Utility Metering: Overview of Freescale Solutions · PDF fileCommitment to the market, ......

TM

Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2009.

Overview of Freescale SolutionsUtility Metering

July 2009

Nathan LeeRegional Segment Marketer

TM

2Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2009.

Metering Market Enablers and Growth Drivers

►

Governmental mandates•

Smart grid and smart energy management requirements•

EU Plan: 20% reduction of energy consumption by 2020•

Deregulations (leading to separation of energy transport and energy provider)

•

USA: $4.5 billion for direct investment in the smart grid through the stimulus package

►

Utility companies•

Optimization of the distribution infrastructure and prevention of potential black-outs (peak management)

•

More services to end consumer

►

Renewable energies•

Residential solar and solar farm decentralized productions•

Consumer production sold back to the energy provider

►

In-building customer comfort•

e-Thermostats, smart and nice-looking displays, home automation•

End-customer energy savings (controls when, how, how much)

TM


Concentrator32-bit MCU/MPU*

Electricity MetersMicrocontroller*Analog*

Last-Mile CommunicationZigBee*Microcontroller*Power line modem*<1GHz RFGPRS / SMSM-BusSW DLMS/COSEM library

HV-MV/LV Substation

Red: Energy Flow

Blue: Communication Flow

Metering System Block Diagram

Home Area Networking/Energy Gateway

32-bit MCU/ MPU (i.MX)*ZigBee/ 802.15.4*Home-plugBluetooth low energy*802.11

Residential Home

Utility’s Data Mgmt. System

Electricity Generator (Owner: Utility Company)

HV Distribution Network

TMFreescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2009.

AMI -

Automated Metering Infrastructure encompasses ALL of the below. Developed to “enable”

enhanced resource optimization and is the backbone of a smart grid (two-way meters).

Intelligence and Control

AMR

AMM

AMICustomer communication

Data management

Operating productivity

Utility Meter –

Gas, electricity, waterStandalone Meter –

May be mechanical or electronicSmart Meter –

Networked meter (RF, power line, wired)

Standalone Electronic

Standalone Electro-

mechanical

Smart Grid

Smart Meter Evolution, Terminology

AMR -

Automated Meter Reading (connects smart meters.) Implemented to “enhance”

a critical process.

Can be an internal or external module through which utility company communicates with meter remotely and take meter readings. Some meters are retrofitted with AMR modules (one-way meters).

AMM -

Automated Meter Management (Data management and billing). Utilized to “enrich”

information quality.

TM


Picture of a Smart Grid

Source: www.photobucket.com

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What Does Smart Grid Mean?

►Smart Grid* –

“A smart grid enables two-way communication and digital control throughout the electricity delivery infrastructure.”

►According to the United States Department of Energy's

Modern Grid Initiative report, a modern smart grid must:

•

Be able to heal itself •

Motivate consumers to actively participate in operations of the grid •

Resist attack •

Provide higher-quality power that will save money wasted from outages •

Accommodate all generation and storage options •

Enable electricity markets to flourish •

Run more efficiently

*Source: http://www.oe.energy.gov/DocumentsandMedia/RD_Strategic_Plan_Final07.pdf

and DOE

http://www.oe.energy.gov/DocumentsandMedia/RD_Strategic_Plan_Final07.pdf

TM


GPRS Communication

Network

Intranet

PLC 2.5 Kbps half-duplex

MV/LVSubstation

Electricity Meters

Operation Center

Automated Meter Reading/ Management System Architecture

Cable, DSL

i.MXPowerQUICC®

Heat Meter

Gas Meter

Water

Meter

))))))

S08ColdFire®

V1

MV Grid

LV Grid

Energy Gateway

Commercial System (CRM)Centralized Remote Management System

Interface Communication SoftwareData Communication Center

S08ColdFire®

V1

S08ColdFire®

V1

S08ColdFire®

V1

i.MXPowerQUICC®

http://www.ciao.co.uk/Sagem_ISD91_HD_TNT_SAT__7030184

http://jerman.com/dljcmeters.html

TM

8Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2009. 8

Metering Applications

Electricity1 & 3 ph –

Residential, 3-

ph –

Commercial & IndustrialT&D (Grid)1 & 3 ph Electromechanical

GasDomestic StaticDomestic DiaphragmCommercial & Industrial StaticCommercial & Industrial DiaphragmRotaryTurbineOrifice PlateMultipoint Ultrasonic

WaterDomestic StaticDomestic DiaphragmCommercial & Industrial StaticCommercial & Industrial DiaphragmRotaryTurbineOrifice PlateMultipoint Ultrasonic

HeatFlow and Heat

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Market Trend Description Freescale’s Portfolio Evolution and Alignment

Wireless Protocols

Wireless communications are the key technologies used in today’s AMI and AMR designs

Freescale is focused on the leading RF technologies used in AMI and AMR networks.

Low Power Consumption

With the shift to electrical gas and water meters, power consumption is a key decision factor due to battery life requirements and costs

Key focus for Freescale, and Freescale is indicating ideal products with an Energy Efficient Solutions brand mark.

Peripherals Integration

Focus on cost driving higher levels of integration

Differentiator and strength of Freescale across multiple product groups. Key example is the release of the MC1322x.

Communication Within Home

Home/energy gateways are using existing infrastructure

Freescale is constantly looking at the future and the key technologies driving tomorrow’s standards.

Key Technology and Solution Trends

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Freescale’s Value to the Metering Market

►Standard products can help solve customer key problems for metering systems

•

Maximize battery life ultra-low-power 8-bit and 32-bit MCUs•

Reliable readings fast and accurate on-chip ADCs•

Integration memory, LCD control, analog•

Communication I/F ZigBee, 802.15.4 and Ethernet•

Standards IEEE 802.15.4, ZigBee Alliance, various others ►Commitment to the market, with products and solutions that have

characteristics important to the metering segment•

Longevity of product available and high levels of quality•

Extensive portfolio of embedded connectivity solutions►Extensive product portfolio spanning RF, sensors, MCUs and MPUs►Mix-and-match IP for specific metering solutions►Laser focus on enablement

•

Helps reduce product development cost•

Improves time-to-market and time-in-market

TM


Solutions for Metering

Power Management

Communications Interface

(Wired or Wireless)

User Interface

MCU, MPUOptional Analog Block

MCUs - S08, ColdFire

MPUs - i.MX, Power Architecture, ColdFire

Buck Regulator - MC3472x

Multi-channel PMIC - MC34704

Accelerometers - MMA7660

ZigBee - MC132xx

PLC - MC56F80xx

Sensors

TM


Electricity Metering Application Solutions


Freescale Recommends

Alternatives/Additional

Freescale Differentiators

Meter Measurement (single phase)

MC9S08LL16/8, Low-voltage, low-

power, LCD controller, monophase meter

MC9S08LG32 Cost-effective, LCD controller

MC9RS08LA8 Cost-effective MCU with on-chip LCD driver

Flexis™ QE familyMC9RS08KA8

Low power consumption, competitive price positioning, superior LCD controller

Low power consumption, competitive price positioning

Concentrator MPC831xEMCF5445x i.MX27/25

MPC837xEMCF5225x

Secure encryption IP, high performance, rich OS and RTOS support

PLM (Power Line Modulation)

MC56F8023 + Freescale library Flexible solution

Wireless Communication

MC1319x/20x, MC1321x, MC1322x (ZigBee)

Flexis™ QE family (MCU)MC9S08GBxx (MCU)

Leader in ZigBee technology, ZigBee stack designed in house, Low power consumption, Fully integrated solution (MCU+RF transceiver)

Home, Energy Gateway

i.MX25 i.MX27MCF5225x

Integrated part with communications capability + graphic LCD controller

Antitamper MMA76xx (Accelerometers) MMA7455MMA73xx

Low power consumption, low cost, reduced mechanical dimensions

TM


Water/Gas/Heat Metering Application Solutions


Freescale Recommends

Alternatives/ Additional

Freescale Differentiators

Meter Measurement

MC9S08LL16/8, Low voltage, low-power, LCD controller, monophase meter

MC9RS08LA8 Low-cost, single phase power meter with on chip LCD driver

MC9S08QE8, QE32, QE64

Flexis QE FamilyMC9RS08KA8

Superior LCD controller with low-

power capabilities unmatched in the industry

Low power consumption, competitive price positioning

Low power ranging from 8-

to 32-bit

Concentrator MPC831xEMCF5445x i.MX27/25

MPC837xEMCF5225x

Secure Encryption IP, High Performance, Rich OS and RTOS support

Wireless Communication

MC1319x/20x, MC1321x, MC1322x (ZigBee)

Flexis QE Family (MCU)MC9S08GBxx (MCU)

Leader in ZigBee technology, ZigBee stack designed by Freescale, low power consumption, fully integrated solution (MCU+RF transceiver)

Antitamper MMA7660 (Accelerometers) MMA7455MMA73xx

Low power consumption, low cost, reduced mechanical dimensions

TM


Metering Roadmap A

pplic

atio

n P

erfo

rman

ce

PLC Solutions

Companion devices

Smar

t

Met

ers

Stan

dalo

ne

Met

er

Available/ CommittedPlannedConcept In Design

MC9RS08KA88Bit -

8KB Flash10 bit ADC

MC9S08LL16/88Bit –

8/16 KB Flash12 bit ADC

8-Bit, SegmentLCD MCU, ADC

Flexis QEFamily

32-Bit Metering MCU

MCF5225x Concentrator

GatewayMC132242.4GHz Zigbee

i.MX 25Gateway

MPU

MC9S08LG32/168Bit –

32/16KBSegment LCD

32-Bit MCU

32-Bit MCU

8-Bit MCU

MC56F8023 PLC

i.MX27Concentrator

MPC8313Concentrator

RF ICs

2009 Future2010

MC9RS08LE88Bit –

8KB FlashSegment LCD

MMA766x(Anti-temper)

MPUMPU

8-Bit MCU

32-Bit MCU

TM


Metering Block Diagrams

TM


MCU

SignalConditioningTransducer

ADC

Line

LCDEEPROM

RTC

Freescale Solution

LEGEND

PowerSupply

LCD Driver

RS-485Driver

Opto-CouplerIEC1107

Single-Phase Electricity Meter Block Diagram

Product Processor Communications Memory Security Reliability Connectivity

Single- Phase

Electricity Meter

Performance up to 50 MIPS

MAC to perform power calculations

<1GHz RF<1GHz ZigBee 2.4 GHz ZigBee communication Power line communications M-Bus –

wired and wireless

Up to 256 KB

Need for higher RAM

NVM

Tamper detect functionality

On-chip flash protection against programming/ cloning of application software

iRTCMultiple clock sources16-bit ADC to measure current

IICSPISCIGPIO

Application Requirements

Neutral

Communications Interfaces

PLM

RF

TM


Freescale Solution

LEGEND

Three-Phase Electricity Meter Block Diagram

Application Requirements

Neutral


Three- Phase

Electricity Meter

Performance of at least 50 MIPS

MAC to perform power calculations


wired and wireless

Up to 1 MB

Need for higher RAM

NVM



iRTCMultiple clock sources16-bit ADC to measure current

IICSPISCIGPIO

MCU

SignalConditioningTransducer

ADC

Line 1,2,3

LCDEEPROM

RTC

PowerSupply

LCD Driver

RS-485Driver

Opto-CouplerIEC1107

Neutral


PLM

RF

x3

TM


FlowSensor

MCULCD

Serial Interfaces

Battery

Tamper

Optocoupler

IEC1107

RS485

RTC

Metrology - Gas/ Fluid Meter Functional Block Diagram


Gas/Fluid Meter

Application needs at least 5 MIPS.Freescale micro capable of performance up to 50 MIPS Ultra-low power


wired and wireless

Upto

64 KB (standalone)>64K for implementing wireless capability (eg

ZigBee)



iRTCMultiple clock sources16-bit ADC to measure currentLong battery life is key

IICSPISCIGPIO

Water or Gas Line Application Requirements

Freescale Solution

LEGEND

LCD Driver


RF

TM


Energy Gateway and Home Area Networking Block Diagram

Electricity Network

Wireless M-Bus Link 868MHz

Sensor BoxS08QE32 / 64

ST Box

Internet Network

Ethernet / USB

Screen on wall panel (Battery)

Satellite BoxS08QE64 / 128LCD or small TFTPeroni

for Future

OS is Linux or Windows CERight candidate is i.MX25

Appliance 1 … Appliance 2

Freescale Solution

MPU

PMU

DDR Flash

RF1 RF2RF1MCU

Energy Gateway

Power Meter

TM


WLAN Solution

20

Key Options:•

MPC8313: Power Architecture based with robustness Linux solutions for complex Ethernet package routing

•

MCF5445x: ColdFire based with large amount of embedded communication options

•

i.MX27/25: ARM based with WinCE or Linux OS options and high levels of silicon based security protections

•

MCF5225x: flash-based MCU with USB and Ethernet options

LAN Adapter

ISDN adapter

GPRS

GSM modem

Other Options

MPC831xMCF5445xi.MX27/25MCF5225x WAN

Metering LAN

Power SupplyUnit

LAN Solution

Wi-Fi, Wi-Max

DDR

Flash

Freescale Solution

LEGENDEthernet, USB or Serial Interfaces

Data Concentrator

Overview:•

Gather information data from the metering local area network (LAN)

•

Process and analyze the data pockets •

Route the proper data to the wide area network (WAN)

•

Protect the data and network from attacks

TM


Metering Enablement

TM


Recent Article

Prevent Tampering In Energy MetersEmbedded.comBy Mohit

Arora, Freescale Semiconductor

4 February 2009

►This article discusses vulnerabilities, challenges and techniques to prevent tampering in an energy meter.

►http://www.embedded.com/design/213001137

http://www.embedded.com/design/213001137

TM


<$10 Single-Phase Electricity Meter Reference Design Using 9RS08KA8 with RS 485 Communication

Rated Voltage: 220V; Maximum Operating Voltage Range: 80% ~ 120%;

Current Range I: 5(30)A; Frequency Range: 50Hz±5%; Accuracy Level: 1.0

Rated Temperature: 23 deg C; Maximum Operating Temperature Range: -

25 ~ +55 deg C ; Power Consumption: ≤

1VA

Basic Function -

Measurement Function -

Active Power Accumulating Function

Output -

Main control board outputs pulses for active power measurement.

Output power pulses could be used for calibration. Power pulses

are square waves with 80ms period and ±20% tolerance, and voltage drop of pulses’

amplitude is < 10% of rated value (High Level > 0.9VD) , low level of output pulses is <0.9V. Even under maximum rated load, corresponding pulse numbers should be output instantaneously.

Communication -

Infrared communication port with 1200 bps baud rate; RS485 communication with 1200 bps baud rate; Communication protocol complies with DL/T645.

Display -

Keeps displaying when power off

Electromagnetic Compatibility -

ESD (Electronic Static Discharge): 8kV; High Frequency Electromagnetic Field: 10V/m; EFT (Electrical Fast Transient): Operating state 2kV, Not-operating state 4kV; Voltage Surge: 4kV

TM


Power Line Modem Reference Design based on 56F8025►

Results:►

Load & noise: roughly 380m of cable, TV, fans, heaters, lamps, bulbs►

Receiver gain: 47 BER: 100%, PER: 100%►

FEC: there were almost zero errors on the line.

►

Performed extensive tests on five sockets with different levels of attenuation and different kinds of noise on 38.4 kHz & 57.6 kHz at a baud rate of 2400bps, Manchester encoded S-FSK (which can also be detected as two independent ASK streams/channels).

►

Transmitting: injected signal which was right at the top of CENELEC limits (38.4 kHz –

123dBμV, 57.6 –

122dBμV). ►

Receiving: evaluated attenuation & disturbances for the received

signal.

This PLM modem uses the frequency band 'A' of the CENELEC directive (frequency band 3-95kHz) reserved for energy providers (not consumer home networks). The PLM application is based on the Freescale DSP56F8025/23 family.

S-FSK (Spread FSK) modulation is used for communication, and both S-

FSK modulation/demodulation routines are fully handled by DSC software.

Power line modem baud rate is 2400bps and data consistency is secured with FEC (Forward Error Correction Reed-Solomon codes with erasure) methods. Modems use the 'repeating' technique to reach larger distances in harsh environment (targeting typically 500-1000m from the central node).

57.6kH

z

38.4kH

z

TM


Freescale Multi-Offering Approach with 802.15.4

SMAC 802.15.4 SynkroRFZigBee®/

ZigBee PROZigBee RF4CENetworking

Layers

Application

Network

Physical

MAC

Hardware

802.15.4 is becoming the foundation for many protocol stacks, and Freescale was #1 in 2008 with 61% market share. (In-Stat 2008 report)

CustomerDefined

&Developed

CustomerDefined

&Developed

CustomerDefined

CustomerDefined

CustomerDefined

&Developed RF4CE Profiles ZigBee Profiles

ZigBee RF4CE ZigBee /ZigBee PROSynkroRF

802.15.4 MAC 802.15.4 MAC802.15.4 MAC802.15.4 MACS-MAC

802.15.4 PHYPHY Layer

Hardware

802.15.4 PHY 802.15.4 PHY 802.15.4 PHY

Hardware Hardware Hardware Hardware

TM


BeeKit™ Overview

►A new approach to wireless applications development:

•

Graphical user interface (GUI) to create and validate network configuration

•

Codebases deliver libraries, templates and applications

•

Exports directly to IDE for development and debug

TM


Reference Designs

► Development Board Reference Design•

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

•

FCC and CE certified•

ProvideSchematic 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

•

ProvideReference 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 (Pending)•

1322x-ERB (Pending)

TM


Product One Pagers

TM


MMA7660FC Overview

3-Axis Low Voltage Portrait/Landscape/Tilt Sensor with I²C Interface in 3mm x 3mm DFN Package

Features• 3-axis, 6 bits over the range ±1.5g• I²C digital output• 2.4V - 3.6V AVDD and 1.71V - 2.75V DVDD• Operating current 47 uA to 241 uA• 8 Configurable sample rates (120, 64, 16, 8, 4, 2, 1 per sec)• 3mm x 3mm x 0.92mm DFN package • Portrait / Landscape detection Functional Diagram• Tap detection and Shake detection• Sample rate from 1 to 120 a second• 300µA maximum current at 32 samples/sec• Auto Wake-Up and Auto-Sleep Interrupts• High shock survivability (10,000g)

Typical ApplicationsCell Phone/PMP/PDA: Display Portrait/LandscapeGames/Toys: Motion FeedbackLaptop PC: Anti-Theft

TM


MC1322x Block Diagram

Balun TX/RXSwitch

AnalogTX

AnalogRX

TXModem

RXModem

DigitalModem

802.15.4MAC

Accelerator(MACA)

IEEE® 802.15.4 Transceiver

AdvancedSecurityModule(ASM)

SPIFLASHModule(SPIF)

128 KBSerial

FLASH

AnalogPower

Management&

VoltageRegulation

RFOscillator/PLL

&Clock Generation

24 MHz (Typical) 32.768 KHz (Optional)

Clock &Reset

Module(CRM)

ARM7TDMI-S32-bitCPU

BusInterface &

MemoryArbitrator

ARMInterrupt

Controller(AITC)

CPU Complex

80 KBROM

MC1322x Block Diagram

SCI/UARTModule

SCI/UARTModule

SSI/I2SModule

I2CModule

KeyboardInterface

SPIInterface

GPIOControl

TimerModule

Up

to 6

4 G

PIO

BatteryMonitor

Dat

a &

Add

ress

Bus

es

12-bitADC

12-bitADC

JTAG & Nexus

96 KBRAM

BuckConverter

Optional PA Out

TM


MC1322x Platform in a Package™ (PiP)

► Changing the market dynamics•

Integrated 2.4GHz transceiver with 32-bit CPU

802.15.4-compliant transceiverARM7TDMI up to 26Mhz

•

Lowest powerSignificant power reduction – up to 75%20mA maximum with radio and MCU13mA average with radio and MUC (buck converter enabled)

•

Plenty of memory for ZigBee applications80K ROM (802.15.4 MAC) and 96K SRAM

•

High-performance modeOptional TurboLink™ modeOver the air data rate of 2MbpsStreaming compressed audio, voice/intercom, file/data transfer

•

Improved RF performance-95dBm sensitivity+4dBm power output

•

Hardware accelerator reduces MCU overheadMAC accelerator (sequencer and DMA interface)AES 128-bit hardware encryption/decryption

•

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

•

Unique platform in a packageHigh integrated package significantly reduces external component count and costRF matching in packageRequires power, xtal and 50 Ohm antenna9.5x9.5mm 99pin LGA, 7x7x1 81-pin QFN

Balun TX/RXSwitchTX/RXSwitch

AnalogTX

AnalogRX

TXModem

RXModem

DigitalModem

802.15.4MAC

Accelerator(MACA)

802.15.4MAC

Accelerator(MACA)

IEEE® 802.15.4 Transceiver



SPIFLASHModule(SPIF)

128 KBSerial

FLASH

128 KBSerial

FLASH

AnalogPower

Management&

VoltageRegulation

AnalogPower

Management&

VoltageRegulation

RFOscillator/PLL

&Clock Generation

24 MHz (Typical) 32.768 KHz (Optional)

Clock &Reset

Module(CRM)

ARM7TDMI-S32-bitCPU

ARM7TDMI-S32-bitCPU

BusInterface &

MemoryArbitrator

BusInterface &

MemoryArbitrator

ARMInterrupt

Controller(AITC)

ARMInterrupt

Controller(AITC)

CPU Complex

80 KBROM80 KBROM

MC1322X Block Diagram

SCI/UARTModule

SCI/UARTModule

SCI/UARTModule

SCI/UARTModule

SSI/I2SModuleSSI/I2SModule

I2CModule

I2CModule

KeyboardInterfaceKeyboardInterface

SPIInterface

SPIInterface

GPIOControlGPIO

Control

TimerModuleTimer

Module

Up

to 6

4 G

PIO

Up

to 6

4 G

PIO

BatteryMonitorBatteryMonitor

Dat

a &

Add

ress

Bus

es

12-bitADC

12-bitADC

12-bitADC12-bitADC

12-bitADC12-bitADC

JTAG & Nexus

JTAG & Nexus

96 KBRAM96 KBRAM

BuckConverter

BuckConverter

TM


Mc1322x Software Introduction – Flash, ROM, RAM content

PHY LAYER

MAC LAYER

NETWORK/SECURTIYLAYERS

APPLICATION FRAMEWORK

APPLICATION/PROFILES

IEEE

ZigBee Alliance

OEM

Low-Level Drivers

Bootstrap

ROM content

RAM contentFlash content

Application image

Application image

Stack NVM sector

TM


BeeStack Code Size

►MC13224 –

ZigBee Pro, Generic App, Coordinator, PAN ID Conflict Resolution Enabled, No Security

•

51,502 bytes of read only code memory•

1,616 bytes of read only data memory•

6,625 bytes of read write data memory

►MC13224 –

ZigBee Pro, Smart Energy Load Control, Coordinator, PAN ID Conflict Resolution Enabled, Standard Security with Link Keys

•

71,982 bytes of read only code memory•

2,073 bytes of read only data memory•

7,933 bytes of read write data memory

TM


LCD Driver Packages

9RS08LE4LCD Driver 9RS08LE4 Packages

►Voltage Range•

2.7V to 5.5V►Core

•

RS08►1-20MHz Capability►Features

•

8-ch keyboard interrupt•

Up to 26 GPIOs•

LVI (low voltage inhibit)•

RTI

►Internal Clock Source (ICS)•

FLL•

On-chip oscillator•

External crystal support •

2% accuracy over full operating range►Development Tools

•

On-chip BDM►Memory

•

4K flash •

256 bytes RAM►$0.90 MSRP at 10K units

256 RAM

4K Flash

RS08BDM 2x2-ch 16-bitTimer

LCD Driver8x14 or 4x18

ICSRS08 Core

SCI

RTI

COP

KBI

LVI

8-10 bits ADC 28 SOIC

Based on 8 backplanes 8x14 = 112 segments


TM


LCD Driver 9S08LL16 Packages

9RS08LA8LCD Driver 9RS08LA8 Packages


Based on 4 backplanes 4x25 = 100 segments 48 QFN

48 LQFP

►Voltage Range•

2.7V to 5.5V►Core

•

10 MHz CPU speed►Features

•


Up to 34 GPIOs •

16 LCD pins mux with GPIO•


RTI


FLL•




•

On-chip ICE and RS08BDM►$0.99 MSRP at 10K units

256 RAM

8K Flash

RS08BDM 1x2-ch 16-bitTimer

LCD Driver8x21

ICSRS08 Core

Comparator

MTIM

SCI

COP

KBI

LVI

SPI

6-10 bits ADC

TM


LCD Driver 9S08LL16 Packages

9S08LL16/8LCD Driver 9S08LL16/8 Packages

LL16:



LL8:



64 LQFP

48 QFN

►Voltage Range•

1.8V to 3.6V►Core

•

20 MHz CPU speed►Features

•


Up to 38 GPIOs •

Up to 18 LCD pins mux with GPIO•


Time-of-day module


FLL•




•

On-chip ICE and 08BDM►Start from $1.50* MSRP at 10K units

*Varies by package

2K RAM

LL16: 16KLL8: 8K

ICE + 08BDM

COP

KBI

LL16: 2x2-ch 16-bit Timer

LL8: 1x2-ch 16-bit Timer

LCD Driver

IICS08 Core

LVI

TOD

ICS

SCI

SPI

8-12 bits ADC

Comparator

LL16 LL8

48 QFN

48 LQFP

TM


56F802x/3x Features►

32 MHz/32 MIPS 56800E core►

3.0-3.6V operation►

32K-64K Bytes program flash►

4K-8K Bytes program/data RAM ►

Flash security►

Tunable internal relaxation oscillator►

Software programmable phase locked loop►

Up to 96 MHz peripherals –

timers and PWMs►

6-output PWM module with 4 programmable fault inputs

►

2-12-bit ADCs for 6-8 Inputs w/ internal or external Vref

►

Up to 2 12-bit digital to analog converters►

2 - analog comparators►

Synchronization between PWM and ADC►

4 or 8 16-bit general-purpose programmable timers

►

1 or 3 programmable interval timers►

Computer Operating Properly timer►

2-queued serial communications interface ►

2-queued serial peripheral interface►

Optional MSCAN►

I2C communications interface►

Up to 53 GPIO ►

JTAG/EOnCE™

debug port►

Lead-free “green”

packages►

Industrial and automotive temp►32 LQFP, 44QFP, ►48LQFP, 64LQFP

6-outputPWM

8/16-bit timers

2- 3- or 4-input12-bit ADCs

2-QSCI

Voltage Regulators

COP

JTAG/EOnCE™

InterruptController

PowerSupervisor

2-QSPII2C

Flash RAM

2-12bit DACs2-AnalogComparators MSCAN

In Design

System Clock Control(PLL, SIM, Osc)

3-PIT

56800E Core32 MIPS32 MHz

TM


Memory Options

ColdFire V2 Core •

Up to 76 Dhrystone 2.1 MIPS @ 80 MHz•

MAC module and HW divide•

Encryption – CAU•

External bus•

Up to 64K bytes SRAM•

Up to 512K bytes flash•

100K W/E cycles, 10 years data retention•

USB 2.0 full-speed Host/Device/On-the-go Controller

•

CAN – (FlexCAN)•

FEC (10/100 Ethernet)•

3 UARTs•

Serial peripheral interface (Queued SPI)•

I2C bus interface modules•

4 ch. 32-bit timers with DMA support•

4 ch. 16-bit capture/compare/PWM timers•

2 ch. Periodic Interrupt Timer•

8 ch. PWM timer with enhanced DAC capabilities•

2nd

watchdog timer with independent clock•

Real time clock with 32kHz crystal oscillator•

8 ch. 12-bit A-to-D converter with simultaneous sampling

•

Up to 56 5V tolerant general-purpose I/O•

System integration (PLL, SW watchdog)

Optional

ColdFire: MCF5225xGPI/O JTAGPLLBDM

SystemIntegration

UART

RTC

QSPI

USB otg

UART

EMA

C V2ColdColdFireFire®®

Core

8-ch 12-bitADC

4ch DMA

512KBytesFlash

64KBytesSRAM

I2C

32kHzOsc.

UART

2ch PIT 8chPWM

4ch 16-bitTimer

4ch 32-bitTimer

256KBytesFlash

64KBytesSRAM

CAN

10/100 FEC D

MA

EZPO

RT

ExtBusCrypto

(CAU) RNGA

•Single 3.3V supply•Temperature range: -40°C to +85°C•Available speeds: 66 and 80MHz•Available packages: 100 LQFP, 144 LQFP, 144 MAPBGA•Target prices start from $4.93 @ 10k qty

256KBytesFlash

32KBytesSRAM

Flash SRAM

TM


68K/ColdFire: MCF5445xV4m 68K/ColdFire® core •

Up to 410 Dhrystone 2.1 MIPS @ 266 MHz•

MMU, EMAC•

Cross-Bar-Switch technology (XBS)

Memory•

16K bytes I-Cache, 16K bytes D-Cache•

32K bytes SRAM

Key Features•

10/100 Ethernet MACs (external PHYs)•

Hardware Accelerated Encryption•

Random Number Generator•

DES, 3DES, AES, Block Cipher Engine•

MD5, SHA-1, HMAC, Hash Accelerator•

ATA/ATAPI-6 controller (UDMA100 capable)•

3 UARTs•

DMA supported Serial Peripheral Interface (DSPI)•

I2C bus interface•

Synchronous Serial Interface (SSI)•

USB 2.0 Host/Device/On-the-go Controller•

Full Speed/Low Speed Transceiver•

High Speed ULPI support•

4 ch. 32-bit timers with DMA support•

4 ch. Periodic Interrupt Timer•

16 ch. DMA controller•

16-bit 133MHz DDR2/DDR Controller•

Supports LPDDR, DDR1, and DDR2•

Up to 135 General-Purpose I/O•

System Integration (PLL, SW watchdog)

GPI/O JTAGPLLBDM

32-bitFlexbus

DDR/DDR2Controller

32K

SRAM

16K

D-Cache

4-ch. 32-bitTimer

UARTI²C10/100FEC

16-ch. DMA

DSPI

USBH/D/OTG

UART

UART

SSI

16K

I-Cache

EMA

C V4mColdFire®

CoreMM

U

OptionalAdditional Modules

Crypto

ATAPI

2nd 10/100FEC

PCIController

Updated: 02 Feb 06

1.5V Core, 1.8V/2.5V SDRAM Bus I/OTemp Range: 0°C to +70°C and -40°C to +85°C

360 TEPBGA, 256 MAPBGAPrices starting at $9.95 resale at 10k volume

Serial BootFacility

TM


i.MX27(L) Multimedia Applications Processor►

Specifications:•

CPU: ARM926EJ-S, 400MHz•

Process: 90nm•

Core Voltage: 1.2-1.5V •

Package: 404 BGA 17x17mm .65mm 473 BGA 19x19mm .8mm

•

Temp Range: -20 to 85C-40 to 85C

►

Key i.MX27 Features and Advantages•

Powerful and cost sensitive ARM9 platform•

Ideal for video encoding, security, IP telephony, POS, general purpose industrial and medical applications

•

Multi-standard video codecs at D1 resolution (i.MX27 only)

•

Includes pre-

and post-processing, scaling•

Robust security platform•

Broad OS support –

WinCE6, Linux, RTOS•

Extensive connectivity optionsEthernet 802.3 MACUSB 2.0 OTG 480MbpsUSB 2.0 Host 12Mbps, USB 2.0 Host 480Mbps PCMCIA/CF, Audio MUXMCC, SD, IrDA, 8x8 keypad, CMOS sensor interfaceATA-6, Memory Stick (i.MX27 only)

►

Availability:•

Production: NOW

i.MX27(L)CPU Platform

ConnectivitySystem Control

ARM926EJ-S

JTAG/ICEM

Bootstrap

CLK Mgt.

Multimedia Accelerator

Std System

Timer x6

RTC

PWM

Watch Dog

GPIO

Security

Sahara v2

RTIC

SCC

RNGA

IIM

16KBi-cache

16 KBd-cache MMU

Hardware Video Codecs MPEG4/H.263/H.264

Not available on i.MX27L

Memory Control

Bus Control

Internal Control

Ext Memory I/F

Pre and Post Processing

Camera I/F

mDDR/SDRAM NAND Flash

EIM

DMA

IrDA

MMC/SD x3

PCMCIA/CF

UART x6

SSI/I2S x 2

HS USB OTG Host x2

Audio Mux

1-Wire

ATA-6

CSPI x3

10/100 Ethernet

GPIO

8x8 Keypad

LCD Control

Memory Stick Pro

TM


i.MX253 Applications Processor►

Specifications:•

CPU: ARM926EJ-S, 266MHz•

Process: 90nm LP2•

Core Voltage: 266MHz @ 1.2V –

1.52V400MHz @ 1.38V –

1.52V

►

Key Features and Advantages•

High performing ARM926 platform•

10/100 Ethernet MAC with RMII support•

Two on-chip USB ports with PHYHigh Speed USB OTG with HS PHYHigh Speed USB Host with FS PHY

•

128KB on-chip SRAM –

low power LCD refresh•

3 general purpose 12-bit ADC channels•

External memory interface:16-bit 1.8V mobile DDR and DDR216-bit 3.3V SDRAM8-/16-bit NAND or NOR

•

3.3V I/O•

0.8mm MAPBGA 400-pin package•

0C to +70C (Consumer)•

-40 to +85C (Industrial)

►

Availability:•

Alpha Samples (1.0): Q3 2008•

Alpha Samples (1.1): Q1 2009•

General Availability (1.1): Q2

2009

i.MX253CPU Platform

ConnectivitySystem Control

Std System

User I/F

External Memory I/F

SJTAG/ICEM

ETM

Bootstrap

Clock Mgt.

16KB I-Cache

16KB D-Cache MMU 5 x 5

Crossbar

ARM926EJ-S266-400MHz

Internal Memory

128KB SRAM

32KB ROM

SDRAMCmDDRDDR2

SDRAM

NANDFCSLC/MLC(8bit ECC)

WEIMNOR

ExternalPeripherals

UART x 5

SSI/I2S x 2

I2C x 3

HS USB OTG + HS Phy

HS USB Host + FS Phy

1-Wire

MMC+/SD/SDIO x 2

10/100 Ethernet

CSPI x 3

GPIO x 4

Audio Mux

PWM x 4

Watch Dog

Timer x 4

SDMA

DVFS

DPTC

LCDC

SLCDC

8x8 Keypad

12-bit ADC x 3

RTC

TM


MPC8313E Block Diagram and Features

►Production: December 2008 •

516 TEPBGA Package

►e300 Power Architecture processor, up to 400 Mhz•

FPU, Dual IU, BPU, SRU, IMMU/DMMU•

16K/16K I/D L1 cache, HW cache coherent•

Performance Monitor•

1.92 DMIPS/MHz, 2 MACs/3 cycles►DDR SDRAM memory controller

•

16b / 32b DDR-333 / DDR2-333►Dual 10/100/1000 Ethernet MACs

•

Dual RGMII / RTBI / MII / RMII / SGMII•

IEEE 1588 support►One High Speed USB 2.0 (480Mbps)

•

HS Controller supports host/device/OTG and ULPI•

HS PHY supports host/device•

32b PCI-2.3, up to 66 MHz•

Master and agent mode, PME, on-chip arbiter►8b/16b local bus, up to 66 MHz

•

NOR and NAND flash boot support►Security 2.2

•

AES (ECB, CBC, CTR, CCM), DES/3DES, MD-5, SHA-1, SHA-2

►DMA, Dual UARTs, Dual I2Cs, SPI, GPIO, Interrupt Controller, Timers

►Power management controller•

Low standby power•

Wake-on-LAN, Wake-on-USB, Wake-on-PME, Wake-on-

External Signal

TM


MPC8313 Ideal for everyday markets

►Key features/benefits/differentiators ►Key applications

►Tools

•

Flexible Connectivity•

10/100/1000 Ethernet controller with SGMII interface

•

High-speed USB interface (integrated PHY)•

DDR1 & 2•

Efficient Performance•

500MIPS for $13.50•

Up to ~760 MIPS CPU performance•

Power Management•

<1.5W at 333 MHz•

Fan-less operation•

Multiple power down modes

►Price & AvailabilityMPC8313 Rev. 2.1Production: December 2008

•

Security systems•

Medical Devices•

Industrial Control•

Test and Measurement Equipment

•

Industrial Automation•

Telecommunications Equipment

•

Networking Routers/Switches

•

Residential Gateways•

WLAN Access Points•

Consumer NAS•

Digital Media Server•

IP Set-Top-Box•

Wireless Router•

Media Adaptor•

Telephones•

Television

►

MPC8313E-RDB - $299 MSRP►

Features: 128 MB DDR2 SDRAM, 8 MB flash, 32 MB NAND flash, SD connector, five GigE

ports, USB 2.0 port, PCI interface, DUART

►

Tools and Software•

CodeWarrior 8.8 (6-month free license)•

Linux v2.6 with drivers for SATA, 4-port GigE

switch (Vitesse), USB, IEEE1588, and power management

•

CPE form factor board•

Wind River, Green Hills, MontaVista•

IXXAT

Price (10K) starts $13.50 (varies based on speed/ functionality)

TM


TM


Market Overview

►American Recovery and Reinvestment Act (ARRA)

•

$4.3 Billion50% of the funding for any two-year smart-grid projectsAccording to some sources, funding must be used 12 monthsDesigned to jump-start local AMI projects and remove the R&D barrier costs

•

$4.7 billionDesigned to upgrade the country’s broadband infrastructureNational Telecommunications and Information Administration (NTIA) funding will be used to establish a broadband service development and expansion programDesigned to drive growth in alternative broadband solutions for rural areas. Could your electric meter be the next cable modem?

TM


Market Overview

►American Recovery and Reinvestment Act (ARRA)

•

$10 MillionNational Institute for Standards and Technology (NIST) will receive $10M to help implement a smart-grid interoperability framework “that includes protocols and model standards for information management to achieve interoperability of smart-grid devices and systems,” according to the legislation.The bill directs NIST to solicit input on building the framework from public and private groups, such as the Grid-Wise Architecture Council and the IEEE. NIST must start the effort within 60 days and publish a progress report on its work within a year.Designed to drive a common standard for the Smart Grid.

TM


Freescale Introduces Product Longevity Program

►The embedded market needs long-term product support, which allows OEMs to provide assurance to their customers.

►Freescale has a longstanding

track record of providing long-term production support for our products.

►Freescale is pleased to introduce a formal product longevity program for the market segments

we serve.

•

For the automotive and medical

segments, Freescale will manufacture select devices for a minimum period of 15 years.

•

For all other market segments in which Freescale participates, Freescale will manufacture select devices for a minimum period of 10 years.

►A list of applicable Freescale products is available at www.freescale.com.

TM


Q&A

►Thank you for attending this presentation. We’ll now take a few moments for the audience’s questions and then we’ll begin the question and answer session.

Utility Metering: Overview of Freescale Solutions · PDF fileCommitment to the market, ......

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