Overview of Freescale's 802.15.4 Platforms...Gaming and . Toys. Security. Smart. Energy. Remote. Control. Medical. Monitoring. Home. Control. Building. Control. Industrial. Control.

TMFreescale, the Freescale logo, AltiVec, C-5, CodeTEST, CodeWarrior, ColdFire, C-Ware, mobileGT, PowerQUICC, StarCore, and Symphony are trademarks of Freescale Semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. BeeKit, BeeStack, CoreNet, the Energy Efficient Solutions logo, Flexis, MXC, Platform in a Package, Processor Expert, QorIQ, QUICC Engine, SMARTMOS, TurboLink and VortiQa are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © 2010 Freescale Semiconductor, Inc.

FTF-ENT-F0509

Overview of Freescale’s 802.15.4 Platform

June, 2010

Matt MaupinTechnical Marketer

TMFreescale, the Freescale logo, AltiVec, C-5, CodeTEST, CodeWarrior, ColdFire, C-Ware, mobileGT, PowerQUICC, StarCore, and Symphony are trademarks of Freescale Semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. BeeKit, BeeStack, CoreNet, the Energy Efficient Solutions logo, Flexis, MXC, Platform in a Package, Processor Expert, QorIQ, QUICC Engine, SMARTMOS, TurboLink and VortiQa are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © 2010 Freescale Semiconductor, Inc. 2

Session Objectives

►After completing this session you will be able to: • Understand 802.15.4 and its role in wireless monitoring and control

markets• Understand Freescale’s protocol stack offering and the markets they

address• Understand Freescale’s 802.15.4 platform offering including hardware,

software and development tools


►802.15.4 Overview►Freescale Protocol Stacks►Freescale Hardware►Freescale Software►Freescale Tools►Summary

Agenda


802.15.4 Overview


IEEE® 802.15.4 Overview

►Simple packet data protocol for lightweight wireless networks

• Global standard-based solution released in May 2003Technology in mass production since 200335 million units shipped through 2008Variety of sourcesFreescale #1 since 2006

• Defines the physical (PHY) and data (MAC) layers►Becoming the foundation for many protocol

stacks• ZigBee® technology, WirelessHART™ technology, ISA

100.11a protocol stack, etc.►Technology advantages

• Optimized for low duty cycle applicationsLonger battery life (months to years)

• Interference avoidance• Low cost• Low power• Low duty cycle• Fast power-on latency

Physical

Data

Network

Application

Network Layer Model

Defined by802.15.4

Presenter

Presentation Notes

As mentioned previously, 802.15.4 was first released in 2003. While the specification defines 3 bands, 868, 900 and 2.4, it is the latter 2.4GHz band that is most popular due to the global availability of the 2.4Ghz ISM band. The AES128 bit encryption is considered sufficient by most applications in this space today, while the key exchange is defined at the higher layers of the stack and not 802.15.4. It has a very simple frame structure that provides a maximum payload of around 100 bytes (again, typical of the small amount of data required for these applications). It was also designed with reliability in mind and uses CSMA-CA, message acknowledgement, energy detection and Link Quality to help ensure this reliable data delivery. From a networking standpoint, it uses IEEE 64 bit addresses for the physical device and 16 bit address when joining the network, supports multiple network types, such as peer-to-peer and star and can support both non-beaconed networks as well as beaconed networks when a more deterministic delivery with a certain amount of QOS is required.


IEEE 802.15.4 Applications

Cost

Proprietary Networks (802.15.4, SynkroRF, etc.)

RF4CE

WirelessHART

ZigBee

Gaming and Toys

Security

SmartEnergy

RemoteControl

MedicalMonitoring

HomeControl

BuildingControl

IndustrialControl

Presenter

Presentation Notes

While there are a number of way to differentiate between the stack, one of the easies way it complexity and interoperability of the stack. We will look at these stacks in more details.


Freescale Protocol Stacks


Freescale Wireless Connectivity Operation

802.15.4 PHYHardware

802.15.4 MACNetwork Stack

Consumer

Healthcare Smart Energy

FSL Leadership• #1 market share in 2007-2009• ZigBee leader

•ZigBee promoter•Led effort in RF4CE specification•Active participation in Continua Health Alliance


Freescale’s 802.15.4 Platform Differentiators

►Best-in-class platform• Freescale #1 for 2008 with 61% market share (In-Stat 2008 report)• Complete lineup of IC offerings

RF-IC, system-in-package (SiP) and platform-in-package (PiP), MCUs and sensors

• Robust software offeringBased on stable 802.15.4 implementationScalable protocol stack (SMAC, 802.15.4 MAC, Synkro™ and BeeStack™)

• BeeKit™ simplifies network development• Reference designs and documentation

Provide extensive documentation and reference design

Presenter

Presentation Notes

Partner examples Modules – Digi, LSR, CEL, - various by region FCC certification – LSR Compliance ZigBee Training – San Juan Software For complete list go to http://www.freescale.com/webapp/sps/site/overview.jsp?nodeId=01J4Fs25651322


802.15.4 PHY

802.15.4 MAC

ZigBee NWK

Freescale Multi-Offering Approach with 802.15.4

CustomerDefined

&Developed

802.15.4 PHY

802.15.4 MAC

Synkro NWK

802.15.4 PHY

802.15.4 MAC

Hardware

PHY Layer

S-MAC

Hardware Hardware Hardware

CustomerDefined

& Developed

CustomerDefined

&Developed

CustomerDeveloped

ZigBee Profiles

SMAC 802.15.4 Synkro ZigBee®

802.15.4 PHY

802.15.4 MAC

RF4CE NWK

Hardware

CustomerDeveloped

RF4CE Profiles

RF4CE

Physical

MAC

Network

Application

Hardware

NetworkingLayers

Memory-upgradeable and pin-compatible MCUs and RF ICs

Presenter

Presentation Notes

Before we get into the specific Freescale offerings, I want to spend some time on the protocols stacks. Freescale's hardware is based on an fully compliant 802.15.4 stack and is scalable to support a number of protocol stacks. We will talk about these in more details in the coming slides, but the key difference is the amount of network development required and the amount of memory required to run the stack. The underlining hardware to run the stack scales from SMAC to ZigBee.


Feature SMAC 802.15.4 MAC SynkroRF ZigBee™ RF4CE

ZigBee™2007

TypicalApplications

CableReplacement Wireless Control Cable

ReplacementRF Remote

ControlHome

Automation

Wireless Toysand Games

WirelessAutomation

WirelessControl

HomeEntertainmentand Control

Smart Energy

WirelessMeter Reading

HomeAutomation

BuildingAutomationHealth Care

NetworkStack No No Yes Yes Yes

Network Profiles No No No Yes YesMemoryRequirements 4-8K 40-50K 32K <40K 30-100K

NetworkTopology

Point-to-Point Peer-to-Peer Co-existingStar

Co-existingStar Tree

Star Tree MeshMesh

Typical #of Nodes 2-100 2-1000* 32 per Controlled

Device32 per Target

Device

2-250ZigBee2-1000

ZigBee ProTypical ICCost $1-2 $2-3 $2-3 $2-3 $3-4

Typical DataThroughput 50-115K 90-115K 70-100K 70-100K 30-70K

Protocol Stack Comparison


SMAC

►Simple point-to-point solution• Perfect for small low-cost applications using

4-8 KB• Easily portable to other Freescale MCUs• Supports point-to-point and star networks

with repeaters

►Broad portfolio of ICs• MC13201 and MC13202• MC13211, MC13212, and MC13213• MC13224

►Applications• Cable replacement• Simple remote control• Toys and games

Star

Full Function Device (FFD, Router)

PAN coordinator (PANC)

Reduced Function Device (RFD)

Example Communication Path

Presenter

Presentation Notes

Simple MAC functions on a small memory foot print, 4-8KB. SMAC solutions are easily ported to a variety of Freescale MCUs, including HCS08, ColdFire, and Power PC. SMAC is optimized for low cost, point-to-point, and star networks. The simple MAC is available in source code with nine sample applications. When should I consider use of the Simple MAC? For low cost applications such as: Cable replacement Simple remote control Toys and games SMAC offers a small memory footprint, 4-8 KB for simple designs. Designs using the SMAC are easily ported to different Freescale MCUs – including HCS08, ColdFire, and PowerPC microcontrollers. The simple MAC is optimized for point-to-point and star networks with optional repeaters. it also has the functionality of security and over-the-air programming Freescale offers a broad portfolio of IC’s including… Stand alone transceivers (MC1320x series) System in package (MC1321x series) Platform in Package (MC1322x series) SMAC is the portfolio’s lowest cost solution. The simple MAC is available with source code for nine sample applications. Applications include – cable replacement, simple remote control, and wireless toys and games


Proprietary Solution: Simple Media Access Controller (SMAC)

►Feature highlights• Portfolio’s lowest cost solution• Perfect for small applications using 4-8KB MCUs

►Enhanced compatibility• Native support for HCS08GB/GT family• Guide for porting to HCS08QD4 and other low- end

MCUs available on Q4• Easy portability to custom hardware

►Cost-efficient solution• Lower development tools’ cost: compatible with

CodeWarrior Special Edition and IAR Eval. license

►Simple but powerful• Proprietary point-to-point and star networks with optional

repeaters• Security and over-the-air programming functionality

►When to design in• Simple point-to-point or star/extended star topologies• Cable replacement• Lowest cost• Proprietary

Simple Wireless

Connectivity

MCU RFIC

PHY Layer

S-MAC

Presenter

Presentation Notes

Simple MAC functions on a small memory foot print, 4-8KB. SMAC solutions are easily ported to a variety of Freescale MCUs, including HCS08, ColdFire, and Power PC. SMAC is optimized for low cost, point-to-point, and star networks. The simple MAC is available in source code with nine sample applications. When should I consider use of the Simple MAC? For low cost applications such as: Cable replacement Simple remote control Toys and games


Proprietary IEEE 802.15.4 Solutions

►Full breadth of IEEE 802.15.4 networks

• Suitable for simple to very complex networks

• Fully compliant IEEE 802.15.4 MAC proprietary solution

• Peer-to-peer, star, mesh and cluster tree networks

►Broad portfolio of ICs• MC13202• MC13212 and MC13213• MC13224

►Applications• Control• Automation• Meter reading


PAN coordinator (PANC)


Tree

Example Communication Path

Presenter

Presentation Notes

THE IEEE 802.15.4 MAC solution is suitable for simple to very complex networks that do not require end product interoperability. It supports the full breadth of network topologies including peer-to-peer, star, mesh, and cluster-tree. The 802.15.4 MAC from Freescale is well-suited for control and monitoring applications. A collision avoidance algorithm ensures robust communications in the often noisy 2.4 GHz environment. To protect communication data, the standard includes AES128 encryption and authentication. When should I consider use of the 802.15.4 MAC? For applications such as: Wireless control Automation and Meter Reading


IEEE 802.15.4 Standard-Based Proprietary

►Feature highlights• Supports robust networks

►Network attributes• Peer-to-peer, star and mesh/cluster-

tree networks• Robust communication and timing-

critical protocol• Network standard not needed• Interoperability not needed

►Processors supported• HCS08• ARM7 TDMI-S™

►When to design in• Peer-to-peer, star, and mesh/cluster-

tree topologies • Simple to very complex networks• Wireless control, automation, and meter

reading• Proprietary

MCU RFIC

802.15.4 PHY

802.15.4 MAC

802.15.4 Solution

Presenter

Presentation Notes

THE IEEE 802.15.4 MAC solution is suitable for simple to very complex networks that do not require end product interoperability. It supports the full breadth of network topologies including peer-to-peer, star, mesh, and cluster-tree. The 802.15.4 MAC from Freescale is well-suited for control and monitoring applications. A collision avoidance algorithm ensures robust communications in the often noisy 2.4 GHz environment. To protect communication data, the standard includes AES128 encryption and authentication. When should I consider us of the 802.15.4 MAC? For applications such as: Wireless control Automation and Meter Reading


SynkroRF

►Lightweight networks• Provides the complete network

stack optimized for lightweight networks

• Subset of IEEE 802.15.4• Low cost• Robust

►Broad portfolio of ICs• MC13213• MC13224

►Applications• Cable replacement• Wireless control

Full Function Device

Reduced Function Device

Presenter

Presentation Notes

Freescale provides SynkroRF a standardized networking layer for light weight networks. SynkroRF is a subset of IEEE 802.15.4 optimized for ease of implementation for small to medium networks. SynkroRF emphasizes long battery life for end-nodes. SynkroRF includes support for: interference avoidance channel agility and low latency transmission to minimize impact of high duty cycle interference When should I consider SynkroRF? For applications such as: Cable replacement Wireless control


SynkroRF Entertainment Control Platform

►Feature highlights• Simple and robust wireless monitoring

and cable replacement• Provides the network stack up to the

API• Provides channel agility and low latency

options

►Enhanced compatibility• Supported as a complimentary code

base within BeeKit• Black box and API approaches

available

►When to design in• Need low-cost wireless option with the

complete network stack• Interference avoidance• Channel agility• Low latency transmission

Applications

MCU RFIC

802.15.4 PHY

802.15.4 MAC

ECP Network

SynkroRF

Presenter

Presentation Notes

The newest protocol stack from Freescale is SynkroRF. It provides a standardized networking layer for cost sensitive consumer electronic products. SynkroRF eliminates the line-of-sight issues historically experienced with IR remote control. As well, the back lighting from newer plasma televisions interferes with IR signals. SynkroRF eliminates these issues and extends battery life. The unique pairing capability allows bi-directional communication from remote to device, or device to device. Additional features of SynkroRF include support for: modified star networks interference avoidance channel agility and low latency transmission to minimize impact of high duty cycle interference for any light weight network When should I consider SynkroRF? For applications such as: RF remote control Home control Monitoring and Consumer electronic remotes


ZigBee™ RF4CE

►Remote and home control• Provides a standardized RF

networking layer for consumer electronics products

• Emphasis on robustness and ease of use

• Essential functionality to build and support a consumer electronics network

►Broad portfolio of ICs• MC13213• MC13224

►Applications• RF remote control• Home entertainment and control• Home automation

Full Function Device

Reduced Function Device

Presenter

Presentation Notes

RF4CE provides a standardized networking layer for cost sensitive consumer electronic products. It eliminates the line-of-sight issues historically experienced with IR remote control. As well, the back lighting from newer plasma televisions interferes with IR signals. RF4CE resolves these issues and extends battery life. The unique pairing capability allows bi-directional communication from remote to device, or device to device. Support for interoperability and secure communications When should I consider RF4CE? For applications such as: RF remote control (IR replacement) Home entertainment and control Home automation


ZigBee RF4CE

►Feature highlights• Wireless remote control for

consumer electronics• Complete network stack• Provides channel agility and low

latency options• Simple device pairing

►Enhanced compatibility• Standards-based• Black box and API approaches

available

►When to design in• Need a standard-based solution for

consumer RF remote control

Applications

MCU RFIC

802.15.4 PHY

802.15.4 MAC

ECP Network

ZigBee RF4CE

Presenter

Presentation Notes

The newest protocol stack from Freescale is SynkroRF. It provides a standardized networking layer for cost sensitive consumer electronic products. SynkroRF eliminates the line-of-sight issues historically experienced with IR remote control. As well, the back lighting from newer plasma televisions interferes with IR signals. SynkroRF eliminates these issues and extends battery life. The unique pairing capability allows bi-directional communication from remote to device, or device to device. Additional features of SynkroRF include support for: modified star networks interference avoidance channel agility and low latency transmission to minimize impact of high duty cycle interference for any light weight network When should I consider SynkroRF? For applications such as: RF remote control Home control Monitoring and Consumer electronic remotes


ZigBee Technology

►Reliable two-way wireless communications

• Mesh networking and interoperability• Self-forming, self-healing mesh

networking• Secure (supports AES-128 encryption)

►Broad portfolio of ICs• MC13202 + S08 QE128• MC13224

►Applications• Home automation• Smart energy• Building control• Retail services• Health care

Mesh


PAN Coordinator (PANC)


Example Communication Path (FFD)

Presenter

Presentation Notes

For ZigBee and ZigBee Pro designs, Freescale offers the BeeStack. ZigBee is optimized for networks that require mesh networking and end product interoperability. BeeStack requires less memory because MAC features are implemented in ROM. This means more Flash memory space for application code than competitive alternatives. BeeStack supports standard profiles such as: Home Automation Smart Energy and Commercial Building Automation BeeStack is provided in header files and libraries, called CodeBases, which promote rapid design. When should I consider BeeStack? For interoperable applications such as: Home automation Smart energy Building automation Security Patient monitoring Actuator and Sensor applications


Fully Compliant ZigBee - BeeStack™

►Feature highlights• ZigBee-compliant platform• Supports star, tree, & mesh networks• Established routing algorithm• Network formation, recovery, and

healing• Device interoperability via standard

profilesHome Automation (HA) Smart Energy (SE)

• Designed for small to large networks

►When to design in• Mesh networking• Interoperability• Low power• Robust

…

APS

P31 ZDOP1

MCU RFIC

802.15.4 PHY

802.15.4 MAC

ZigBee NWK

ZigBee 2007

Presenter

Presentation Notes

For ZigBee and ZigBee Pro designs, Freescale offers the BeeStack. ZigBee is optimized for networks that require mesh networking and end product interoperability. BeeStack requires less memory because MAC features are implemented in ROM. This means more Flash memory space for application code than competitive alternatives. BeeStack supports standard profiles such as: Home Automation Smart Energy and Commercial Building Automation BeeStack is provided in header files and libraries, called CodeBases, which promote rapid design. When should I consider BeeStack? For interoperable applications such as: Home automation Smart energy Building automation Security Patient monitoring Actuator and Sensor applications


Freescale Hardware


MC1320x Overview

►Features:• 802.15.4-compliant 2.4 GHz RF transceiver• Auto-trim feature for crystal accuracy • Programmable from -27 dBm to +3 dBm • RX sensitivity of -92 dBm• Integrated transmit/receive switch • Power supply range: 2.0 to 3.4 V • Multiple low power modes

< 1 µA off current • Programmable frequency clock output for

MCU • 7 general purpose input/output ports (GPIO) • Operating temperature range: -40°C to 85°C • Small form factor 5x5 mm QFN-32 package • Meets Moisture Sensitivity Level (MSL) 3 • 260°C peak reflow temperature • Restriction of Hazardous Substances

(RoHS)-compliant

RFIC Timers

Digital ControlLogic

AnalogReceiver

FrequencyGenerator

AnalogTransmitter

Buffer RAM

RAMArbiter

VoltageRegulators

IRQArbiter

PowerManagement

Dig

ital T

rans

ceiv

er

Tx/Rx Switch

MC1320X

Features MC13201 MC13202

Protocol Stack SMAC SMACIEEE 802.15.4ZigBee

Sensitivity -91 dBm -92 dBm

Data Mode Packet Streaming and Packet

2009 1K SRP $2.01 $2.36

Presenter

Presentation Notes

Freescale Semiconductor’s second-generation ZigBee™-ready platform is a 2.4 GHz radio frequency transceiver in a 5 x 5 x 1 mm 32-pin QFN package. The MC1320x series is an IEEE® 802.15.4-compliant radio operating in the 2.4 GHz frequency band. This family of radio offerings can scale from simple point-to-point networks to a complete ZigBee mesh network.


MC1320x End Product Benefits

►MC1320x is the ideal platform for SMAC and IEEE 802.15.4• Fully compliant RF transceiver operating in the 2.4 GHz frequency band• Provides the foundation for an easy-to-implement proprietary solution

►Integrated TX/RX switch• Lowers the component count and system cost while multiple low power modes

decrease the system power consumption

►SPI interface to MCU• The MC1320x can easily connect with Freescale’s vast portfolio of MCUs

►MC1320x features• The MC1320x features help make this an ideal solution for cost-sensitive,

energy-efficient sensing and control applications

Presenter

Presentation Notes

MC1320X RF Transceiver Freescale’s MC1320X fully compliant 802.15.4 transceiver includes an integrated TX/RX switch that lowers the component count and system cost while multiple low power modes decrease the system power consumption. These features help make this an ideal solution for cost-sensitive, energy-efficient sensing and control applications. Through an SPI interface, the MC1320X can easily connect with Freescale’s vast portfolio of MCUs, including the Flexis™ family of devices. • Fully compliant 802.15.4, 2.4 GHz transceiver • Integrated TX/RX switch • SPI interface to MCU • 5 x 5 32-pin QFN


MC1321x Overview

► MCU Features• 40 MHz HCS08 low-voltage, low-power core • Flash and memory dependent on part • Multiple 16-bit timers • Up to 38 GPIO • 8-bit port keyboard interrupt (KBI) • 8-channel 10-bit analog-to-digital converter (ADC) • SCI interface supports up to 115.2 kBaud • I2C with 100 kbps maximum bus loading • Low-voltage detection • In-circuit debug and Flash programming • Common on-chip processor (COP) watchdog timer

► RF Features• 802.15.4 compliant 2.4 GHz RF transceiver• Auto-trim feature for crystal accuracy • Programmable from -27 dBm to +3 dBm • RX sensitivity of -92 dBm• Integrated transmit/receive switch

► Features• -40 to +85 degrees C operating temperature • 2V to 3.4V• Low external component count • 9x9x1 mm 71-pin LGA package • RoHS compliant

RFIC Timers

Digital ControlLogic

AnalogReceiver

FrequencyGenerator

AnalogTransmitter

Buffer RAM

RAMArbiter

VoltageRegulators

IRQArbiter

PowerManagement

Dig

ital T

rans

ceiv

er

Tx/Rx Switch

HCS08 CPU

FLASH Memory

RAM

Low Voltage Interrupt

InternalClock Gen

Background Debug Module

8-ch10-bitADC

2 x SCI

IIC

16-bitTimers

COP

Keyboard Interrupt

Up

to 3

9 G

PIO

Features MC13211 MC13212 MC13213

Protocol Stack SMAC SMACIEEE 802.15.4

SMAC IEEE 802.15.4 SynkroRFZigBee

Memory 16 KB Flash 1KB RAM

32 KB Flash2 KB RAM

60 KB Flash 4KB RAM

2010 1K SRP $2.94 $3.21 $3. 52

Presenter

Presentation Notes

Freescale Semiconductor’s second-generation ZigBee® compliant platform combines an IEEE® 802.15.4-compliant radio and an 8-bit MCU into a 9 x 9 x 1 mm 64-pin LGA package The MC1321x Family encompasses a series of devices that are memory scalable to fit the needs of the application. Each device includes a Freescale MC9S08GT-based MCU with up to 60 KB of Flash and 2.4 GHz 802.15.4 transceiver. Regardless of the application’s requirements, which may range from simple point-to-point connectivity to ZigBee mesh networks, the MC1321x devices scale to meet them.



►MC1321x is the ideal platform for SMAC, IEEE 802.15.4, SynkroRF, and RF4CE

• Low-cost solution for applications that do not require full ZigBee mesh networks• Fully compliant 802.15.4 platform integrates the MC13202 2.4 GHz transceiver

with the MC9S08GT MCU to provide a single package solution

►Memory scalability • Three flash memory configurations are available to optimize solution costs

based on application needs

►Integrates MC9S08GT MCU • The system in package (SiP) integrates an 8-bit HCS08 MCU with a low voltage

and a low power core, further reducing the size and cost of the MC1321x solution

Presenter

Presentation Notes

Freescale’s MC1321X SiP, integrates the MC13202 2.4 GHz transceiver with the MC9S08GT MCU to provide a single package solution. It provides the benefits of the MC13202 transceiver with a low-power 8-bit MCU to further reduce the size and cost of the solution over a similar 2-chip implementation. Three flash memory configurations are available to optimize solution costs based on application needs. • Up to 60 KB flash and 4 KB RAM MC13211: 16 KB flash, 1 KB RAM MC13212: 32 KB flash, 2 KB RAM MC13213: 60 KB flash, 4 KB RAM • Fully compliant IEEE 802.15.4 platform • Receive sensitivity of -92 dBm • 9 x 9 64-pin LGA package


MC1322x Platform in a Package (PiP)

►Features• Integrated 2.4 GHz transceiver with 32-bit CPU

802.15.4-compliant transceiverARM7TDMI up to 26 Mhz

• Lowest powerSignificant power reduction – up to 45%22 mA Rx & 29 mA Tx with radio and MCU

• Plenty of memory for ZigBee applicationsROM, Flash, RAM

• Improved RF performance-96 dBm sensitivity (DCD mode)-100 dBm (NCD mode, +3-4 mA current)+4 dBm power output

• Hardware accelerator reduces MCU overheadMAC acceleratorAES 128-bit hardware encryption/decryption

• Best-in-class peripheralsUART, SPI, KBI, 8-channel 12-bit ADC, 4x16-bit timer, I2C, SSI (I2S), 64 GPIO

• Unique platform in a packageRF matching in packageRequires power, crystal and 50 Ohm antenna9.5 mm x 9.5 mm 99-pin LGA

Features MC13224

Protocol Stack SMACIEEE © 802.15.4SynkroRFZigBee 2007ZigBee RF4CE

Memory 128 KB Flash96 KB RAM80 KB ROM

2010 1K SRP $4.50

Presenter

Presentation Notes

The MC1322x family is a perfect for more complex industrial and commercial networks, theoretically up to 65,000 nodes. Just as successfully, however, the family can support the simplest of point-to-point networks. The Platform in a Package (PiP) family offers the essential integrated features needed to support such a wide breadth of networks including… a highly functional 32-bit ARM7 TDMI CPU wireless transceiver with low power requirements 128 KB of FLASH memory, 80 KB of ROM and 96 KB of RAM. The solution offers more available FLASH memory than similar products on the market. MAC accelerator (MAC A) and device drivers in ROM Peripherals - 12-bit ADC, timer module, clock and power management, SPI, I2C, SSI, I2S, SCI, keyboard interface (KBI), and GPIO The MC1322X family offers high performance, low power, and full-function peripherals in an integrated solution to ease design of low cost wireless networks. Integration – Implements a wireless network node in 110 mm2 with the addition of only a crystal and an antenna Lowers total system cost through reduced board space requirements, fewer components in inventory, optimized supply chain cost, and improved reliability with fewer interconnects Provides an extensive set of highly functional peripherals High Performance – Integrates Freescale’s third generation, 2.4GHz transceiver based on a foundation of over 50 years of RF design experience Boosts performance with the integrated 32-bit ARM7 TDMI microcontroller programmable up to 26 MHz. Rx sensitivity -100 dBm (NCD). Reduces MCU overhead with the MAC A (MAC accelerator) Provides more accessible Flash memory with IEEE802.15.4 MAC and drivers in ROM Low Power – Provides for highly flexible operating modes to manage power consumption: reset, hibernate, doze, idle and run Allows designer to scale transmit power for implementation of low cost, battery operated end nodes which achieve aggressive power budgets Up to 50% power consumption reduction compared to other solutions in the market today



►MC13224 is the ideal platform for ZigBee• Flexible memory configuration provides enough memory to run the complete

stack and application profile►RAM-based part allows firmware to be upgraded without external storage

such as EEPROM• Can update Flash directly

►Lower RX and TX power consumption lowers ZigBee power budget requirements

• Ideal for battery-powered applications as well as main-powered applications where power budget is low

►Highly integrated package reduces design time and cost• Reduces design complexity through reduced integrated RF front end• Reduces total cost through lower component inventories, less board space, etc.

Presenter

Presentation Notes

Freescale’s latest addition has changed the Market dynamics for short range wireless ICs. The MC13224 PiP is a quantum leap in reduced power and integration technology, trimming solution size and power consumption by up to 50 percent. A hardware accelerator reduces the load on the CPU, allowing the radio to perform many operations without interrupting the MCU. In addition, a combination of ROM, RAM and flash memory positions this IC as the ideal solution for more complicated networks such as ZigBee technology. The MC13224 PiP integrates performance and simplicity to provide customers with the ultimate platform for 802.15.4 development. • MC13224—9.5 x 5.5, 99-pin LGA • Fully compliant IEEE 802.15.4 platform • -96 dBm to -100 dBm sensitivity • 0 RF matching component simplifies design while reducing cost • Hardware acceleration for 802.15.4 functions • 32-bit ARM7TDMI-S CPU up to 26 MHz • -40°C to +105°C operating temperature


ZigBee Family ComparisonMC1320x MC1321x MC13224V

Supply Voltage V 2.0-3.4 2.0-3.4 2.0-3.4Supply Current @ 1% Duty Cycle, CPU @ 2MHz (Typ) mA

30, TX: 37, RX 31.1, TX: 38.1, RX 20, TX: 20, RX

Sensitivity @ 1% PER (Typ) dBm -92 -92 -96External Component Count 14 13 1Protocol Stack Support MC13201: SMAC

MC13202: SMAC, IEEE 802.15.4, ZigBee

MC13211: SMAC

MC13212: SMAC, IEEE 802.15.4

MC12313: SMAC,IEEE 802.15.4, SynkroRF, ZigBee

SMAC

IEEE 802.15.4

ZigBee

Package 5 x 5 mm, 32-pin QFN 9 x 9 mm, 64-pin LGA 9.5 x 5.5 mm, 99-pin LGA Flash/RAM/ROM - MC13211: 16KB/1KB

MC13212: 32KB/2KBMC12313: 60KB/4KB

128KB/96KB/80KB

Core - HCS08 ARM7 TDMI-SSilicon Cost 2009 SRP $2.36 $3.70 $4.74External Component Cost(antenna not included)

$1.06 $.77 $.34

Total Solution Cost $3.42 $4.47 $5.08

Presenter

Presentation Notes

This chart shows the differences between the MC1320x, MC1321x, and the MC13224. Highlights Supply voltage for the MC13224 ranges from 1.8-3.4V The MC13224 only has 1 external component count reducing the external component cost. MC13201: SMAC MC13202: SMAC, IEEE © 802.15.4, BeeStack™ MC13211: SMAC MC13212: SMAC and IEEE© 802.15.4 MC12313: SMAC, IEEE© 802.15.4, SynkroRF, BeeStack™ MC13224: SMAC, IEEE © 802.15.4, BeeStack™ MC13211: 16KB Flash /1KB RAM MC13212: 32KB Flash /2KB RAM MC12313: 60KB Flash /4KB RAM MC13224 has 128KB Flash /96KB RAM /80KB ROM MC1321x has a HCS08 core MC13224 has an ARM7 TDMI-S core


Freescale Development Tools


1320x Development Kits

►Two-chip solution based on the MC13202 and QE128 S08

• 1320x-QE128-EVBMC13202QE128 socket with S08 daughter card2-line LCD display

►RF daughter card enables MCU development boards

• Supports HCS08 and ColdFire EVB boards

• MC13202 RF daughter cardSingle ended F-antennaSMA connector

►Kits start at $79

Presenter

Presentation Notes

The 1320x-QE128-EVB provides a flexible development platform based on the MC13202 RFIC and the HCS08QE128 MCU. This is an ideal platform for developing 802.15.4 and ZigBeeTM applications that require more memory then the MC1321x family. With 128K of Flash and 8K of RAM, the QE128 provides plenty of memory for the network stack and application. The development boards have an LCD display, pushbuttons, headers, connectors and LEDs and can be programmed via the BDM programming/debug port, providing a flexible development platform. The BeeKit Wireless Connectivity Toolkit v 1.6.1 supports the 1320x-QE128-EVB for SMAC, 802.15.4 and BeeStack development.��The 1320x-QE128-DSK pulls everything together in a simple and cost effective development kit. The kit come with everything you need to get started, including hardware boards, cables, batteries, power adapters, software and sample applications. The boards are pre-programmed to provide a ZigBee dimmable light application.


MC1321x Development Tools

► MC1321x Family Development Boards► 1321x-SRB

• MC13213 ZigBee-compliant 2.4GHz SiP • Acceleration sensor• Temperature sensor• USB• Printed F antenna• LEDs and switches• BDM port

► 1321x-NCB• MC13213 ZigBee-compliant 2.4GHz SiP • LCD display• RS232 and USB • LEDs and switches• SMA connector• BDM port

► Kits start at $249


MC1322x Development Tools

►MC1322x Family Development Boards• 1322x-SRB

MMA7260Q 3-axis acceleration sensorMPXV5010G pressure sensor and temperature sensor2.5 mm headset/audio in jackSpeakerJoystick, buttons and LEDs

• 1322x-NCBGraphic LCD display2.5 mm headset/audio In jackSpeakerJoystick, buttons and LEDsSMA connectorNexus debug interface

• 1322x-LPBSupports on-chip buck converterLowest power board for current measurements

• 1322x-USBUSB dongle and 802.15.4/ZigBee packet sniffer

1322x-USB 1322x-NCB

1322x-LPB

1322x-SRB


Freescale’s BeeKit™

► BeeKit provides customers an exceptional development tool which offers a simplified implementation of Freescale 802.15.4 based technologies including SMAC, 802.15.4 MAC, SynkroRF, ZigBee RF4CE, ZigBee & ZigBee Pro.

• FeaturesGraphical user interface (GUI) for creating, modifying and updating wireless networking implementationsComprehensive code base of wireless networking libraries, application templates and sample applicationsAutomated validation of configuration parametersGeneration of workspace files to be imported into an Integrated Development Environment (IDE) for continued development and debuggingEasily scalable to support new code bases and functionsComplementary tool to CodeWarrior (CW) or IAR EWARM IDEs for MCU development

• BenefitsProvides a cost-effective wireless design solutionReduces complexity of wireless implementationAllows focus on MCU application software via complementary IDEEases start up time and reduces tool learning curveGets you to market fastBacked by premier design support


Freescale 802.15.4 Reference Designs

►Development Board Reference Design

• Based on development boards and include I/O, headers and additional functionality

• FCC and CE certified• Provides:

Schematic in OrCADLayout in GerberBOMDirect support in BeeKit

►Form Factor Reference Designs

• Form factor design with minimal I/O and headers

• Focus is on RF designSingle port designChip or F antenna

• Basic interfacesUART, I2C

• Provides:Reference manualSchematic in OrCADLayout in Gerber and AllegroBOMBeeKit Platform Editor Configuration File

►Dev Board Reference Design• 1319xEVB• 1320x-QE128DSK• 1320xRFC• 1321xNCB• 1321xSRB• 1322xLPB• 1322xNCB• 1322xSRB• 1322xUSB

►Form Factor Reference Design• 1320xQE128-IPB• 1321x-ICB• 1321x-IPB• 1321x-UCB• 1322x-IPB/ICB• 1322x-ERB


Summary

►One size does not fit all for monitoring and control applications• Need to look at key requirements such as cost, complexity, interoperability, etc.• 802.15.4 offers a solid foundation

►Freescale offers a scalable platform to meet the specific needs of the application

• SMAC, 802.15.4 MAC, SynkroRF™ and ZigBee®►Freescale offers a best-in-class platform

• Complete lineup of IC offeringsTransceivers, MCUs, SiPs and PiPs

• Robust software offeringScalable protocol stack (SMAC, 802.15.4 MAC and BeeStack)

• BeeKit™ simplifies network development• Reference designs and documentation

Provide extensive documentation and reference design• Premier development tools

Comprehensive and flexible development kit offering with “15 minute” out of box experience

Presenter

Presentation Notes

Freescale offers a scalable platform to meet the specific needs of the application - SMAC 802.15.4 MAC SynkroRF™ ZigBee® Freescale offers a best in class platform complete lineup of IC offerings Transceivers MCUs SiPs (System in Package) PiPs (Platform in Package)


Questions?

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Overview of Freescale's 802.15.4 Platforms...Gaming and . Toys. Security. Smart. Energy. Remote. Control. Medical. Monitoring. Home. Control. Building. Control. Industrial. Control.

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