Freescale Semiconductor USB-KW24D512 Manuel utilisateur

Quick Start Guide

USB Packet Sniffer/Dongle

for Kinetis MKW22D and

MKW24D Wireless MCUs

USB-KW24D512

Quick Start Guide

Get to Know the USB-KW24D512

USB Connector

Reset

Button

Application

Button

Mini-JTAG

(10-pin)

MKW2xIC

LEDs Antenna

The USB-KW24D512 Packet Sniffer/Dongle is dual use hardware

in a convenient USB dongle form factor for part numbers

MKW22D512 and MKW24D512. As delivered, the device is

programmed with 802.15.4 packet sniffer software that interfaces

with Freescale’s Test Tool Protocol Analyzer as well as most

commercially available 802.15.4 packet sniffer programs. Packet

sniffers are essential for wireless network development allowing

monitoring of over-the-air traffic. The USB-KW24D512 hardware

can also be used as a development boards or re-programmed

with application software as a network node.

Introduction

Quick Start Guide

USB-KW24D512

USB-KW24D512 Features

• 50 MHz ARM®Cortex®-M4 based core

• 512KB Flash, 64KB SRAM

• Typical current consumption: 250 µA/MHz run, 1.7 µA

RTC standby

• IEEE-802.15.4 compliant

• -102 dBM RX sensitivity and +8 dBm TX output power

• Peak typical current consumption: 17mA TX (at 0 dBM) and

19mA max RX

• Dual Personal Area Network (PAN) support in hardware

Run two RF networks simultaneously

• Active and passive tamper detection with RTC timestamp

• Crypto engine: DES, 3DES, AES 128-256, SHA-1,

SHA-256, MD5, RNG

• USB 2.0 FS/LS H/D/OTG

• 16-bit ADC

• MCU operating range: 1.7V to 3.6V, -40C to +105C

• Supply voltage: 5VDC

Quick Start Guide

Step-by-Step Instructions

In this quick start guide, you will learn how to enable and use the USB-KW24D512

device as a sniffer. You will also learn how to modify the existent firmware on the

dongle for use as a development environment or network node.

The USB-KW24D512 development platform comes pre-programmed with the sniffer

application to provide a demonstration of the device’s capabilities.

This quick start guide will demonstrate how to sniff packets sent over the air and how

to program the dongle with another application firmware.

USB-KW24D512

Install BeeKit Wireless

Connectivity Toolkit

BeeKit is a stand-alone software

application that provides a graphical user

interface in which the user can create,

modify, save and update wireless network

solutions based on Freescale’s protocol

stacks. Download BeeKit under Software

and Tools at freescale.com/Wireless.

Connect the Hardware

Connect the USB-KW24D512 dongle to

the PC. Allow the PC to automatically

install the USB drivers if prompted.

Drivers can be found under BeeKit’s

installation folder. After driver has been

installed, it should be listed as a Virtual

Com Port.

Download Software

and Tools

Download installation software

and documentation under

“Jump Start Your Design”

at freescale.com/USB-KW24D512.

Quick Start Guide

Enabling the Sniffer Application

1. Open Test Tool application. Go to <BeeKit installation folder>\Test Tool 12\Test Tool.exe

2. Select Protocol Analyzer.

3. Start capturing packets. The USB-KW24D512 dongle should be listed as “Devices:

KW24 USB Dongle (COMx) Off” as shown in the image. Click on a channel number

to start monitoring packets over the air on that channel.

4. Packet Analyzer output. You should be able to see and analyze the packets from

other devices that are being sent over the air. Current Test Tool Analyzer is able to

decode MAC and ZigBee

RF4CE packets.

USB-KW24D512

Loading Other Firmware

on the Board

Option A: Using Test Tool’s Firmware Loader

Option B: Using IAR Embedded Workbench

Option A: Using Test Tool’s Firmware

Loader

1. Open Test Tool application. Go to

<BeeKit installation folder>\Test Tool

12\Test Tool.exe

2. Select Firmware Loaders --> Kinetis

Firmware Loader option.

3. Connect a J-Link Flash programmer

to the mini-JTAG connector on the

USB-KW24D512 board.

4. Browse and select the srec file to

upload to the board.

5. Click on the “Upload” button.

6. Indicate the device that is going to be

flashed.

7. Click on “OK” and wait for the upload

to finish.

Quick Start Guide

Option B: Using IAR Embedded

Workbench

1. Open a USB-KW24D512 project on

IAR Embedded Workbench.

2. Compile and build the project.

3. Connect a J-Link Flash programmer to

the mini-JTAG connector on the USB-

KW24D512 board.

4. Ensure you have selected the

J-Link/J-Trace driver under

Download --> Debugger options.

5. Click on “Download and Debug” to

flash the board.

6. Stop the debugging session.

7. Reset the board.

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