NXP Semiconductors TWR-MCF5441X Bedienungsanleitung

TOWER SYSTEMQuick Start Guide for TWR-MCF5441X

MCF5441X

MCU peripherals with

MPU performance

TOWER SYSTEMTOWER SYSTEM

TWR-MCF5441X-KIT

Freescale Tower System

The TWR-MCF5441X module is part of the Freescale Tower System,

a modular development platform that enables rapid prototyping and tool

re-use through reconfigurable hardware. Take your design to the next

level and begin constructing your Tower System today.

Get to know the TWR-MCF5441x

Primary

Connector

RS232 Header

(UART0)

RCON Boot

Setting Switches

RS232 Header

(UART4)

Boot Setting

Switches

Mini-B USB

Connector

(OSBDM)

MCF5441X MPU

Potentiometer

LEDs

Switches

Interrupt

Push

Buttons

Reset Button

26-pin BDM

Secondary

Connector

TOWER SYSTEMQuick Start Guide for TWR-MCF5441X

Introduction

The MCF5441X offers MCU peripherals with MPU performance,

including integrated analog, an L2 switch and dual Ethernet.

Add Linux®and MQX™ RTOS, plus Eclipse-based

CodeWarrior IDE and you’ve got a powerful development

package for network-connected industrial applications.

MPU module features:

• MCF5441XV4ColdFireprocessorwith

MMU and EMAC

• DualEthernetwithL2Switch

• High-Speeddual-roleUSB

• AccesstoDDR2,NAND,serialmemories

• ExtensiveI/Osavailableupto:

 2xSPIs

 1xSSI

5x UARTs

 1xCAN

 2xI

 6xPWMs

 1xeSDHC

Enablement support includes:

• FreescaleLinuxBSP

• EclipsebasedCodeWarriorfor

Microcontrollers v10.0

• ComplimentaryFreescaleMQXRTOS

• VoIPsupportthroughaudiocodec

• IEEE

1588 Support

TOWER SYSTEM

Locate the

Elevator Modules

Each elevator module is identifiable

by its four card edge connectors.

Identify the

Elevator Modules

EachelevatormoduleiseitherPrimary

or Secondary. They are identifiable

asfollows:

• PrimaryElevator:

written on inside top and denoted

by white card edge connectors

• SecondaryElevator:

written on inside bottom

Locate Additional

Modules

Gather any additional modules that

will be used to assemble your desired

Tower System configuration.

Identify the Primary and

Secondary Card Edges

Foreachmodule,thewordsPrimaryand

Secondary are written along the card

edges. The primary edge is also denoted

by a white stripe.

Plug in Primary

Card Edge

Match the white stripe on the edge of

each module to any available connector

onthePrimaryElevatorandplugitin.

Attach Secondary

Elevator

With all desired modules connected to

thePrimaryElevator,carefullyattachthe

Secondary Elevator onto to the secondary

card edges of each module.

How to build your Tower

STEP

TOWER SYSTEMQuick Start Guide for TWR-MCF5441X

NOTE: First-generation modules

IfusingtherstgenerationofTWR-ELEVmodules,

the board labeled Functional Elevator is equivalent

tothePrimaryElevatorasdescribedinthe

instructionsabove.TheboardlabeledDummy

Elevator is different than the Secondary Elevator,

but will work with most assembled Tower Systems.

Ifusingrst-generationperipheralandMCU/MPU

modules, the white stripe along the outer edge of

the board will not be present.

Make Additional

Connections

Pluginnecessarycablesand

power sources.

STEP

TOWER SYSTEM

Step-by-step installation instructions

In this Quick Start Guide, you will learn how to set up the TWR-MCF5441X

module and run the Linux and MQX shell demonstrations.

Assemble the Required

Tower System Modules

TheLinuxandMQXdemonstrationsthat

come pre-installed on the TWR-MCF5441X

requiretheuseoftheTWR-SER2.Please

assemble the TWR-MCF5441X and the

TWR-SER2togetherusingtheTWR-ELEV

asdescribedinthe“Howtobuildyour

Tower”sectionofthisQuickStartGuide.

Connect the

Serial Cable

Attach the header end of the provided

DB9adaptercabletoUART0(J1)ofthe

TWR-MCF5441X.AttachtheDB9end

to a serial cable connected to the host

computer.Openaterminalwindowon

the host computer. Use the appropriate

COMporttoestablishaserialconnection

with the TWR-MCF5441X.

STEP

Usethefollowingconnectionsettings:

Bitspersecond:115200,Databits:8,

Parity:None,Stopbit:1,Flowcontrol:

None.

Connect the

USB Cable

AttachtheprovidedUSBA-to-Mini-B

cablebetweenthehostcomputer(ora

USBwalladapter)andtheMini-B(J9)

receptacle on the TWR-MCF5441X.

TheUSBcablewillsupplypowertothe

TWR-MCF5441X and additional

Tower System modules via the

TWR-ELEV.Theconnectedterminal

window on the host computer should

indicatethatU-Bootinitialization

has started.

STEP

TOWER SYSTEMQuick Start Guide for TWR-MCF5441X

Setting the Default OS

The TWR-MCF5441X comes

preloadedwithaLinuxkernelandabasic

MQXshell.TheLinuxkernelisthedefault

applicationthatU-Bootwillload.

TochangethedefaultOSpressanykey

within the connected terminal window

on the host computer within the first few

secondsofU-Bootinitialization.

The terminal will present the user with a

U-Bootprompt.

SettingthedefaultOStotheMQXshell:

• Type“set bootcmd run mqxboot” and

press “Enter.” Then type “save” and

press “Enter” to save this change to the

U-BootenvironmentvariabletoNAND.

• Presstheresetbutton(SW3)onthe

TWR-MCF5441XtorestartU-Bootand

automaticallyentertheMQXshell.

SettingthedefaultOStotheLinuxkernel:

• Type“set bootcmd run jffs2boot” and

press “Enter.” Then type “save” and

press “Enter” to save this change to the

U-BootenvironmentvariabletoNAND.

• Presstheresetbutton(SW3)onthe

TWR-MCF5441XtorestartU-Bootand

automaticallyentertheLinuxkernel.

Linux Prompt Option

Refer back to Step 4 if required

tosetthedefaultOS.

U-Bootwillinitializeandautomatically

load the preinstalled configuration of

LinuxfromNAND.OncetheLinuxboot

has completed the user is presented

withaLinuxprompt.Atthepromptuse

the “help” command to explore available

commands.

STEP

TOWER SYSTEM

MQX Shell Option

Refer back to Step 4 if required

tosetthedefaultOS.

U-Bootwillinitializeandautomatically

loadtheprecompiledbasicMQXshell

fromNAND.OncetheMQXshellhas

completely loaded the user is presented

withanMQXprompt.Atthepromptuse

to “help” command to explore available

commands.

Install Additional

Software and Tools

• InstallCodeWarriorDevelopment

Studio for Microcontrollers v10.0

(ProfessionalEdition—30daylicense)

• Visitfreescale.com/codewarrior for

any additional updates or patches

• InstallFreescaleMQXRTOSv3.6

• Visitfreescale.com/mqx for the

requiredv3.6.xpatchtosupport

TWR-MCF5441X

Learn More About

the MCF5441X, MQX,

and the MCF5441X Linux

BSP Software

Read the release notes and

documentation located on the provided

DVD.Visitfreescale.com/tower for

additional and updated documents,

labs and demonstration videos, including

demonstrations featuring IEEE 1588

precise time synchronization and

motor control applications.

Refer to the following labs for more

hands-on experience with the

TWR-MCF5441X(notesomelabs

requiretheuseoftheTWR-SER2):

• Lab 1:MQX—DualWebServerusing

FreescaleMQXRTOS

• Lab 2:MQX—TelnettoSerialBridge

UsingOptionalUARTPorts

• Lab 3:Linux—WebServerUsing

LinuxOS

• Lab 4:Linux—GettingStartedwith

RTC and Telnet

STEP

TOWER SYSTEMQuick Start Guide for TWR-MCF5441X

Explore Additional

Linux BSP Features

RefertotheincludedLinuxBSPrelease

includedontheprovidedDVDfor

additionalLinuxconfigurationsand

instructions on recompiling and loading

theLinuxkernel.

Visitfreescale.com/tower for any

additionalupdates/patchestothe

TWR-MCF5441XLinuxBSP.

Explore Additional

MQX Projects

The included lab tutorials represent

completedendapplicationsutilizing

many of the microcontroller resources.

To begin your application, there are

simpleMQXtemplateslocatedunder

“C:\Program Files\Freescale\Freescale

MQX 3.6\mqx\examples”

For more information on Tower System

controllers and peripheral modules,

visit freescale.com/tower. To become

a member of the online Tower Geeks

community, visit towergeeks.org.

STEP

TOWER SYSTEM

Jumper Option Setting Description

SW1 RCON Settings

DIP 1

FB_AD0

*On* Boot from NAND Flash

Off Boot from External Memory Bus (Flexbus)

DIP 2

FB_AD1

*On* PLL Disabled

Off PLL Enabled

DIP 3

FB_AD2

*On* Crystal Oscillator Mode

Off Oscillator Bypass Mode

DIP 4

FB_AD3

*On* External Memory Bus implements select as FB_ALE

Off External Memory Bus implements select as FB_TS_b

DIP 5/6

FB_AD[5:4]

On/On Boot Port Size: 32-bit data (32-bit muxed address)

On/Off Boot Port Size: 8-bit (24-bit non-muxed address)

*Off/xx* Boot Port Size: 16-bit (16-bit non-muxed address)

DIP 7/8

FB_AD[3:2]

*On/On* PLL Multiplier: Fvco = 10 x Fref

On/Off PLL Multiplier: Fvco = 15 x Fref

Off/On PLL Multiplier: Fvco = 16 x Fref

Off/Off PLL Multiplier: Fvco = 20 x Fref

J2 Clock Select

*1-2* Select external clock source (Required for RMII)

2-3 Select on-board 25 MHz clock source

TWR-MCF5441X Jumper Options

The following is a list of all the jumper options. The *default* installed jumper settings are shown in bold

with asterisks.

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