CC3220SF-LAUNCHXL Datasheet
RF/IF And RFID - RF Evaluation And Development Kits, Boards - LAUNCHPAD DEV BOARD
Download: CC3220SF-LAUNCHXL Datasheet 
CC3220SF-LAUNCHXL
RF/IF And RFID - RF Evaluation And Development Kits, Boards - LAUNCHPAD DEV BOARD
User's Guide
SWRU463A - February 2017 - Revised January 2018
CC3220 SimpleLink Wi-Fi LaunchPad Development Kit Hardware
The Cc3220 Simplelink Launchpad Development Kit (cc3220-launchxl) Is A Low-cost Evaluation Platform
For Arm Cortex -m4-based Mcus. The Launchpad Design Highlights The Cc3220 Internet-on-a Chip
solution and Wi-Fi capabilities. The CC3220 LaunchPad also
Features Temperature And Accelerometer Sensors, Programmable User Buttons, Three Leds For Custom
Applications, And Onboard Emulation For Debugging. The Stackable Headers Of The Cc3220 Launchpad Xl
Interface Demonstrate How Easy It Is To Expand The Functionality Of The Launchpad When Interfacing
With Other Peripherals On Many Existing Boosterpack Plug-in Module Add-on Boards, Such As Graphical
displays, audio codecs, antenna selection, environmental sensing, and more.
Simplelink, Launchpad, Internet-on-a Chip, Boosterpack, Code Composer Studio, Tiva Are Trademarks Of
Texas Instruments. Arm, Cortex Are Registered Trademarks Of Arm Limited. Bluetooth Is A Registered
Trademark Of Bluetooth Sig. Iar Embedded Workbench Is A Registered Trademark Of Iar Systems Ab.
Wi-fi Is A Registered Trademark Of Wi-fi Alliance. All Other Trademarks Are The Property Of Their
respective owners.
SWRU463A - February 2017 - Revised January 2018
CC3220 SimpleLink Wi-Fi LaunchPad Development Kit Hardware
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List of Figures
List of Tables
CC3220 SimpleLink Wi-Fi LaunchPad Development Kit Hardware
SWRU463A - February 2017 - Revised January 2018
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1 Introduction
Introduction
1.1 CC3220 LaunchPad
Created For The Internet Of Things (iot), The Simplelink Wi-fi Cc3220 Device Is A Single-chip
Microcontroller (mcu) With Built-in Wi-fi Connectivity For The Launchpad Ecosystem, Which Integrates
a high-performance ARM Cortex-M4 MCU and lets customers develop an entire
Application With One Device. With On-chip Wi-fi, Internet, And Robust Security Protocols, No Prior
Wi-Fi experience is required for fast development.
The Cc3220 Launchpad, Referred To By Its Part Number Cc3220-launchxl, Is A Low-cost Evaluation
Platform For Arm Cortex-m4-based Mcus. The Launchpad Design Highlights The Cc3220 Internet-on-a Chip
solution and Wi-Fi capabilities. The CC3220 LaunchPad also
Features Temperature And Accelerometer Sensors, Programmable User Buttons, Three Leds For Custom
Applications, And Onboard Emulation For Debugging. The Stackable Headers Of The Cc3220 Launchpad Xl
Interface Demonstrate How Easy It Is To Expand The Functionality Of The Launchpad When Interfacing
With Other Peripherals On Many Existing Boosterpack Add-on Boards, Such As Graphical Displays, Audio
Codecs, Antenna Selection, Environmental Sensing, And More. Figure 2 Shows The Cc3220 Launchpad.
There Are Two Variants Of The Launchpad: The Cc3220s-launchxl And The Cc3220sf-launchxl. This User's
Guide Applies To Both Variants, And Any Differences Are Pointed Out In Relevant Sections.
Multiple Development Environment Tools Are Also Available, Including Ti's Eclipse-based Code
Composer Studio (ccs) Integrated Development Environment (ide) And Iar Embedded Workbench . More
Information About The Launchpad, The Supported Boosterpack Modules, And The Available Resources Can
Be Found At Ti's Launchpad Portal. Also Visit The Cc3220 Wiki Page For Design Resources And Example
projects.
Note: The Maximum Rf Power Transmitted In Each Wlan 2.4-ghz Band Is 17.5 Dbm (eirp Power).
Note: The Antennas Used For This Transmitter Must Be Installed To Provide A Separation Distance Of
At Least 20 Cm From All Persons, And Must Not Be Colocated Or Operating In Conjunction With Any
other antenna or transmitter.
Note: All Figures And References In This Document Apply To Reva And Revb. Most Of The Document Also
Applies To Higher Revisions, Unless Otherwise Stated. For The Exact List Of Changes Made Across
board revisions, see the Revision History.
Figure 1. WEEE Statement