NXP Semiconductors TWR-VF65GS10-PRO Bedienungsanleitung

TOWER SYSTEM

Quick Start Guide

TWR-VF65GS10

For Vybrid Controller Solutions Based

on ARM®Cortex®-A5 and Cortex-M4

Processors with the DS-5 Toolchain

Downloaded from Arrow.com.

Quick Start Guide

Get to Know the TWR-VF65GS10

TWR-VF65GS10

Freescale Tower System

The TWR-VF65GS10 module is a part of the Freescale Tower System,

a modular development platform that enables rapid prototyping and

tool re-use through reconfigurable hardware. Elevate your design to

the next level and begin constructing your Tower System today.

Power/OpenSDA

Micro-USB

Reset

Dual USB

Accelerometer

LEDs

General-Purpose

TWRPI Plug-In

Vybrid JTAG

Header

38-pin Mictor

Trace Debug

External NPN

Ballast

Micro SD

Secondary

Connector

Primary Connector

K20 JTAG Header UART SelectionDual Quad SPI

Boot Config Reset Configuration

Line Drivers

Pushbuttons

DDR3

Front Side of

TWR-VF65GS10

Module

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TOWER SYSTEM

Get to Know the TWR-VF65GS10

K20

OpenSDA

Device

NAND Flash

Potentiometer

Back Side of

TWR-VF65GS10

Module

Battery

Receptacle

(VBAT)

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Quick Start Guide

TWR-VF65GS10 Features

• Vybrid MVF61NS151CMK50 controller (dual-core Cortex-A5

at 500 MHz + Cortex-M4 at 167 MHz, 1.5 MB SRAM, dual

Ethernet, dual USB, advanced security)

• Kinetis K20DX128VFM5 MCU-based OpenSDA circuit

• 1 Gb x 16 (128 MB) DDR3 in 96 FBGA package

• 2 Gb x 16 (256 MB) NAND flash

• Two 128 MB (16 MB) quad I/O serial flash

• Dual USB with on-chip PHY

• Interfaces to TWR-LCD-RGB graphical LCD module

• Four user-controlled status LEDs

• Three mechanical push buttons for user input and one for reset

• Potentiometer and three-axis digital accelerometer

• Micro SD card slot

• Independent battery-operated power supply for real-time clock

and tamper detection module

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TOWER SYSTEM

Step-by-Step Installation Instructions

This Quick Start Guide details how to set up the TWR-VF65GS10 module and run

some demo projects on the device.

Configure the

Hardware

• Assemble your Tower System

development platform per the

instructions found in the TWR-ELEV

module package, unless the board will

be used standalone.

• Insert the dual-headed USB-A side of

the provided USB cable into the PC

and insert the micro-B end into the

OpenSDA USB port (J3) on the

TWR-VF65GS10 module. Allow the

PC to automatically configure the

USB drivers if needed.

Download Software

and Tools

Download installation software

and documentation under

“Jump Start Your Design”

at freescale.com/TWR-VF65GS10.

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Quick Start Guide

Step-by-Step Installation Instructions

Set up Serial

Communication

• A USB-to-serial bridge is supported

through the USB CDC functionality.

The serial port number is viewable

in the Device Manager (right click,

My Computer>Properties>Device

Manager>Port Settings). This allows

for serial communication between

the Tower module and a terminal

program running on the PC via the

USB connection.

• Setup a terminal program to use this

COM port with the following settings:

115200 baud, eight data bits, no

parity, one stop bit. Alternatively, you

may use the TWR-SER or TWR-SER2

serial module for serial communication.

See the “Introduction to the Vybrid

Tower System Module” video clip at

freescale.com/TWR-VF65GS10

for more details.

Locate and Install

CDC Device Drivers

• The module will enumerate as a

composite “Mass Storage and Serial

CDC Device.” The drivers for the

CDC functionality can be found

on the enumerated drive (for example:

F:\TWR-VF65GS).

• Go to that drive to find the CDC drivers

and install them.

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TOWER SYSTEM

Tilt the

Board

• After the TWR-VF65GS10 module

powers up, the U-Boot bootloader will

load the out-of-box demo from the

SD card. The Cortex-A5 core runs the

Linux

operating system and uses the

Open SDA USB-to-serial bridge. The

Cortex-M4 core runs the Freescale

MQX

™

RTOS and uses the TWR-

SER or TWR-SER2 serial module for

serial communication. Both operating

systems operate independently of each

other on their respective cores, but can

communicate via software APIs and

shared memory.

• Tilt the module to see different LEDs

light up—the accelerometer data is

being read by MQX on the M4 core

and transferred to Linux on the A5

core. You will also see Linux output

on the OpenSDA serial connection

set up in Step 3.

Explore the

Features

• Follow the “Introduction to the Vybrid

Tower System Module” video clip at

freescale.com/TWR-VF65GS10

to further explore the features and

capabilities of the out-of-box demo.

Start

Debugging

• To start debugging with DS-5,

the OpenSDA firmware needs to

be updated with the CMSIS-DAP

application. For more detail, please

refer to the “Jump Start Your

Design” documentation located at

freescale.com/TWR-VF65GS10

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Quick Start Guide

TWR-VF65GS10 Jumper Options

The following is a list of all jumper options on the TWR-VF65GS10. The default

settings are shown in bold.

Jumper Option Setting Description

Vybrid VBAT power

source - SecureRTC,

32 kHz XOSC,

Tamper, and Monitors

1-2 VBAT tied to main Vybrid 3.3 V (VCC_3V3_MCU)

2-3 VBAT tied to Coin Cell

VCC_3V3_MCU -

main Vybrid 3.3 V

supply (VDD33 pins)

ON P3V3 from on-board 3.3 V regulator tied directly

to VCC_3V3_MCU

OFF Current-measuring device installed instead of jumper

J6 JTAG 5 V supply

OFF Pin 11 & 13 of JTAG connector floating

ON Pin 11 & 13 of JTAG connecter tied to 5 V

J7 Tamper loopback

ON EXT_WM0_TAMPER_IN tied to

EXT_WM0_TAMPER_OUT

OFF EXT_WM0_TAMPER_IN open;

EXT_WM0_TAMPER_OUT open

J13 Accelerometer

interrupt

ON MCU PTB9 pin tied to INT1 of accelerometer

OFF Accelerometer Interrupt input untied

J18

3.3 V from Vybrid

board to Tower

system (applicable

only when Elevator

not powered with 5 V)

ON P3V3 tied to P3V3_ELEV

OFF Board and Tower System 3.3 V power rails untied

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TOWER SYSTEM

(continued from previous page)

Jumper Option Setting Description

J19 Onboard 5 V source

1-2 P5V comes from USB Micro-B connector J3

(only option when “OpenSDA” operates)

2-3 P5V comes from Peripheral USB OTG Micro-B J8

J20 Power source for

Vybrid USB0 PHY

1-2 Self-powered - USB0_VBUS tied to P5V

2-3 Bus-powered - USB0_VBUS tied to VBUS of Peripheral

USB OTG Micro-B J8

J21 Power source for

Vybrid USB1 PHY

ON USB1_VBUS tied to VBUS of Host USB Type-A J12

OFF USB1 PHY unpowered

J22

Pins 1

to 10

Boot configuration

ON/INSTALLED-1,

OFF-0

12345

246 8 10

13579

12_345 Switch Settings Detail

10_000 QuadSPI Boot

10_110 SD Card Boot

10_001 NAND Boot

01_xxx UART/USB Boot

00_xxx Boot From Fuses

J23 SCI1_TX and

SCI2_TX select

1-2 SCI1_TX connected to ELEV_UART1_TX

1-3 SCI1_TX connected to OpenSDA_UART_RX

2-4 SCI2_TX connected to ELEV_UART1_TX

3-4 SCI2_TX connected to OpenSDA_UART_RX

Quick Start Guide

TWR-VF65GS10 Jumper Settings

(continued from previous page)

Jumper Option Setting Description

J23

continued

SCI1_RX and

SCI2_RX select

7-8 SCI1_RX connected to ELEV_UART1_RX

7-9 SCI1_RX connected to OpenSDA_UART_TX

8-10 SCI2_RX connected to ELEV_UART1_RX

9-10 SCI2_RX connected to OpenSDA_UART_TX

J25 Elevator 5 V supply

ON P5V tied to P5V_ELEV

OFF Board and Tower System 5 V power rails untied

R164,

R165

USB0 multiplexer

selection

AConnected to Peripheral USB OTG Micro-B

connector J8

BConnected to Tower System elevator

R21 Optional Ethernet MII

interface

ARMII CLK

BMII0 TXCLK

R175 to

R181

Optional Ethernet MII

interface

None RMII Interfaces used

0-Ohm MII0 Interface used

R182 Optional Ethernet MII

interface

ASAI RX BCLK

BMII0 RXCLK

SH10 Vybrid SDRAM

controller power

Shorted Power pins tied directly to onboard 1.5 V source

Cut Current measuring device connected across

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