f re e sc a le p o w e r a rc h ite c tu re ª p ro d u c t ... · in addition, the fr eescale...

Freescale Power Architecture™ Product PortfolioAt a Glance

2 www.freescale.com/powerarchitecture

OverviewIt’s in more than half of all car models in the world. It makes the network go— processing every e-mail, phone call and multimedia download. Jumbo jets, air traffic control and unmanned defense systems use it for reliable operation even under the harshest conditions. It’s Power Architecture™ technology, and Freescale offers the broadest Power Architecture product portfolio in the world. Our portfolio ranges from very high-performance processors based on Freescale’s e600 core, used in robust networking equipment, to high-precision microcontrollers based on the e200 core, specialized for automotive applications.

Freescale combines our high-performance cores built on Power Architecture technology in single and multi-core configurations with the right degree of integration and hardware acceleration to build system-on-chip (SoC) solutions that fit the market needs. The PowerQUICC® communications processors are a prime example of our extensive integration expertise. These processors may leverage high-speed interconnects, such as Ethernet and RapidIO® technology, as well as application accelerators, such as security, pattern matching and QUICC Engine™ technology.

In addition, the Freescale Power Architecture portfolio is noted for its high quality and very low parts per million (PPM) defects. Several members of the portfolio are AEC-Q100 qualified, a stringent automotive quality and temperature range specification.

This document provides a quick review of Freescale’s Power Architecture product portfolio, helping to guide you to the right processing solution for your specific application. For more information about any of the products listed, please visit www.freescale.com/powerarchitecture.

www.freescale.com/powerarchitecture 3

Automotive

• MPC5XX

• MPC51XX

• MPC52XX

• MPC55XX

Networking

• MPC51XX

• MPC52XX

• MPC603e

• MPC7XX

• MPC7XXX

• MPC8XX PowerQUICC I

• MPC82XX PowerQUICC II

• MPC83XX PowerQUICC II Pro

• MPC85XX PowerQUICC III

• MPC86XX

Industrial

• MPC5XX

• MPC51XX

• MPC52XX

• MPC55XX

• MPC6XX

• MPC7XX

• MPC7XXX




• MPC85XX PowerQUICC III

• MPC86XX

Consumer

• MPC51XX

• MPC52XX

• MPC7XXX





High-Performance Power Architecture ProcessorsGeneral-purpose processors based on

the e600 cores, built on Power Architecture

technology, offer performance from 500 MHz

to 1.8 GHz, including a

dual-core option.

These processors are ideal

for networking, aerospace and defense, storage

and pervasive computing applications, such as

home media, printers, computer clusters and

gaming systems.


Family Technical Specifications

• e600 core, built on Power Architecture technology

• 500 MHz to 1.7 GHz performance

• Up to 3910 MIPS (million instructions per second)

• 256 KB to 1 MB L2 cache

• 32 KB instruction cache/ 32 KB data cache

• 128-bit implementation of Freescale’s AltiVec™ technology

• Up to 200 MHz high bandwidth 64-bit MPX/60x bus

• Full symmetric multiprocessing (SMP) support (except MPC7410)

• 360-pin high coefficient thermal expansion (HiCTE) ball grid array (BGA) or land grid array (LGA); 360- or 484-pin flip chip ceramic ball grid array (FC-CBGA)

• Fully compatible host bridges available from Tundra Semiconductor and Marvell

Applications

• High-performance networking, telecom and storage

• Image processing and printing

• Aerospace and defense control systems

• Industrial automation

MPC7448 Block Diagram

1 MB Unified L2 Cache

System Interface Unit

60x/MPX Bus Interface

CompletionUnit

Instruction FetchBranch Unit

Dispatch Unit

32 KBInstruction

Cache

Sequencer Unit

BHT/BTIC

AltiVec™ Issue GPR Issue FPR Issue

CFX SFXO SFX1 SFX2

GPRs

RenameBuffers

LSUFPRs

RenameBuffers

FPU

FLOAT

CO

MP

LEX

SIM

PLE

PER

MU

TE

VRs

RenameBuffers

32 KBData

Cache

AltiVec Engine

Interfaceto MemorySubsystem

e600 Core

MPC7XXX FamilyProcessorsMPC7410, MPC7457, MPC7447A, MPC7448



• Dual or single e600 core, built on Power Architecture technology

• Up to 1.5 GHz performance per core

• Up to 3450 DMIPS per core

• Up to 1 MB L2 cache per core

• 32 KB instruction cache/ 32 KB data cache per core

• 64-bit double data rate (DDR) and DDR2 memory controllers with built-in error code correction (ECC)

• 128-bit implementation of AltiVec technology per core

• Up to 600 MHz high-bandwidth 64-bit MPX/60x bus

• Serial RapidIO fabric interfaces (MPC8610/D)

• PCI Express® interfaces

• Quad 10/100/1000 Ethernet controllers (MPC8641/D)

• LCD controller (MPC8610)

• Dual Fast Infra-Red Interfaces (MPC8610)

• Dual synchronous serial interface I2S/AC97 audio (MPC8610)

• Full SMP support

• 1023-pin flip-chip HiCTE BGA (MPC8641/D), 783-pin PBGA (MPC8610)

Applications

• Wireless infrastructure

• Enterprise routing

• Access/aggregation

• Pervasive computing

• Point of sale terminals

• Robotic vision

• Graphical displays

MPC86XX FamilyProcessorsMPC8610, MPC8641, MPC8641D


MPC8641D Block Diagram

1 MB L2 Cache 1 MB L2 Cache

32 KBI-Cache

e600 Core

32 KBD-Cache

32 KBI-Cache

e600 Core

32 KBD-Cache

2 x DDR/DDR2, SDRAM Controller

MPX Coherency Module

MPX Bus

System Bus

4-ch. DMA4-ch. DMA

PCIExpress®

On-Chip NetworkOn-Chip Network

PCIExpress

SerialRapidIO®

8-lane SerDes

8-lane SerDes

4 xGigabit

EthernetGigabit

Ethernet

Local Bus

Performance Monitor, DUART, MPIC,

2 x I2C, Timers, GPIOInterrupt Control



PowerQUICC Communications ProcessorsHighly integrated processors, built on Power

Architecture technology, offer performance

ranging from 50 MHz to

1.5 GHz with specialized

accelerators and I/O that

speed and secure

communications in the home,

office and infrastructure.



• Embedded 8xx core, built on Power Architecture technology

• Up to 133 MHz performance

• Up to 176 MIPS

• 8 KB dual-port RAM

• Up to 16 KB instruction cache/ up to 8 KB data cache

• Communications Processor Module (CPM) with DSP processing, communications processing, implements up to 16 virtual Serial DMA (SDMA) channels and two general-purpose independent DMA (IDMA) channels for memory/memory and peripheral/memory transfers

• Up to four serial communication controllers (SCC)

• Inter-integrated circuit (I2C)

• Up to two serial management controllers (SMC)

Additional Technical Specifications (selected parts)

• Up to two fast 10/100 Ethernet ports

• ATM support (UTOPIA)

• Up to 64-channel high-level data link control support (HDLC)

• USB 2.0 (full/low speed)

• On-chip security engine

• Personal Computer Memory Card International Association (PCMCIA) controller

• 256-pin mold-array process ball grid array (MAPBGA), 256-pin PBGA and 357-pin PBGA packaging

Applications

• Small office/home office (SOHO) and enterprise routers

• Wireless local area network (WLAN)

• Home networking equipment

• Factory automation

SPISMC1

Embedded8xx

Core

I-MMU

8 KBD-Cache

D-MMU


Memory Controller

PCMCIA Interface

System Functions

Bus Interface Unit

Parallel I/O FourTimers

InterruptControl

Dual-PortRAM

Baud RateGenerators

ParallelIF Ports

32-bit Controllerand Program ROM

Virtual IDMA and

Serial DMA

Security Engine

Time Slot Assigner

USB SCC2 SCC3 SMC2

Unified Bus

SCC4/UTOPIA

DMAs

MII/RMII

FIFOs

10/100 Base-T Media

Fast EthernetController

8 KBI-Cache

Slave/Master IF

I2C

ControllerChannel AESU DEU MDEU

Serial Interface

Timer


MPC8XX PowerQUICC I FamilyProcessorsMPC823, MPC823E, MPC850, MPC852T, MPC853T, MPC855T, MPC857DSL, MPC857T, MPC859DSL, MPC860, MPC862, MPC866, MPC870, MPC875, MPC880, MPC885



• 603e core, built on Power Architecture technology


• Up to 855 MIPS

• Up to 64 KB dual-port RAM


• CPM

• Up to four SCCs

• Up to three fast communication controllers (FCC)

• Peripheral Component Interconnect (PCI) interface

• Up to three 10/100 Ethernet ports

• Up to two SMCs

Additional Technical Specifications (selected parts)

• USB

• ATM support (UTOPIA)

• I2C

• Up to 256-channel HDLC support

• On-chip security engine

• 480-pin tape ball grid array (TBGA) and 516-pin PBGA

Applications

• Residential gateways

• Voice-over-Internet Protocol (VoIP) systems

• Telecom switching equipment

• Cellular base stations

• DSL access multiplexers (DSLAMs)

MPC82XX PowerQUICC II FamilyProcessorsMPC8241, MPC8245, MPC8247, MPC8248, MPC8250, MPC8255, MPC8260, MPC8264, MPC8265, MPC8266, MPC8270, MPC8271, MPC8272, MPC8275, MPC8280


MPC82XX PowerQUICC II Family, continued


SCC4 /USB


Communication Processor Module (CPM)

60x Bus

Local Bus/PCI

SMC1 SMC2 SPI I2C

8 TDM Ports 3 MII/RMII Ports

System Configurationand Protection

60x Bus Interface

Clock Synthesizer

Interrupt Controller

System Reset

Bus Arbitration

Power Management

Memory Controller

Bus Interface Unit

60x-to-PCI Bridge

64K Dual-Port RAM 8 Trap Registers

32-bit RISC Controller and 128K Program ROM

Timer

Serial DMAs

Four Virtual IDMAs

4 Timers

Parallel I/O

Baud RateGenerators

Embedded

603e Core

16 KBI-Cache

I-MMU

16 KBD-Cache

D-MMU

Time Slot Assigner

Serial Interface

SCC1 SCC2 SCC3MCC2 FCC1 FCC2 FCC3

TC-Layer Hardware

2 UTOPIA Ports

MCC1

IMA





• Up to 1260 MIPS

• Up to 32 KB instruction cache/ up to 32 KB data cache

• Up to two PCI interfaces

• Up to two USB controllers

• Dual 10/100/1000 Ethernet controllers

• Up to two high-speed USB controllers

• SATA controllers (MPC8315E, MPC8377E, MPC8379E)

• I2C

• Integrated security engine

• Supports IEEE® 1588 timing synchronization protocol (MPC8313E and MPC8360E only)

• 516-pin PBGA (MPC8323E)

• 516-pin TE-PBGA (MPC8313E)

• 620-pin PBGA or 672-pin TBGA packaging (MPC8343E/ 8347E/8349E)

• 740-pin TBGA packaging (MPC8358E/8360E)

QUICC Engine Technology Specifications (MPC8321E, MPC8323E, MPC8358E and MPC8360E only)


• Up to two 10/100/1000 Ethernet controllers

• Up to eight 10/100 Ethernet controllers

• Two UTOPIA/Packet over SONET (POS) physical layer (PHY) Level 2 ports with up to 128 logical PHYs

• Multi-channel communication controller (MCC)

• Two serial peripheral interface (SPI) ports

Applications

• Wireless base station controllers

• DSLAMs

• Routers and switches

• Printing and imaging

• Network attached storage (NAS)

• Digital media servers

• Residential gateways

MPC83XX PowerQUICC II Pro FamilyProcessorsMPC8313E, MPC8314E, MPC8315E, MPC8321E, MPC8323E, MPC8343E, MPC8347E, MPC8349E, MPC8358E, MPC8360E, MPC8377E, MPC8378E, MPC8379E


MPC83XX PowerQUICC II Pro Family, continued

MPC8360E Block Diagram

e300 CoreComplex

Coherent System Bus

Security Acceleration

QUICC Engine™Dual RISC

4-ch.DMA4-ch.DMAPCI

DDR/DDR2 Memory Controller

Local Bus

DUART, I2C, Timers, GPIO

Interrupt Control

8 x TDM

2 x UTOPIA/

POS

8 x MII/RMII

2 xGMII

RGMII,TBI, RTBI

USB


2-lane SerDes2-lane SerDes

Coherent System Bus


DDR/DDR2 Memory Controller

Performance Monitor,

DUART, I2C, Timers, GPIO,

Interrupt Control

Local Bus

PCIPCI USB2 x PCI Express®

2 x Gigabit Ethernet

16 KBI-Cache

e300 Core

16 KBD-Cache

TDM

2SATA

2SATA

4-ch.DMA4-ch.DMA




• Up to 1.5 GHz performance

• Up to 3450 MIPS

• Up to 1 MB L2 cache


• DDR or DDR1/DDR2 SDRAM memory controllers

• Multiple PCI interface support, including PCI, PCI-X and PCI Express®

• RapidIO fabric technology (MPC8540, MPC8560, MPC8543E, MPC8548E)

• e500 dual core (MPC8572E) with DDR2/DDR3 SDRAM memory controllers, Pattern Matching Engine

• Table Lookup Unit (MPC8568E and MPC8572E)

• Up to two I2C interfaces

• Up to four Gigabit Ethernet controllers

• UTOPIA II ATM support (MPC8555E and MPC8560 only)

• Integrated security engine

• 783-pin FC-PBGA packaging (MPC8533E, MPC8540, MPC8541E, MPC8543E, MPC8544E, MPC8545E, MPC8547E, MPC8548E, MPC8555E, MPC8560)

• 1023-pin FC-PBGA packaging (MPC8567E, MPC8568E, MPC8572E)

Applications

• Enterprise networking

• Telecom transmission

• 3G wireless infrastructure

• Storage subsystems

• High-end printing and imaging

MPC85XX PowerQUICC III FamilyProcessorsMPC8533E, MPC8540E, MPC8341E, MPC8543E, MPC8544E, MPC8545E, MPC8547E, MPC8548E, MPC8555E, MPC8560E, MPC8567E, MPC8568E, MPC8572E


MPC85XX PowerQUICC III Family, continued


System Bus

DDR/DDR2,SDRAM Controller

Local Bus


Coherency Module

4-lane SerDes

MII, GMII, RGMIITBI, RTBI

4-ch. DMA

512 KBL2 Cache32 KB

I-Cache

e500 Core

32 KBD-Cache

Table LookupAcceleration

QUICC Engine™2 x RISC

On-Chip Network

SerialRapidIO®

PCI Express®

2 xGigabit

Ethernet

2 xGigabit

Ethernet PCI

DUART, I2C, Timers, GPIO

Interrupt Control

8 x TDM

2 x UTOPIA/

POS

8 x MII/RMII

3 xGMII2 x

RGMII,TBI, RTBI



2 x DDR2/DDR3, SDRAM Controller

4-ch. DMA4-ch. DMA

4-ch. DMA4-ch. DMA

PCIExpress®

On-Chip NetworkOn-Chip Network

PCIExpress

SerialRapidIO®

PCIExpress

PatternMatching

Engine

2 x Table Lookup Unit

XOR

System Bus

8-lane SerDes

Coherency Module

1 MBL2 Cache32 KB

I-Cache

e500 Core e500 Core

32 KBD-Cache

32 KBI-Cache

32 KBD-Cache

4 x SGMII

4 x Gigabit Ethernet

Local Bus

Performance Monitor, DUART, MPIC,

2 x I2C, Timers, GPIOInterrupt Control


Freescale Feature

QUICC Engine TechnologyQUICC Engine technology is an acceleration module integrated on-chip that frees the Power Architecture core to focus on control-plane processing. QUICC Engine technology features two RISC engines that deliver up to four times the data throughput of the original CPM. It scales up to 500 MHz and supports DDR memory and Gigabit Ethernet.

Key Features

• Next-generation CPM

• Powerful switching/termination/ interworking/parsing engine offloads CPU, speeds broadband applications

• Flexible protocol (IP, ATM, Ethernet, etc.) and interface support (time division

multiplexing (TDM), Synchronous Optical Network (SONET)/SDH, Ethernet, etc.) enables support for virtually any access equipment

• Software and microcode compatibility with previous PowerQUICC CPMs accelerating time to market

• QUICC Engine operates between 200 MHz and 500 MHz

• Optimized dual 32-bit RISC engines provide balanced flexibility and performance

• Eight unified communication controllers (UCCs) support virtually any interface

• MCC

• 2 x SPI (with management data input/output support), one full/low speed USB

• Integrated accelerators boost performance and simplify programming

QUICC Engine™ Block Diagram

Parser/FilterMicrocode

8 TDMPorts

8 MII/RMIIPorts

2 UTOPIA/POS(124 MPHY)

2 GMII/RGMII, 2 TBI/RTBI

Time Slot Assigner

Serial Interfaces

UC

C1

UC

C5

UC

C6

UC

C7

UC

C8

UC

C2

UC

C3

UC

C4

MC

C1

US

B

SP

I

SP

I

Baud RateGenerators,

Timers

Parallel I/O

SerialDMA and 2 VirtualDMAs

Multi-UserRAM

32-bit RISC Microcontrollersand Program ROM/RAM


Microcontrollers Built on Power Architecture TechnologyHighly specialized microcontrollers, built on

Power Architecture technology,

offer performance

options from 40 MHz to

600 MHz with the right

embedded memories and the

capability to address a wide range of applications.



• Up to 150 MIPS

• Up to 1 MB flash

• Up to 36 KB SRAM

• Floating point unit (FPU)

• Up to two queued serial modules (QSMCM), each with one queued SPI and two serial communications interfaces (SCI)

• Up to three controller area network (CAN) modules (TOUCAN)

• Up to three time processor units

• Up to two queued analog-to-digital converters

• Up to two enhanced queued analog systems with analog multiplexers (MPC565 and MPC566 only)

• Operating temperature: -40°C to +125°C

• Qualified to automotive Q100 requirements

• 272-pin or 388-pin PBGA packaging

Applications

• Multi-point fuel injection control

• Electronically controlled transmissions

• Direct diesel injection (DDI)

• Gasoline direct injection (GDI)

• Avionics

• Robotics

• Motion control

• Turbine control

• Utilities/power management

• Alternative energies

• Autonomous vehicles


NEXUS

0–1 MB Flash (Security)

26–36 KB SRAM

Timers18–22-ch.

BDM

CANUp to 3

QADC up to 2 16–64-ch.

TPUUp to 3

JTAG

SCI: Up to 4SPI: Up to 2

40–66 MHzCore Built on

Power Architecture™Technology

FPUSystems

Integration Unit

MPC5XX FamilyMicrocontrollersMPC555, MPC561, MPC562, MPC563, MPC564, MPC565, MPC566



MPC51XX FamilyMicrocontrollersMPC5121e, MPC512x



• Up to 400 MHz and 760 MIPS

• 32 KB I/D cache

• Double precision FPU

• Instruction and data MMU

• PowerVR® MBX Lite 2-D/3-D Graphics Engine

• DIU Integrated Display Controller supports up to XGA resolution

• AXE core, a 32-bit RISC audio accelerator engine

• SDRAM/DDR1/DDR2 memory controller

• External memory bus controller

• 10/100 Fast Ethernet MAC

• 12 programmable serial controllers (PSC)

• Up to three I2Cs

• PCI 2.3 interface

• 64-channel intelligent DMA I/O controller

• USB 2.0 OTG, with PHY

• NAND flash controller

• SATA/PATA

• Up to four CANs

• S/PDIF serial audio interface

• SDHC–MMC/SD/SDIO card host controller

• -40ºC to +125°C extended junction temperature range

• 516-pin TEPBGA package

Applications

• Telematics control units

• Industrial automation and control

• Set-top boxes

• Surveillance and security systems

MPC5121e Block Diagram

System CPU Platform Memory Interface

Connectivity

JTAG COP Debug LP/DDR-I/II

EMB NAND Flash

PATA

NOR Flash Mem Mapped

PSC x 12

I2C x 3

S/PDIF

MMC/SD/SDIO

SPI, UART AC’97, Codec, I2S

Power Management

e300 CoreDual IPU

32K I-Cache

DP FPU

32K D-CacheClocks

Reset

Connectivity

System Functions

Timers x 8

Watch Dog

GPIO

Freq Measure

Multimedia

Display Controller 1280 x 720, 24 bpp 3-Plane Blending

3D Graphics Accelerator

AXE Audio Accelerator

128K SRAM Multi-Access

DMA 64-channels

PCI-2.3

SATA-I/PHY

USB2 OTG/PHY

Secure Real-Time Clock

J1850/CAN x 4

Ethernet




• Up to 760 MIPS

• -40°C to +85°C extended temperature range


• Instruction and data MMU

• DDR memory controller

• Double precision FPU

• 10/100 Ethernet MAC

• Six PSCs

• Up to two I2C

• PCI 2.2 interface

• BestComm™ intelligent DMA I/O controller

• 272-pin PBGA packaging

Applications

• Telematics control units

• Industrial automation and control

• Set-top boxes

• Surveillance and security systems

MPC5200B Block Diagram

System CPU Platform Memory Interface

Connectivity

JTAG COP Debug SDR/DDR-I

EMB PCI-2.2

PATA

NOR Flash Mem Mapped

PSC x 6 SPI, UART AC’97, Codec, I2S

Power Managemente300 Core

16K I-Cache

DP FPU

16K D-CacheClocks

Reset

Connectivity

System Functions

Timers x 8

Watch Dog

GPIO

Real-Time Clock

System Functions

BestComm™ DMA32-channel

16K SRAM

J1850/CAN x 4

Ethernet

I2C x 2

SPI

USB 1.1 x 2

MPC52XX FamilyMicrocontrollersMPC5200, MPC5200B




• e200z6, e200z3 or e200z1 cores, built on Power Architecture technology

• Dual core option (MPC551X only)


• -40°C to +125°C extended temperature range (-55°C option)

• Up to 3 MB embedded flash

• Up to 128 KB SRAM

• Up to two enhanced timer processor units (eTPU)

• Up to six controller area network modules

• 208, 324 or 416-pin PBGA packaging; 144 pin LQFP package (MPC551X only)

• Variable-length encoding (VLE) for MPC551X, MPC5533, MPC5534, MPC5565, MPC5566 and MPC5567

• FlexRay™ option (MPC551XG, MPC5561 and MPC5567 only)

• 10/100 Ethernet MAC (FEC) option (MPC5553, MPC5566 and MPC5567 only)

Applications

• Multi-point fuel injection control

• Electronically controlled transmissions

• Direct diesel injection (DDI)

• Gasoline direct injection (GDI)

• Robotics

• Motion control

• Utilities/power management

• Alternative energies

• Gateway

• Central body controllers

• Chassis control

• Any model-based design using RAppID and MATLAB®/Simulink


GPI/O

8 KB U-Cache 64 KB SRAM2 MB Flash

JTAG

3 DSPI5 CAN 32-ch. eTPU

2 eSCI2 x 40-ch. ADC 14.5K SRAM

32-ch. DMA24-ch. eMIOS FlexRay™

(FEC) Ethernet

NEXUS

e200z6 Core MMUSPE32-bit

ExternalBus

MPC55XX FamilyMicrocontrollersMPC551X, MPC5533, MPC5534, MPC5553, MPC5554, MPC5561, MPC5565, MPC5566, MPC5567


Freescale is working with intellectual property (IP) specialist IPextreme to openly license the e200 core family built on Power Architecture technology to SoC designers. The licensable e200 cores include the e200z0, e200z1, e200z3 and e200z6 cores.

The cores may offer low interrupt latency, low-power design through clock gating, variable cache sizes, variable MMU sizes, static debug through Nexus1, real-time debug through Nexus2/3 and an AMBA® AHB™ bus interface unit. The cores also may include Power ISA features, such as Signal Processing Engine (SPE) for DSP-like functions and VLE for extensive code density.

While the e200 core family is an ideal platform for automotive applications, its performance range and standard embedded features make it very adaptable for a number of uses in aerospace and defense, industrial, networking

and consumer applications. Consider the e200 core platform for:

• High-performance, real-time environments where there is a need for increased system processing capabilities

• Low-power, low-cost and time to market-sensitive embedded applications needing complex real-time control

• Harsh environments needing support for temperature ranges anywhere from -40°C to +125°C

IPextreme makes it straight-forward to integrate the e200 core IP by delivering complete IP in EDA-neutral packaging. IPextreme also provides expert customer support and maintenance for the e200 core technology.

For more information about licensing these cores, visit www.freescale.com/e200licensing.

Freescale Feature

Power Architecture Core Licensing

Branch Unit

Integer Unit GPR 64-bit Ld/St Unit

Dispatch Unit

I-Fetcher SIMD Unit

SP-FPU Unit

UnifiedCache(32 KB)

MMU Nexus 3

Bus Interface Unit (AMBA 2.0 v6 AHB)

32 64 64

Address Read Write

e200z6 Core Block Diagram

Learn More: For more information about Freescale products,

visit www.freescale.comFreescale™ and the Freescale logo are trademarks of

Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners.

The Power Architecture and Power.org word marks and the Power and Power.org logos and related marks are

trademarks and service marks licensed by Power.org. © Freescale Semiconductor, Inc. 2007

Document Number: BRPOWERARCH REV 4

f re e sc a le p o w e r a rc h ite c tu re ª p ro d u c t ... · in addition, the fr eescale...

Documents