Freescale Semiconductor 802.15.4 1.1.1 Ported Targets

1-2 Embedded Bootloader Reference Manual, Rev 0.0 Freescale Semiconductor

1.1.1 Ported Targets

The Embedded Bootloader must be ported (I/O mapped) to a specific PCB for proper functionality and is

currently ported to the following Freescale PCBs:

Axiom AXM-0308:

• PC Communication Interface: RS232/UART on COM1 (SCI1)/

RS232/UART on COM2 (SCI2)

• Safe Mode Boot Short pins 2-3 on COM1 (SCI1)/

COM2 (SCI2)

• Version Number “AX-0308 Ver 5.01”

DIG528-2 EVK

• PC Communication Interface: RS232/UART on COM1 (SCI1)/

USB (SCI2)

• Safe Mode Boot Short pins 2-3 on COM1-port (SCI1)

• Version Number “528&536 Ver 5.01”

DIG536-2 SARD

• PC Communication Interface: RS232/UART on COM1 (SCI1)

• Safe Mode Boot Short pins 2-3 on COM1-port (SCI1)

• Version Number “528&536 Ver 5.01”

RD01

• PC Communication Interface: RS232/UART/USB on COM1 (SCI1)/

RS232/UART/USB on COM2 (SCI2)

• Safe Mode Boot Short pins 2-3 on COM1 (SCI1)/

COM2 (SCI2)

• Version Number “ RD01 Ver 5.01”

NOTE

The generic RD01 target can be used with any PCB using the Freescale

Reference Design version 01 I/O layout. The PCB must support at least

one communication interface. If a USB is the only interface, use a

jumper to short SCI pins 2 and 3 to make Safe Mode Boot available.

Refer to Section 6.3 for details on how to port the Embedded Bootloader to a specific PCB.

Contents

Main 802.15.4/Zigbee Embedded Bootloader Reference Manual Page Contents Page Page About This Book Audience Organization Conventions Definitions, Acronyms, and Abbreviations References Revision History Chapter 1 Embedded Bootloader Description 1.1 Target 1.1.1 Ported Targets 1.2 Features 1.3 Benefits 1.4 Potential Issues 1.4.1 Optional Firmware Upload Settings Chapter 2 Using the Embedded Bootloader 2.1 Upload Firmware 2.1.1 Use Case One 2.1.2 Use Case Two 2.1.3 Safe Mode Boot 2.2 Updating Non-volatile Memory (NVM) 2.2.1 An Example of How to Change the MAC Address 2.3 System Bus Frequency 2.4 UART Baud Rate Chapter 3 Test Tool Zigbee Flash Tool 3.1 Graphical User Interface (GUI) Version 3.1.1 Using the Tools Menu Option 3.1.2 Using the View Menu Option 3.1.3 Selecting the Firmware File to Upload Page 3.1.4 Using the Help Menu 3.1.5 Changing the NVM Data in Flash or File Page Page 3.2.1 Normal Use Example (Default) 3.2.2 Flash Erase Disabled Example Page Chapter 4 Embedded Bootloader Programming 4.1 Programming To An Empty (Erased) Board Page Page Page 4.2 Upgrading The Embedded Bootloader Page Page Page Page Page Chapter 5 Application Integration Reference Guide 5.1 Product Deliverables 5.1.1 Embedded Bootloader Image 5.1.2 Application Support Files 5.1.3 Application Linker File 5.2 Application 5.2.1 Compiler Defines 5.2.2 Unreferenced Symbols 5.2.3 System Clock Setup 5.3 Application Support Files 5.3.1 DigiType.h 5.3.2 Gb60_io.h 5.3.3 Crt0.c and Crt.h 5.3.4 Embedded_Bootloader.h and Embedded_Bootloader.c 5.3.5 NV_Data.c and NV_Data.h 5.3.6 ISR_Vectors.c Page Chapter 6 Port Integration Reference Guide 6.1 Embedded Bootloader Build Environment 6.1.1 HCS08 Compiler 6.1.2 HCS08 Linker 6.1.3 HCS08 LibMaker 6.2 Product Deliverables 6.2.1 Embedded_Bootloader.mcp 6.2.2 HCS08_Flash_Lib.Lib 6.2.3 Embedded_Bootloader_Functionality_Lib.Lib 6.2.4 Source Files 6.3 Porting to a Specific Target 6.3.1 Code and Data Segments 6.3.2 Standard Libraries 6.3.3 Compiler #defines 6.4 Source Files 6.4.1 Target.h 6.4.2 Reset_Vector.c 6.4.3 Embedded_Bootloader_Target.h 6.4.4 HW_Init.h 6.4.5 HW_Init.c 6.4.6 main.c Chapter 7 Embedded Bootloader Public Function Description 7.1 802.15.4/Zigbee Application Accessible Functions 7.1.1 Enable_Download_Firmware Page 7.1.2 Hard_Reset 7.1.3 Update_NV_RAM 7.1.4 NV_Flash_Setup 7.1.5 FL_ICG_Setup 7.1.6 UART_Port_Select Page Chapter 8 Embedded Bootloader Memory Map Page Page Page Page Page Page Page Appendix A Release Folder and File Structure A.1. Folder Structure A.2. File Structure