, SDMMC

4 Channel ADC, 0.5 Msps

Camera Interface ( 8 bit)

4 PWM controls

Up to 27 GPIOs

Built in Power Management

Integrated DC2DC

Advanced low power modes

Hibernate mode with RTC

WiFi Network Processor

802.11 b/g/n STA, AP, P2P

IPv4 TCP/IP Stack

SimpleLinkTM drivers and ease of use

25

ARM

Cortex-M4

80 MHz

JTAG

RAM

ROM

PE

RIP

HE

RA

L IN

TE

RF

AC

ES

SPI

UART

I2C

SD/MMC

I2S/PCM

SY

ST

EM

DMA

Timers

GPIOs

Oscillators

AN

AL

OG

ADC

PWM

Wi-Fi NWP

PO

WE

R

Ma

na

gem

en

t

DC2DC

BAT Monitor

Hibernate RTC

Fast Parallel

CC3000 + Cortex-M4 MCU CC3200 migration

Products designed with CC3000 and a Cortex-M4 MCU can

migrate easily to CC3200

SW designed on a TIVA Cortex-M4 MCU can be easily ported to

CC3200

The CC3200 peripheral driver APIs are compatible with TI

Cortex-M4 devices

The CC3200 network processor APIs are compatible with CC3000

26

CC3000

26 MHz

XTAL sFlash

TivaTM

ARM

Cortex-M4

MCU

Enable Switch

SPI

DC2DC

Level

Shifte

r

CC3200

40 MHz

XTAL

Cortex

M4

Perip

hera

l

Peripheral Peripheral

Perip

hera

l

sFlash

CC3200 Internal MCU specifications

27

Features CC3200

Application MCU Core Cortex-M4, 80MHZ

Internal Memory RAM - Up to 256 KBytes, 80MHz

2x always-on 32bit registers

External Memory Serial FLASH

Drivers Internal in ROM

Peripheral Interfaces

27 I/O pins with flexible muxing options

2x UART up to 5Mbps

1x I2C (master or slave)

2x SPI (master or slave)

1x McASP with I2S or PCM

4-channel 12 bit ADC (0.5MSPS)

8 bit Camera Interface

Up to 27 GPIOs

Timers 4x General purpose 16/32bit (with PWM support)

1x Always on for timed wakeup

1x Watchdog timer

1x Always on RTC

CC3200 Internal MCU specifications (cont)

28

Features CC3200

I/O Programmable drive level 2mA-6mA

Retention mode

Open drain mode

Programmable pull up/down 10uA

Programmable hysteresis

Active Current Consumption 10mA when running from RAM

Low Power Modes (include NWP core) Low Power Deep Sleep 120uA Hibernate 4uA

Wake up sources Timer

GPIO

Network (wake on LAN)

Wake up time 50mSec from hibernate

Application and user data encryption* Using on chip restricted access 128bit device key

Cryptographic HW accelerators

available to the application*

AES 128/192/256, DES, 3DES

SHA-2, SHA-1, MD5, CRC

* See device configurations table for part numbers supporting secured MCU features

CC3100/CC3200 Network Processor Features

Connection Profiles & Policies

CC31xx introduces the concept of connection profiles and connection policies

Profiles

CC31xx is able to store up to 7 pre-defined connection configurations

Information stored in each profile are: SSID, BSSID (optional), security type, security key, certificates (if applicable) etc.

Policies

CC31xx can be configured to different connection policies controling how the CC31xx device attempts to connect to an AP

The supported policies are:

Auto The device attempts to connect to an AP from the stored profiles based on priority. If two profiles have the same priority, decision will be based on security type and RSSI value.

Fast The device attempts to connect to the last connected AP. In this mode "probe request" is not transmitted prior to "authentication request", as both the SSID and channel are known in

this mode.

30

Fast Connect

31

Normal connect process starts by scanning all WiFi channels searching for

the requested BSSID

This process consumes time and current

Fast connect feature stores the connection properties and automatically connects to the

last AP the device was connected to

In case of failure device will work according to the preferred network setting

init Scan

&

Conn Fast

Conn init

1sec latency in scan

AP responsiveness time varies significantly

Multicast DNS support

The multicast Domain Name System (mDNS) is a zero configuration host name resolution service.

When an mDNS client needs to resolve a host name, it sends an IP multicast query message that asks the host having that name to identify itself.

That target machine then multicasts a message that includes its

IP address.

CC31xx supports service discovery using industry

standard mDNS protocol

This feature enables other devices (Smartphones, PCs)

an easy way to find and

connect to CC31xx devices

Integrated with SmartConfig to give a great first time

provisioning experience

Smart

Plug

Front

Door

Bedside

Light

WiFi Security

The CC31xx has a very simple, easy to use set of API to configure the desired WLAN connection

The entire wlan connection procedure, including all the relevant security protocols is handled by the device internally. Upon completion the device will

trigger an asynchronous event

Handling the process of requesting for an IP addressed which is not part of wlan connection is also handled by the device seamlessly for ease of use

33

eapParams.EapMethod = SL_ENT_EAP_METHOD_PEAP1_MSCHAPv2;

eapParams.User = "user name";

eapParams.UserLen = strlen(eapParams.User);

eapParams.AnonUserLen = 0;

secParams.Key = "password";

secParams.KeyLen = strlen(secParams.Key);

secParams.Type = SL_SEC_TYPE_WPA;

sl_WlanConnect("externalhotspot84",strlen("externalhotspot84"),NULL,&secParams,&eapParams);

Configuring and requesting for a Enterprise secured connection

Internet Security using SSL\TLS

SSL is the universally accepted means by which communication is authenticated and encrypted on the World Wide Web.

The SSL Protocol supports the use of a variety of different encryption/decryption algorithms - also known as ciphers - for use in operations

such as authenticating the connection between a server and client, transmitting

certificates, and establishing session keys.

The CC31xx has extended the BSD Socket API in order to support the SSL layer. At the application level, the basic socket flow when using a secured

socket is kept the same; operations such as connect, accept, send, recv or

select are supported.

Opening a SSL\TLS secured socket

34

SockID = sl_Socket(SL_AF_INET,SL_SOCK_STREAM, SL_SEC_SOCKET);

Packet Filtering

The packet filtering feature enables the user to simply define, and manage the received packets filtering process.

This feature enables to reduce the amount of traffic transferred to the host, and achieve a more efficient power management.

Every Rx frame traverses through a series of decision trees that determine how the frame should be handled.

The decision trees are composed of filter nodes. Each node has its filter rule, trigger and action. The frame filtering process starts with the tree root nodes:

for every node, if its filter rule and trigger are TRUE - the nodes action will be performed, and the frame will

continue to the nodes child nodes.

35

Transceiver mode

In this mode, the SimpleLink device is able to communicate directly over the WiFi PHY layer, bypassing the network stack, the WiFi driver

and the MAC layer

The user is full flexibility in building the transmitted packet, enabling him to define any proprietary protocol he wishes

The transmitter mode is supported only when the CC31xx device is not connected to any AP

The same mode is applicable for receiving packets as well. Once configured to transmitter mode the device can read/ pickup any packet

from the air (similar to a sniffers functionality)

Commonly reading packets in this mode will be done using the Rx filters mechanism, in order to limit the amount of data we are receiving.

This feature is commonly used for RF certification testing

36

Host Driver Porting

Cross Compiler Code

Pure ANSI C (C99 especially the one line comment: //)

No use of Pragma / Extended Compiler Attributes

Microcontroller

Endianity The SL device detects automatically the Endianity of the Host

Interface Port

SPI - Standard SPI + Host IRQ (not part of the standard SPI)

UART Flow Control (RTS/CTS) is required

Simple OS Wrapper

Critical Section (disable/enable interrupts)

Sync Obj (event/binary semaphore)

Lock Obj (mutex/binary semaphore)

In non-os platform these wrapper will be based on critical section, global variables and

polling

37

WiFi Direct Overview

Legacy Wi-Fi applications operate within a Wi-Fi network and communicate through a Wireless Router or an Access Point

Wi-Fi Direct enables Peer-to-Peer communications between Wi-Fi devices without a need for Wireless Router

Wi-Fi Direct uses the same data rates, security and setup protocols like legacy Wi-Fi devices

Wi-Fi Infrastructure Communication

Wi-Fi Direct Peer-to-Peer Communication

Wireless Router

Flexible Peer to Peer Communication

Wi-Fi Direct roles Group Owner creates the WiFi Direct group

and behaves like an Access Point

Client connects to a WiFi Direct Group Owner

Network Topology

A Wi-Fi Direct group is created by the group owner

Multiple clients can connect to the group owner

Wi-Fi Direct group enables Point-to-Point or Point-to-Multipoint communications

Legacy devices support

Legacy Wi-Fi devices that dont support WiFi-Direct can connect to a Wi-Fi Direct group

A Wi-Fi direct Group can include a mix of WiFi Direct clients and legacy Wi-Fi devices all

connected to one group owner

Temporary or persistent

Persistent groups can be re-invoked using invitation

Temporary groups can be formed for ad-hoc communication

Point To Point

Point to Multi Point

CC3100/CC3200 Wi-Fi Direct Capabilities

Group Owner and Client roles

Fast connect to persistent group

Low power

Legacy Power Save in Group Owner and Client modes

Notice of Absence in Client mode

Configurable device name, device type, channel and IP address

Fast role transition (e.g GOCLGO)

CC3100/CC3200 is Wi-Fi Direct Certified

CC3200 Serial over Wi-Fi Wireless has never been so simple

Feature overview

41

Device to Device

Device to Server

Instant wireless UART

Serial over Wi-Fi- overview

Instant wireless UART communication across local networks or the Internet

Zero configuration with two remote CC3200 devices

AT Command style commands, user configurable

Local control or remote control

Secure connection over TLS/SSL

Point-to-Point or Mulicast

Device to device or device to server

No code needed on host MCU/server

Can be customized to meet applications needs

42

UART

MCU

CC3200

UART

MCU

CC3200

abcd abcd

Point to Point

Multicast

The TI IoT Cloud Ecosystem

43

Cloud services for IoT

44

Sensors

& Actuators

Cloud

Agent / API

Scripting

Notifications Web dashboard

Database Analytics

Applications APIs

OTA Manager

Device

Configuration

Protocols

Device &

User Registration

Th

ing

s

Store data

Analyze data and create business reports

Create applications that run on the cloud

Interface with other business applications such as CRM

Create email & text notifications on events

Present data on a web site

Manage device firmware updated

Configure devices properties

Manage user and device access

Device communication using standard protocols

Wireless connectivity solutions supporting

wide range of Internet protocols enable easy

connection to the cloud

The TI IoT cloud ecosystem

45

The TI IoT cloud ecosystem includes industry leading IoT

cloud service providers

Embedded libraries and demos are provided for TI EVMs and

SDKs

TI devices and SDKs include built-in internet protocols and

security for easy integration

with any cloud solution

Supported protocols by the TI IoT Wireless Connectivity

products: TCP, UDP, HTTP,

CoAP, XMPP, MQTT, SSL,

TLS, DTLS

Getting started with a cloud solution

Purchase a TI EVM and follow its getting started guide

Download and install a cloud SDK for the TI device

from the cloud service provide

Sign up for a free evaluation account in the

cloud provider web site

Register your EVM in the cloud provider web site

Connect your EVM to the cloud and explore the

new world of IoT

46

1

2

3

4

5

Choose your IoT cloud provider

47

Service provider Supported TI devices Web

CC1110, CC2530, CC3000, CC3100, CC3200 Link

CC3000+MSP430, CC3200, TIVA-C Link

BeagleBone + CC2451, CC3200 Link

CC3000 Link

CC1120 / CC1101 / CC1200 + MSP430 or CC2538 Link

CC3000+MSP430, CC3100 + MSP430, CC3200 Link

CC3000+MSP430, CC3100, CC3200 Link

Evaluation Kits, Software & Tools

48

Get started NOW

CC3100 reference design

Works stand alone with SimpleLinkTM Studio or attached to TI MCU LaunchPads

Chip Antenna and U.FL Connector

CC3100 BoosterPack

CC3200 SW development platform

Compatible with multiple BoosterPacks

On board temp. sensor accelerometer

49

CC3200 LaunchPad

Use your PC as a host processor for application development

Short development cycle

Easy debug

Accelerate development on any MCU

SimpleLink Studio

+

Any MCU CC3100

Out Of Box Experience Demo

50

Box Content:

1 3200 Launchpad kit (CC3200-LAUNCHXL), 1 USB cable, online Quick Start Guide

Or

1 CC3100 Boosterpack (CC3100BOOST) + 1 CC31XXEMUBOOST (bundle CC3100BOOST-CC31XXEMUBOOST)

), 1 USB cable, online quick start guide

Use Online quick start guide No SDK, No CCS, No additional MCU required

1. Get solution connected through Direct/Access Point mode with

phone, tablet or PC

2. Go to mysimplelink.net to see Embedded Web server

3. Show a demo:

5 tabs: Overview, About (shows details of connection and device), Setup, Developers Portal, Demos (CC3200 only)

Click on each tab to find more information CC3200 has 4 demos: home automation, home appliance, safety

& security, and smart energy. Click on each to see how the

website communicates with the kit in real life applications

SimpleLink WiFi

IoT & Integrated MCU SW

SimpleLink Leveraging TIs Cortex-M Software Ecosystem Free license and royalty free use on SimpleLink Wireless MCUs Customers focus on their application, not on our microcontroller Key functional areas

Peripheral driver library (all peripherals covered) Code utilities and examples Includes reference application software

Embedded ROM featuring Internet-on-a-chip Embedded Wi-Fi Driver supports 802.11 b/g/n, Station, Access Point,

WiFi Direct, WPA2 Personal & Enterprise Security

Embedded TCP/IP & TLS/SSL stacks supports 8 Simultaneous TCP/UDP sockets using Industry-standard BSD Socket APIs

Internet & Wi-Fi Applications made easy SimpleLink Connection Manager for autonomous & fast Wi-Fi connections Internet on a chip sample applications including Email, Information Center

( time and weather), http server, XMPP (IM chat client) & more

Wi-Fi Sample Apps including Easy Wi-Fi configuration, Station, AP modes, TCP/UDP, Security (Enterprise/Personal, TLS/SSL() & more

RTOS & IDE Options

Cloud partnerships

SimpleLink SDK CC3200 Software Highlights

We understand software drives time-to-market.

That is why we created

SimpleLink SDKs

For SimpleLink

Energia TI-RTOS FreeRTOS IAR CCS GCC

Click Here

CC3200 MCU SW overview

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SimpleLinkTM APIs are identical to CC3100 Host Driver APIs

All MCU Drivers are located in device ROM

SimpleLink Library Code

Examples

RTOS

(optional)

Common Drivers API

Boot Loader and In-System Programming Support

CC32x0 Cortex-M4 SW

Power

Management

System

Control

Serial

Interfaces

Analog

Interfaces

Crypto

Engine

Network Processor

APIs for Wi-Fi and

TCP/IP

Compatible APIs

APIs for peripheral

initialization, control

functions and Serial

Flash access

TivaWareTM

SimpleLink WiFi

IoT SW for External MCU

SimpleLink Connect any MCU to the internet using Wi-Fi SimpleLink Host Reference Driver for TIs MSP430F5529 Free license and royalty free use on any MCU SimpleLink Studio for PC based development and debugging of MCU

Networking & Wi-Fi Applications using USB to connect PC to CC3100 Booster Pack

Embedded ROM featuring Internet-on-a-chip Embedded Wi-Fi Driver supports 802.11 b/g/n, Station, Access Point,

WiFi Direct, WPA2 Personal & Enterprise Security

Embedded TCP/IP & TLS/SSL stacks supports 8 Simultaneous TCP/UDP sockets using Industry-standard BSD Socket APIs

Internet & Wi-Fi Applications made easy SimpleLink Connection Manager for autonomous & fast Wi-Fi

connections

Internet on a chip sample applications including Email, Information Center ( time and weather), http server, XMPP (IM chat client) & more

Wi-Fi Sample Apps including Easy Wi-Fi configuration, Station, AP modes, TCP/UDP, Security (Enterprise/Personal, TLS/SSL() & more

RTOS & IDE Options

Cloud partnerships

SimpleLink SDK CC3100 Software Highlights

We understand software drives time-to-market.

That is why we created

SimpleLink SDKs

Energia TI-RTOS FreeRTOS IAR CCS GCC

Click Here

TCP/IP Stack HTTP server on chip web server mDNS local service discovery DNS Access internet

Integrated Internet Protocols for easy Development

Integrated TCP/IP

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Integrated Internet Protocols

Already in CC3100/CC3200

HTTP Server

mDNS Service Discovery

web page

hosted on

CC3100/

CC3200

device

Allow devices to advertise themselves in

local network without

DNS server

Easily discover embedded Wi-Fi

devices, available on

your network

See all examples in CC3100SDK or CC3200SDK

Link Layer

Network Layer

Transport Layer

Application Layer

The OSI network model The TCP/IP protocol

stack

Wi-Fi

IP

TCP

HTTP

Key Sample Applications CC3100/CC3200

Simple Email

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Wi-Fi Station and Access Point

Mode

XMPP Instant Messaging

Wi-Fi Direct

- Station Mode - connect to access point

(with or without security) and can use the

internet services

- Access Point Mode allowing a station to connect to CC3100 or CC3200

Enables

chatting with

Instant

Messaging

App sends a preconfigured email at the push of a

button or a user-configured email through the CLI

(Command Line Interface).

Sends

email

over

SMTP

Fully integrated

feature: Enables Peer to Peer

communication using

Wi-Fi Direct

See all examples in CC3100SDK or CC3200SDK

SimpleLink Wi-Fi Sample Applications Networking Applications

( CC3100/CC3200)

CC3200 Peripheral

Applications

Getting started - Local Area

Network & Cloud

Getting started - Access Point How to Hibnerate

TCP, UDP, RAW Socket I2C

Connection policies Interrupt

Power policies LPDS

Scan policies How to use FileSystem

TLS/SSL How to Sleep/DeepSleep

Filters Timer

HTTP Server UART Interperter

Service discovery uDMA

Provisioning with Smart Config WatchDog

Provisioning with AP Crypto Engine

Provisioning with WPS PCM/I2S

Enterprise network A2D

NVMEM PWM

IP Configuration UART

Antenna diversity I2S Audio Application

File Download

56

Sample libraries and demos

SMTP email client

XMPP client

UART interpreter (CC3200)

Home automation demo

Email and Instant Messaging demo

Camera demo

Smart plug demo

Exosite cloud service

WEB information center demo

Wireless speaker demo

Get Time using SNTP server

Get Weather

RTOS Support

Free RTOS

TI RTOS

Non OS

CC3100 SimpleLink Studio

(CC3100SIMPLESTUDIO)

PC based Code Development and Debugging of MCU Embedded Networking Applications that work with

CC3100 SimpleLink Driver

Desktop IDEs, such as Visual Studio & Eclipse, supported with easy portability to other IDEs

8 Simultaneous TCP or UDP sockets or 2 Simultaneous TLS v1.2 / SSL 3.0 sockets to connect to

Embedded TCP/IP Stack on CC3100

Includes multiple reference applications exposing CC3100 API usage - No prior WiFi or Networking

experience required

CCS Uniflash (UNIFLASH)

CC3100/CC3200

CCS Uniflash is a standalone tool used to program flash memory on TI MCUs

Tool include GUI, JavaScript based scripting and Command Line interface for

quick access to Flash

Programming/Operations

CC3100/3200 PC Tools for Development

Radio Test Tool (CC3XXXRADIOTEST)

UART based PC Tool for RF Evaluation and testing the

CC3100 and CC3200 designs during development and

certification

Graphical User Interface for configuration and display Works seamless with CC3200-LAUNCHXL and

CC3100BOOST

Transmit WiFi packets in Packetized and continuous modes

User-defined configuration of parameters in transmit mode

Information display and graphical representation of Receive WiFi packets

Read Device MAC address and components versions

PINMUX Tool

PC based Application that can be used to

configure and map CC3200 Device

peripherals to Device pins

Graphical User Interface for selection of desired peripharals and display of pin

assignment

Tool provides an output file of user selected pin configuration that can be directed

imported to the SDK

CC3100/3200 PC Tools for Test/Configuration

SimpleLink Wi-Fi Key Resources

TI Landing page - http://www.ti.com/simplelinkwifi

Product information, feature/benefit, applications, getting started, tools & software, ecosystem (cloud) & support/community

TI Wiki http://processors.wiki.ti.com/index.php/CC31xx_&_CC32xx Organize information for Getting started, Hardware details, Software details including

porting information, Test/Certification and Support and Community

How to Get Started

Product Pages

www.ti.com/product/CC3100 datasheet, key documents, kits, software

www.ti.com/product/CC3200 - datasheet, key documents, kits, software

You Tube Video : https://www.youtube.com/watch?v=yeaVQ0C3kwI

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