TM Freescale and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other...

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. 2006.

Freescale PowerPC processors and QNX software –

Solutions for Telecom, Networking and Industrial systems

25 May 2006QNX Russia 2006

Piotr WeglickiEuropean Marketing ManagerNetworking and Computing Systems Group


Slide 2

Company Overview

• Semiconductor design and manufacturing company established in 1953

• Focused on the networking, automotive, wireless communications, industrial control and consumer electronics markets

• Engaged with 10,000+ customers globally; over 100 of the top electronic manufacturers

• $5.8 billion in revenue in 2005

• Headquartered in Austin, Texas

• 23,000 employees in over 30 countries


Slide 3

Operating Around the World

• 9,000 employees• 3 factories• 8 design centers

Asia Pacific/Japan• 4,500 employees• 3 factories• 8 design centers

EMEA• 9, 200 employees• 4 factories• 10 design centers

AmericasWorld Headquarters

Wafer Manufacturing

Assembly & Test

R or D Facilities

Legend


Slide 4

Customers Around the World

• 10,000 customers with long-standing relationship

• Serving 100 top OEMs through our direct sales force

• Average customer relationship is 25+ years (Top 15)

• Connecting with several thousand customers via a network of distributors


Slide 5

Freescale’s Business Groups

Wireless & Mobile Systems Group

Networking & Computing Systems Group

Transportation & Standard Products GroupW

MS

G

NC

SG

TS

PG

• $1.4 billion revenue in 2005

• 200m comm. processors shipped; 52m infrastructure DSPs


• Complete platforms for mobile cellular, consumer and converged devices


• More than 4.5 billion microcontrollers shipped since 1997

# 2 in DSP

# 4 in wireless communication

# 1 in Comm. Processors

# 1 in RF for Wireless Inf.

# 2 in DSP

# 1 in Total Auto ICs

# 2 in Microcontrollers

# 3 in Sensors

Source: Gartner, Forward Concepts, Strategy Analytics 2004


Slide 6

We Enable the World’s CommunicationsTarget Markets & Typical Applications

PervasiveComputing

WirelineInfrastructure

Home & SOHONetworking

WirelessInfrastructure

DSLAM

Multi-ServiceSwitchRouter

CarrierCore Router

Add-DropMultiplexer

Radio NetworkControllerNodeB (Base

Transceiver Station)

SGSN& GGSNRouters

NetworkAttached Storage

PachinkoArcadeGame

Kiosk

Thin Client

Integrated Access Device

Wireless LANRouter with Broadband Modem

IP Set-Top Box

Media Server

Media Gateway

IndustrialElectronics

Military Aeronautics

EnterpriseNetworking

MediaGateway

IP Access Router& VPN Gateway

WirelessLANRouter

EnterpriseMedia Gateway

Enterprise RouterEnterprise Switch

IP PBX

HomeMediaCenter

Civil Aeronautics

WebServer

Workstation

Multi-ServiceProvisioning Platform

Printer

Passive Optical Networking Terminal (PON ONT)


Slide 7

Overall Networking Trend: Convergence

Requirements:

“Triple-Play”Merged Services

Affordability Simplicity Interoperability Reliability

High Performance Low Power Open Standards Interconnectivity Cost- and Space-Efficiency Flexibility and Scalability

Intelligent,Integrated

NetworkingEquipment

IP Packet-Based

Networks

Aggregationof Voice, Video

& Data Services

Movement toPacket Switching

Over InternetProtocol

Integration of Formerly Separate

Functions Into Unified Networking

Applications

Packet Acceleration Traffic Management Data Integrity Security Content Filtering


Slide 8

Freescale’s Networking & Computing Strengths

• System-on-chip integration capabilities• Flexible, scalable PowerPC® and

StarCore™ SoC platforms

ScalableIntegration.

IntegrationStructures

SystemIntegration

MixedSignal

MemoryControllers

CustomerIP

ScalableConnectivity.

Interconnect

Network Acceleration

SystemFabric

Protocols SecurityCustomer

IP

Storage Networking

HostPeripheral

Bus

GeneralPeripherals

The “PowerPC” name is a trademark of IBM Corp. and is used under license.

Up to 500 MHz16-bit

SC140

MSC81xx

200+ MHz16-bit

SC1400

MSC711x

Up to 2 GHz16-bit

SC140x4

MSC8102, 812x

ScalablePerformance.

MPC86xxMPC7xxx

Up to 1.8 GHz32-bit

e600

2.5+ GHz32-/64-bit

e700

MPC87xx

e600x2 Up to 3 GHz32-bit

MPC8641D

Up to 667 MHz32-bit

e300

MPC83xxPowerQUICC™ II Pro

Up to 1.5 GHz32-bit

e500

MPC85xxPowerQUICC™ III

Up to 600 MHz16-/32-bit

e200

MPC55xxUp to 133 MHz32-bit

8xx

MPC8xxPowerQUICC™ I

MPC5xx

Up to 66 MHz32-bit

5xx

MPC82xxPowerQUICC™ II

Up to 450 MHz32-bit

603e

Up to 466 MHz32-bit

603e

MPC52xx


Slide 9

PowerQUICC™ Communications Processors

• Facilitating flexible, cost-effective, trusted networks for more than a decade Market share leader in communications processors Pioneered processor integration for communications 11 years of PowerQUICC family innovation Multiple lines for range of applications: PowerQUICC I,

PowerQUICC II, PowerQUICC II Pro, PowerQUICC III Integrated security engines across the entire portfolio Proven PowerPC™ processor architecture Continuous innovation and growth Added content-processing power with Seaway acquisition

Freescale: • No. 1 supplier of integrated communications processors • More than 200 million units shipped to 500+ customers for 5000+ designs

Microprocessor Report: Analysts’ ChoiceBest High Performance Embedded Processor:

MPC8560 PowerQUICCTM III February 2004

“Freescale’s QUICC Engine™ technology is the most significant development in the PowerQUICC family since the creation of PowerQUICC more than a decade ago.” Linley Gwennap, The Linley Group


Slide 10

MPC852T – Block Diagram and Features

Efficient architecture integrates an embedded 8XX core and CPM

Support for one Fast Ethernet, PCMCIA (for connecting to wireless module, e.g. 802.11b, Bluetooth)

Two Serial Communication Controllers

Support for Ethernet, HDLC, UARTs, and more…

Powerful memory controller and system functions

0.18um Process Technology Voltages: 1.8V Core, 3.3V I/O Frequency: Up to 100MHz Power Consumption: 110mW @

50MHz Package: 256PBGA, 23x23mm,

1.27mm pitch Samples and Production

Available

Communications Processor Module (CPM)

SC

C3

SC

C4

SM

C1

SP

I

32-bit RISC CPTimer

Baud RateGenerators

4 Timers

Parallel I/O

Serial DMA&

1 Virtual DMA

8K DPRAM

Serial Interface

Embedded MMUs

4KBD-cache

4KBI-cache

MPC8xx Core System Interface Unit (SIU)

Bus Interface Unit

Bus Arbitration

Memory Controllers

Interrupt Controller

PCMCIA

System Reset

Clock Synthesizer

DMAs

FIFOs

10/100Base-TMedia

MII

Fast EthernetController

DMAs

FIFOs

10/100Base-TMedia

MII/RMII

Target applications: Military, Avionics, Medical, Video, General Purpose Computing, Ethernet routers,

VPN routers, Voice over IP (VoIP)

MPC852T


Slide 11

MPC8349/E – Block Diagram and Features

Integrated e300 core, up to 667MHz

32K I/D cache 32/64-bit DDR1 333MHz Two 10/100/1000 GMACs Two Integrated 32-bit PCI or

One 64-bit PCI ( Master & Agent mode support)

Local Bus Integrated Security -

DES/3DES, MD5/SHA-1, AES,RNG, PKEU, RC4

Hi-Speed USB Supports OTG Multi-channel DMA controller DUART, Dual I²C, Interrupt,

GPIO, SPI

Temp Range: 0°C-105°C, -40°C-105°C

DM

A

DuartDual I2CTimersGPIOSPI

e300 core32KB

D-Cache32KB

I-Cache

SEQ

DDR1ControllerLocal Bus

10/100/1000Ethernet

PCI

PCI

10/100/1000Ethernet

USBH-Speed

Host Device

InterruptController

Security

MPC8349/E

Board Support Packages available - QNX® Momentics® development suite v6.2 and v6.3


Slide 12

MPC8349E Family Processor Board

• Processor Board Features• MPC8349E processor @533MHz• 256MByte DDR-1 333MHz w/ECC• 64-Bit PCI Edge Connector (3.3V & 5V)• Two RJ-45 G-Ethernet ports• USB2.0 High Speed Device/Host/OTG

port• Dual RS232 ports• Local Bus Interface with

• 8Mbyte Flash (expandable)• Board Control and Status

Registers (BCSR) in FBGA• Riser Connectors to Platform I/O Board• JTAG Debug Port• I2C port with

• 256Kb EEPROM• Real-Time Clock (RTC)• SODIMM SPD EEPROM

• PCI add-in standard card form factor (321x106mm2)

The Processor board can be used• Standalone (5V external power supply)• PCI add-in Card (PC powered)• Plugged into Platform I/O board (PIB) (powered by PIB)


Slide 13

PowerQUICC II Pro™ MPC834xE Application Examples

the IP Protocol based devices in the PQ II Pro family:

• L2/L3 Switches • Printers & Copiers• Imaging systems• VPN Routers (+Firewall Appliances)• Enterprise Access Points (WLAN)• CPE (Home/Media Gateways/IP Set Top Box)• SOHO Network Attached Storage (NAS)• Embedded Computing• TCP/IPSec offloading• General Purpose Control (Medical..)


Slide 14

MPC8360E – Block Diagram

266 - 667 MHz, 32K I/D cacheDDR Memory controller

• 1 x 32/64-bit or 2 x 32-bit• 266/333 MHz

• Integrated 32-bit PCI • Local Bus• Integrated Security• QUICC Engine

• 2 RISC (300 - 500 MHz)• 8 UCCs (Two UL2/POS,

Two GMII, 8 MII, 4 port L2 switch, 8 TDMs)

• MCC (256 HDLC chan.)• Dual SPI• USB Low/Full Speed

• Multi-channel DMA controller

• DUART, Dual I²C, Interrupt, GPIO

DuartDual I2CTimersGPIO

DDRControllerLocal Bus

InterruptController

Security

MPC8360E

DM

A

PCI

UC

C3

UC

C2

UC

C1

UC

C4

UC

C7

UC

C6

UC

C5

UC

C8

SP

I

Dual 32-bit RISC CP and Program ROM/RAM

Baud RateGenerators

Parallel I/O

MC

C

Serial DMA&

2 Virtual DMAs

Parser/Filter Microcode

QUICC Engine

Multi-UserRAM

8 TDM Ports

8 MII/RMII

2 UTOPIA/POS (124 MPHY)

2 GMII/RGMII/TBI/RTBI

SP

I

Time Slot Assigner

e300 core32KB

D-Cache32KB

I-Cache

US

B

Communications Interfaces

QNX® Momentics® support in progress


Slide 15

PowerQUICC II Pro™ 836x Application Examples

ADSL, ADSL2

ADSL2+ADSL2++

VDSLVDSL2

ADSL, ADSL2

ADSL2+ADSL2++

VDSLVDSL2

BackplaneGigE

ATMRedundancy

IP DSLAM/MSAN Line Card

Wireless Trunk Card

SME Router

GigEMPC8360

8xT1/E1or

2xT3/E3

8xT1/E1or

2xT3/E3Backplane

GigEOC-12

TDM

MPC8360

Uplink Ports

GigE

Switched LAN ports

Enet

MPC8360 / MPC8358

WANT1

ISDNADSL

IP DSLAMsMulti-service access nodes (MSAN)Small and medium enterprise

routers/business gatewaysWireless infrastructure

Node B / BTS BSC/RNC

Media gatewaysVoice aggregationPassive Optical Networking (PON)

equipmentAdd/drop multiplexersDigital cross connects IP PBX

Target Applications

MPC836x – Multi-Protocol based devices in PQII Pro family


Slide 16

MPC8548E Product Solution for Networking, Telecom and Wireless Infrastructure

e500 core (1.0-1.5GHz) - 90nm

• 512KB L2 Cache w/ ECC• 36bit physical addressing• Double Precision F. Point

System unit• 64b DDR/DDR2/FCRAM1 1& 2

up to 333MHz clock rate or up to 667MHz data rate w/ECC

• 4x 10/100/1000 w/Checksum Offload, QoS, and 8/16b FIFO-mode (up to 3.2Gbps)

• 2x 32b-PCI or 1x 64b-PCI(X)• DUART, 2x I2C, Timers• Integrated Security Engine (up

to 1Gbps) - Kasumi • High-speed interfaces

• x4,x1 Serial RapidIO (20Gbps)• x8,x4,x2,x1 PCI-Ex (32Gbps)• x4 SRIO + x4 PCI-Ex (36Gbps)

• Local Bus - (3.3V I/O) • 32-bit for SDRAM/ Boot Flash/

CompactFlash cardMPC8548E

e500 core

32KBI-Cache

32KBD-Cache

512KL2

GigabitEthernetGigabit

EthernetGigabitEthernetGigabit

Ethernet

32b P

CI /

64b

PCI-X

Perf MonDUART2x I2CTimers

LocalBus

OpenPIC

Coherency Module

DM

A

64b DDR/ DDR2 SDRAM

Controller

Ser

ial R

apid

IO/

PCI-Ex

pre

ss

32b PCI

Security

XO

R

Board Support Packages available - QNX® Momentics® development suite v6.2 and v6.3


Slide 17

Freescale’s Networking & Computing Portfolio

CommunicationsProcessors

Radio FrequencyDevices

Digital SignalProcessors

No. 1 supplier of integratedcommunications processorsNo. 1 in embedded MPUs

No. 1 supplier of DSPs basedon StarCore™ technologyNo. 2 in programmable DSPs

No. 1 supplier of RF powertransistors for 2.5/3G cellularinfrastructure applications

Sources: Gartner Dataquest, Forward Concepts

Semicustom Application-Specific Integrated Circuits

Development Services, Software & Tools


Slide 18

High-Performance PowerPC® Processors

• Delivering GHz-class performance at less than 10W for power-sensitive networking & computing applications Latest PowerPC processors with Freescale-invented AltiVec™

technology have regularly achieved highest EEMBC* performance ratings of any general-purpose processor

Dual-core PowerPC architecture designed to deliver greater-than-1.5GHz performance within a low power envelope

PowerPC-based system-on-chip (SoC) platforms reduce development costs, ease migration to next-generation designs, reuse software investments and allow scalable performance, connectivity and integration

Freescale: • Leading supplier of high-performance, power-efficient silicon-on-insulator processors in the embedded world

• One of three co-creators of the PowerPC architecture

* Embedded Microprocessor Benchmark Consortium


Slide 19

MPC8641

Next-Gene700

MPC7441

MPC7451

Next-Gen

MPC7445

MPC7455

MPC7447

MPC7457

MPC7447A

MPC7448

MPC8641D

Next-Gen 64-bit e700 core,

multi-core option, 32/64 bit

MPC8641D/MPC8641e600 core, dual core option, >1.5 GHz/core, 1MB L2, 90nm SOI, GigE, Serial RapidIO

MPC7448e600 core, >1.5 GHz/core, 1MB L2, 90nm SOI

MPC7447AG4 core, 733 MHz-1.4 GHz, 5-20W, 512K L2, 0.13µ SOI

MPC7447 / MPC7457G4 core, 600-1267MHz, 6-20W, 512K L2, 0.13µ SOI

MPC7445 / MPC7455G4 core, 600-1000 MHz, 10-25W, 256K L2, 0.18µ SOI

MPC7441 / MPC7451G4 core, 500-667 MHz, 15-25W, 256K L2, 0.18µ SOI

Next-Gene600

667 MHz667 MHz

Integrated

1000 MHz1000 MHz

1267 MHz1267 MHz

1420 MHz1420 MHz

>1500 MHz>1500 MHzDiscrete

>1500 MHz/Core>1500 MHz/Core

3.0+ GHz / 65nm3.0+ GHz / 65nm

Per

form

ance

an

d F

eatu

res

High-Performance PowerPC® Roadmap


Slide 20

MPC7448 PowerPC® Processor Delivering Increased Performance and Lower Power

Features L2 increased to 1MB L2 optionally protected by ECC

with SECDED MPX bus up to 200MHz Software compatible with

MPC745x/MPC744x Pin-for-pin compatibility Out-of-order AltiVec™

instructions Support for dynamic frequency

shifting

Performance Frequency: >1.5 GHz

Technology 90nm 9LM-Cu CMOS-SOI

e600Core

1MB L2Cache

AltiVec™Engine

MPC7448 Processor

System Interface UnitSystem Interface Unit

60x/MPX Bus Interface – 200MHz

QNX® Momentics® support in progress


Slide 21

12X

3X

3X

3X

AltiVec Enables Real Performance Gains

Application AltiVec Code Available

Telecommunications Fixed-Point and Floating Point Fourier Transform (FFT) megafunction Complex, Real, and Real Delayed Least Mean Squared (LMS) Finite Impulse Response (FIR) functions Autocorrelation Global System for Mobile Communications (GSM) Convolution Encoder GSM/3G Viterbi Decoder Error Correction Codes (Cyclic Redundancy Check 8,12,16,24)

Networking Open Shortest Path First (OSPF) Transmission Control Protocol/Internet Protocol (TCP/IP) Encryption protocols (AES, DES, 3DES, MD5)

Multimedia 2D Discrete Cosine Transform (DCT) 2D Inverse Discrete Cosine Transform (IDCT) MPEG-2 (Moving Picture Experts Group) MPEG-1 Audio Layer-3 (MP3) JPEG (Joint Photographic Experts Group) Quantization/Dequantization Sum of Absolute Differences (SAD)

Print/Imaging GhostScript Library elements Color Conversion (RGB to YCbCr) FS Dithering

PerformanceGains*

* Average of performance improvements for libraries.


Slide 22

EEMBC Performance Benchmarks for MPC7448

• MPC7448 shows significant performance increases from MPC7447A in all benchmark categories, including extensive improvement with TCP/IP:

7447A 7448TCPmark™ 819.8 1097.0IPmark™ 245.1 389.5

• Digital Entertainment (DENbench™) performance benchmarks include:

DENmark™(entire suite)

MPEG 2/4Encode/Decode

CryptoBenchmarks

MP3 Player Static ImageBenchmarks

0 200 400 600 800

7447A

7448

With AltiVec

Out-of-Box

537.8

762.0

257.6

350.8

DENmark Scores

2x performance improvement using AltiVec technology!

www.eembc.org


Slide 23

MPC8641D1MBL2

(ECC)

e600 core32KB

D-Cache32KB

I-Cache

MSS

Qu

eu

e

64b DDR/ DDR2 SDRAM

Controller

1MBL2

(ECC)

e600 core32KB

D-Cache32KB

I-Cache

MSS

GigabitEthernet

GigabitEthernet

16b FIFO

8b FIFO 8b FIFO

GigabitEthernet

GigabitEthernet

16b FIFO

8b FIFO 8b FIFO

MPICLocal Bus

Perf MonTrace Buffer

DUART2x I2CTimers

DMA

MPX Bus

MPX Coherency Module

Qu

eu

e

64b DDR/ DDR2 SDRAM

Controller

SRIO 1x/4x OR

PCI Exp x1/2/4/8

PCI Exp x1/2/4/8

MPC8641D – Dual-Core PowerPC® Processor

Dual e600 PowerPC® cores @ >1.5GHz

Dual DDR2 memory controllers

4x GbE controllers RIO fabric: 1x/4x SRIO Local I/O interfaces

>Dual x1/x2/x4/x8 PCI Express

Multiprocessor Interrupt controller

Local Bus 90nm Process

Technology


Slide 24

…

Dual Core Example Applications

•Dual core and high integration ideal for… Extensive processing power for

extreme control plane activitiesCapability to support both control and

dataUpgrade platform with advanced

featuresData plane ASIC/NPU

Data plane ASIC/NPU

…

High-end line card

Mid-range line card

Management port

Services Card


Slide 25

Where Does RapidIO Fit?

Serial Local Bus(10+ end-points)

Switched Interconnect

Parallel Local Bus

Fabric (50K+ end-points)

PCI-X

PCIExpress

ASI

Ethernet

RapidIO

LAN/WAN (billions of end-points)

IPv4/IPv6, 48-bit MACaddress

Hundreds of classes, millions of flows, end-to-end flow control, interworking

Message passing, architectural/ topological independence, one flow, protocol tunneling

Serialized Input/Output Transactions/DMA

Parallel Input/Output Transactions/DMA

Interconnect Use Characteristics


Slide 26

RapidIO™: Completing The Cycle

• Interconnect technologies require an ecosystem of: Semiconductor Suppliers Equipment

Manufacturers IP and Enablement

Technology

• The only interconnect designed for the embedded and networking markets to complete this ecosystem cycle


Slide 27

QNX and Freescale – Enabling Technology

• QNX Multi-core Edition Comprehensive support for Asymmetric, Symmetric and Bound

Multi-Processing Multi-core aware tool chain with optimization tools SMP running on MPC8641D

• Rapid IO QNX ongoing member of Rapid IO trade association QNX Transparent Distributed Processing offers significant

system benefits to RIO based architectures Keynote demo of QNX and Rapid IO at FSL events

• Security VPN implementation on PQ2 Joint Freescale/QNX VPN demo (MPC8272) Full support of 8555/8541


Slide 28

QNX and Freescale – Multi-core Edition

• Enabling Freescale customers - Symmetric Multi-processing (SMP) MPC7450/Discovery II SMP

> Proven technology MPC7447A/Discovery III

> Existing joint customers> BSP GA available

MPC8641D> True multi-core architecture> Advance support from QNX – development is underway


Slide 29

QNX Extensive Power PC Processor and Board Support

__________________________________________________________________Host Processors: MPC603, MPC603e, MPC604, MPC604eMPC740, MPC745, MPC750, MPC750ex, MPC755MPC7400, MPC7410, MPC7450, MPC7451, MPC7447___________________________________________________________________Communication Processors: MPC821, MPC823e, MPC850, MPC855T, MPC860, MPC860T (P), MPC860DE (DT, DP, EN, SR)MPC8240, MPC8245, MPC8255, MPC8260, MPC8266, MPC8270, MPC8280MPC8540, MPC8560, MPC8555, MPC8541, MPC8548, MPC834x___________________________________________________________________Boards: Sandpoint, ADS, CDS, Taiga, MGT5200 Total, and Lite, Atlantis, FADS, Artesyn, Extreme Engineering, Force/MCG and others___________________________________________________________________Coming Soon: MPC8360, MPC7448, MPC8641(D), MPC8572E


Slide 30


Slide 31

Semiconductor Industry Trends

• Long-term Growth Slowing

• Consumer Apps Driving Growth Increasing importance of embedded

processing and connectivity

• IC Development Cost Rising Spend-per-product rising

at double-digit CAGR

• Value Beyond Pure Silicon IC suppliers providing more

of the end solution: software, BOM Enablement and ecosystems as

important as silicon

• Focus of Differentiation Changing Functional differentiation versus

raw performance

Source: Freescale Strategy

PersonalComputing

Wired and WirelessCommunications

Personal Infotainment and Seamless Mobility

Bil $

0.1

1

10

100

1000

1990 2000 2010

Embedded Processing and

Connectivity

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