FLASH directly through one of the on-chip serial communications interface (SCI) ports. Initial on-chip FLASH programming requires either special test and handling equipment to program the device before it is placed in the target system or a background debug module (BDM) programming tool available from Freescale or a third party vendor. Interactive Windows driven Flash Programming or remote controlled programming; Or as a standalone programmer; Will operate as a BDM debugger - its Ethernet port makes it super fast and it is supported by many popular development environments including GCC/GDB, Keil, CodeWarror, Kinetis Design Studio.
USBDM is a debugger hardware interface for a range of Freescale microcontrollers. It is designed to work with Freescale's Codewarrior software under Windows and Linux. More recently basic support for Coldfire and Kinetis with the Codesourcery Tool chain or ARM Ltd GNU Tools for ARM has been added. A set of stand-alone programmers are also provided.
The attached files provide a port of a combined TBDML/OSBDM/TBLCF code to various processors. The primary motivation for doing this was to produce a single BDM that could be used with the following processors:
- RS08
- HCS08,
- HC12,
- Coldfire V1-4 microcontrollers
- MC56F800xx Digital Signal Controllers (very limited range of devices).
- Kinetis ARM-cortex
Other features have also been added compared to the original TBDML/OSBDM designs.
This site contains links to Version 4 of the following:
- A set of software drivers for MS windows and Linux that work with various version of the Freescale Codewarrior IDE, including the latest Eclipse version.
- Standard-alone programmers.
- A description of, and design files for, several versions of suitable BDM hardware
- The firmware required for the above BDM hardware.
Quick Links
- Post queries on OSBDM and TBDML Discussion Board
JS16 based versions (Current designs)
The following two designs & variations use the MC9S08JS16CWJ (20 pin SOIC).
This chip is USB2 Full speed and supports initial programming over USB without needing a BDM.
This chip is USB2 Full speed and supports initial programming over USB without needing a BDM.
Minimal design - Supports HCS12, HCS08 and Coldfire V1Minimal design - Supports HCS12, HCS08, Coldfire V1 and Kinetis (via SWD)
- These are two alternative designs using a MC9S08JS16CWJ (20 pin SOIC).
- It is easier to construct than the JMxx version
- It may be programmed over the USB connection and doesn't require a BDM for initial programming.
- It replaces the Minimal JB16 designs and is recommended (by me) for newbies!
- A PCB design is supplied but is should be possible to roll-your-own on a prototyping board.
- An alternative, larger design is provided that supports Serial over USB (CDC interface) and Kinetis via SWD.
Freescale Serial Bdm Programmer Software
Minimal design - Supports Coldfire V2,3,4, Kinetis(via JTAG) and DSC (M56F80xx only)
- This is a minimal design using a MC9S08JS16CWJ (20 pin SOIC).
- It is easier to construct than the JMxx version
- It may be programmed over the USB connection and doesn't require a BDM for initial programming.
- It is approximately equivalent to the earlier JB16 based TBLCF design in functionality.
- A PCB design is supplied but is should be possible to roll-your-own on a prototyping board.
- An alternative, larger design is provided that supports Serial over USB (CDC interface).
JMxx based versions (Current designs)
The following designs use the MC9S08JM60CLD (44 pin LQFP).
This chip is USB2 Full speed and requires a HCS08 BDM for programming the device.
This chip is USB2 Full speed and requires a HCS08 BDM for programming the device.
USBDM-CF - Supports HCS12, HCS08, RS08 & Coldfire V1, V2, V3 & V4, Kinetis(via JTAG) and MC56F80xx
- This is a complete fully-featured design using a MC9S08JM60CLD (44 pin LQFP).
- It has target power and various other options.
- It REQUIRES a BDM for initial programming.
- Later firmware updates may be done over the USB
USBDM-TWR-xxxx - Supports various Freescale Tower systems - This supports the OSBDM-JM60 hardware as used in various Freescale Tower systems.
- Allows use of the stand-alone USBDM programmers with Tower boards.
- Significant speed improvement over OSBDM with some targets.
- Serial port support uses the standard USB CDC interface and so serial ports appear as the usual COM devices under Windows and Linux.
This means they may be used with standard serial programs such as Hyperterminal and within a Terminal window in Codewarrior Eclipse.
MK20DX128 based versions (Current designs)
The following design use the MK20DX128 present on various Freescale FREEDOM boards (Arduino form factor).
This chip is USB2 Full speed and the chips on the Freedom boards include a pre-rogrammer bootloader (OpenSDA) that allows installation of USBDM without a programmer.
This chip is USB2 Full speed and the chips on the Freedom boards include a pre-rogrammer bootloader (OpenSDA) that allows installation of USBDM without a programmer.
USBDM_OpenSDA - Supports various Freescale Freedom boards
- This supports the OpenSDA hardware as used in various Freescale Freedom systems.
- Allows use of the stand-alone USBDM programmers with FRDM boards.
- The Freedom board may be used to Open source tool chains such as Codesourcery or ARM Ltd GNU tools.
- The Freedom board may be used as a programmer for external devices (with the addition of a cable and header).
- Serial port support uses the standard USB CDC interface and so serial ports appear as the usual COM devices under Windows and Linux.
This means they may be used with standard serial programs such as Hyperterminal and within a Terminal window in Codewarrior Eclipse or Eclipse Juno (with suitable plugin).
JB16 based versions - These design are obsolete
Please note that these designs are obsolete.
The JB16 chip used in these designs have a ROM firmware flaw which makes it impossible to reprogram the chip firmware. When the chip is in bootloader mode it fails to enumerate properly under Windows 7 or 8 and later updates of WIN-XP. Because of this it is not possible to update the firmware which make it impractical to support them.
The USBDM software may still work to some extent but I cannot make any guarantees.
The USBDM software may still work to some extent but I cannot make any guarantees.
![Freescale Serial Bdm Programmer Freescale Serial Bdm Programmer](https://i0.wp.com/ae01.alicdn.com/kf/HTB11eq0irZnBKNjSZFhq6A.oXXaX/For-font-b-Freescale-b-font-USBDM-font-b-Programmer-b-font-BDM-OSBDM-OSBDM-Download.jpg?crop=5,2,900,500&quality=2886)
These versions were mainly produced to be compatible with the previous hardware versions of TBDML or OSBDM which were based on the MC908JB16. This is a USB low speed device. The provided firmware versions allow (some) of these devices to be updated to a combined TBDML/OSBDM. It also allows these to be used with the new Eclipse-based Codewarror which does not support the original osbdm or tbdml.
Freescale Bdm Programmer
There are several hardware designs supplied :
- Complete USBDM - Supports HCS12, HCS08, RS08 & Coldfire V1
- This is a complete fully-featured design using MC68HC908JB16DW (28 pin SOIC)
- Minimal TBDML 20pin SOIC - Supports HCS12, HCS08, Coldfire V1
- This is a very minimal design using MC68HC908JB16DW (28 pin SOIC)
- Minimal TBDML 28pin SOIC - Supports HCS12, HCS08, Coldfire V1
- This is a very minimal design using MC908JB16JDWE (20 pin SOIC)
BDM firmware versions are also supplied to support several existing hardware designs by other people:
- WTBDM08/12
- A commercial design available from Witztronics.
- OSBDM
- A previous design posted on Freescale OSBDM board
- HCS08-OSBDM+E
- A previous design posted on Freescale OSBDM board
Device Characteristics and links to documentation
The table below shows the support provided by each version and provides links to further information.
Description | Current Design | Device Support | Features | |||||
RS08 | HCS08, HCS12, CFV1 | Kinetis | CFV2, CFV3, CFV4* | DSC* | Target Power Bazi ming pan v2.0 for sale. | Serial Port | ||
No | X | |||||||
USBDM_CF_JMxxCLD | No | X | X | JTAG | X | X | X | |
USBDM_SER_JS16CWJ | No | X | X | |||||
USBDM_CF_SER_JS16CWJ | No | X | JTAG | X | X | |||
USBDM_JMxxCLC | No | X | X | X | ||||
USBDM_JMxxCLD | No | X | X | X | ||||
No | X | |||||||
Yes | X | SWD | ||||||
Yes | X | SWD | X | X | ||||
Yes | JTAG | X | X | |||||
USBDM_CF_JMxxCLD_V3 Also supports Tower systems. | Yes | X | X | JTAG | X | X | X | X |
USBDM_OpenSDA Custom OpenSDA (FRDM-KL25Z). | Yes | SWD | X |
* DSC support is very limited in Codewarrior 10 and the stand-alone programmer
* CFV2,3,4 support is limited in the stand-alone programmer
* CFV2,3,4 support is limited in the stand-alone programmer
Other Links
- Previous software version 3.2 may be found here.
Notes
- Please note that these design are different from the Freescale OSBDM-JM60 design which was proceeding independently while I was doing the above designs.
The bulk of the code is taken from the TBDML, OSBDM and TBLCF projects and I very much appreciate the effort involved in producing the original code. I hope this extension will be useful.
![Freescale serial bdm programmer tool Freescale serial bdm programmer tool](https://images.ua.prom.st/5942784_w640_h640_bdm-100-eto.jpg)
The hardware interface is based on TBDML, Freescale USBSPYDER08 and my own invention.
- Altium Designer (PCB Design) - http://www.altium.com/products/altium-designer/
- Axiom MC56F8006 Demo board - http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=MC56F8006DEMO
- Codesourcery - http://www.codesourcery.com/
- Coldfire Flasher - http://www.freescale.com/files/soft_dev_tools/software/programmers/CFFLASHER.zip
- Doxygen Documentation tool - http://www.stack.nl/~dimitri/doxygen/index.html
- I2C voltage level conversion - Phillips application note http://www.standardics.nxp.com/support/documents/i2c/pdf/an97055.pdf
or http://www.nxp.com/acrobat_download/applicationnotes/AN10441_1.pdf (Phillips part of NXP now?) - LIBUSB-WIN32 - http://libusb-win32.sourceforge.net/
- MAX662 Data sheet - http://www.maxim-ic.com
- OSBDM - http://forums.freescale.com/freescale/board?board.id=OSBDM08
- OSBDM hardware - http://forums.freescale.com/freescale/board/message?board.id=OSBDM08&thread.id=212
- Tasking GDI Spec - http://www.tasking.com/resources/technologies/debuggers/gdikdi.shtml
- Tcl/Tk - http://www.tcl.tk/software/tcltk/8.5.html
- TBDML - http://forums.freescale.com/freescale/board?board.id=TBDML
- TBDML hardware - http://forums.freescale.com/freescale/board/message?board.id=TBDML&thread.id=2
- USBSPYDER08 - USB mini board for Freescale's Low-End 8-bit Microcontrollers - http://www.freescale.com/
- Ultimate Packer for eXecutables (UPX) has been used to pack DLLs and EXEs - http://upx.sourceforge.net/
- WTBDMS08/12 (Witztronics) Hardware - http://www.witztronics.com/
- WxWidgets Cross Platform Library has been used for the GUI - http://www.wxwidgets.org/
- Xerces XML parser - http://xerces.apache.org/xerces-c
- Windows Installer XML (WiX) toolset http://wix.sourceforge.net/
Any queries please post on the Freescale OSBDM Discussion Board.
Cyclone Universal Flash Programming For ARM And Freescale ..
I am aware of several companies producing commercial versions of USBDMs of various kinds:
- Gravador para Microcontroladores Freescale (Gravador USBDM)
The software may be used to 'upgrade' the following devices to enable the on-board BDM as a USBDM bdm. - Axiom MC56F8006 Demo board .
USBDM Debugger interface for Freescale RS08,HCS08,HCS12,Coldfire and ARM-Kinetis Devices.的更多相关文章
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PEmicro's PROGPPCNEXUS BDM Programmer software allows you to program/reprogram both internal and external flash devices in-circuit, via PEmicro's BDM interface cable (sold separately), on an NXP MPC55xx/56xx/57xx device or STMicroelectronics SPC5 device with a BDM module. The programmer talks to the processor's Nexus/JTAG port through a PEmicro hardware debug Interface , which connects the parallel port or USB port of a PC to a 14-pin Nexus/JTAG connector on the target system.
Programmer features include:
- Program
- Verify
- Blank check
- Upload
- Display
- Erase
PROGPPCNEXUS for Windows also includes the command-line version of the programmer software - CPROGPPCNEXUS. Together they are perfect for development, production line programming, or field firmware upgrades.
PEmicro has a resource page describing different methodologies for programming target flash in both development and production environments: Flash Programming Resource Page
Licensing Update
The license that activates PROG now resides on a Multilink debug probe rather than in the software itself. The user who activates the software will choose a Multilink on which to permanently install the license. The allows that Multilink to work with PROG on any machine where a supported version of the software is installed. No license is required to use PROG software with Cyclone programmers, as the Cyclone includes PROG software.
Check our PROG Licensing blog post to see which Revisions of Multilink debug probe are supported.
Note: The PROG software itself is unchanged, it is only the licensing which has been updated.
Pipelined Programming Algorithms
Pipelined programming algorithms are included for NXP MPC56xx, NXP MPC57xx, ST Micro SPC56xx, ST Micro SPC57xx, ST Micro SPC58xx. These can increase programming speeds by 50-100% over the previous, non-pipelined algorithms.
Which Devices Are Supported?
PROGPPCNEXUS is able to support NXP's MPC55xx/56xx/57xx devices and STMicroelectronics' SPC5 devices. PEmicro maintains a library of programming algorithms for specific devices that is included with the programming software. Click to view the list of devices in our NXP MPC55xx/56xx/57xx and STMicroelectronics SPC5 programming algorithm libraries. If you do not see an algorithm for your device, you may request an algorithm for your device free of charge. You may also get an overview of the Supported Devices from the list below:
Supported NXP Device Families
MPC55xx
| MPC56xx
| MPC57xx
| S32 Power Devices
|
Supported STMicroelectronics SPC5 Device Families
SPC56xx
| SPC57xx
| SPC58xx
|