Freescale Serial Bdm Programmer
>>serial monitor code from freescale website, it doesnt seem to work.
>>Perhaps the boot/run button is not set up correctly?
>
> Perhaps. So, you expect us to guess whether your button is set up correctly ?
I continue, previously the mail got accidentally sent too early ... so
Perhaps. So, you expect us to guess whether your button is set up correctly ?
In AN2548 there's include file that defines MCU pin that is used for the key.
Check what's defined there in your files, check where's the key connected on
the board, and you've got the answer if it's matching. If not, then correct it
and recompile. For NE64 at 25MHz you also have to set proper values for PLL
dividers, AN2548 has some other frequency set by default 8M or 16M), without
it you'll get strange SCI baud rates at best.
--
Michal Konieczny
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| PEEDI JTAG/BDM/SWD Emulator and Flash Programmer |
Vienna, Austria – March 28, 2012 – Ronetix announced today the availability of the new firmware of its high speed JTAG/BDM/SWD Emulator and Flash Programmer. The new firmware adds support debugging and FLASH programming of the Freescale QorIQ family (P1010, P1020, P2040, P4080, etc.).
Now PEEDI can be used for high speed GNU gdb debugging and Flash Programming of all ARM7, ARM9, ARM11, Cortex-M0/M3, Cortex-A5/A8/A9, XScale, Freescale Nexus enabled Qoriwa MPC55XX, MPC56XX, MPC51XX, MPC52XX, MPC83XX, MPC85XX, ColdFire, Blackfin, MIPS32 and AVR32 based CPUs.
NXP/Freescale have developed a chip family based on the 68HC08 range that uses newer technology - the HCS08 its faster and with a lower minimum voltage. A major enhancement for this new range is that it uses a true BDM interface rather than the MON08 monitor based debugger used on the 68HC08. The latest family. Features:?USB2.0/1.1 interface to Host computer(PC), needn't any external power for BDM; Supports CodeWarrior? From 3.0 to current version 5.0 and 5.1, you can free download it. Updated to March, 2006 firmware, supports all recent microprocessors from FreeScale. BDM can power the Target board(in small current).
Because of its built-in GNU gdb support, PEEDI can be used with any GNU gdb based debugger Eclipse, without any additional software, which makes PEEDI host operating system independent.
The built-in Flash Programmer of PEEDI supports programming of over 1000 NOR Flash chips, 8-bit and 16-bit NAND Flash, SPI and I2C FLASH/EEPROM, SD/MMC/eMMC devices connected to the CPU.
PEEDI supports also programming of the internal Flash memory of Actel A2F, Analog Aduc7, Atmel AVR32UC3, AT91SAM3, AT91SAM7, AT91SAM9, EnergyMicro EFM32, Freescale Kinetis, MAC7000, ColdFire MCF, Qoriwa MPC, Microchip PIC32, ST STM32, STR7, STR9, TI TMS470, Luminary/TI LM3S, NXP LPC, family.
PEEDI supports several flash profiles, which enables the programming of a complete Linux system at once: U-BOOT, Linux Kernel and JFFS2/YAFFS/UBIFS root file system.
Among the advantages of PEEDI are:
Multi core support - up to 4 cores
Built-in support for gdb (remote target via Ethernet).
Very high real download speed – up to 1.25 Mbytes/s.
5 kHz – 33MHz JTAG/BDM clock using 35cm standard cable.
Automatic measuring and compensating of delays in the JTAG signals
Target Voltage 1.2V – 5V.
Built-in telnet command line interface.
Built-in very fast Flash programmer that supports over 900 Flash devices.
Can be used as a standalone Flash Programmer, up to 15 images can be stored on MMC/SD card, controlled by front panel interface.
Small robust aluminum case.
DCC over TCP support.
OS awareness.
Bdm Programmer Module
GDB FLASH programming.
For sales information on RONETIX’s products contact:
sales@ronetix.com
Tel: +43-1-2361101