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The BDM12 Source Level Debugger !
The Debugger uses the HC12 / HCS12 processor's
background debug mode ( BDM12 ) to emulate all on-chip
recources (In Circuit Debugger). With that it is possible to
read or write memory locations inside an running (!) target
system.
Technical Data :
Support of the HCS12 / HC12 derivatives up to
25MHz / 8 MHz BDM speed : A4, B32, BC32,
D60, DG128, D60A, DG128A,9S12DP512,
9S12Dx256, 9S12Dx128, 9S12Dx64, 9S12C32,
9S12E128,
9S12E64,9S12UF32,9S12NE64,S12XDx512. The
9S12Axxx series is also supported.
Motorola S-Record ( S1 / S2 ) download
Paged code memory support ( 812A4 and
DA/DG/DT128 and Dx256 ) up to 4 MByte
On-chip EEPROM and FLASH programming ( 8
MHz , 4 MHz Eclock) function's for all HC12 /
HC12A variant's
On-chip EEPROM and FLASH programming
function's for all Clocks for HCS12 variant's
Open user programming interface for off-chip /
onboard memory
Unlimited number of softwarebreakpoints in RAM
or EEprom ( even in paged mode )
Breakpointmanager support HC12 / HCS12
on-chip hardwarebreakpoints for code and data
access
Support for the new DBG12 - debug module of the
9S12C / 9S12E / 9S12NE / S12XD - family
Source Level debugging for the known ICC12
C-compiler Display of global and local variable's insite a function
call
ALD © Assembler Listing Debugging
Compatible with many Mapfile format's ( Cosmic,
Hiware, MCUez, Assembler AS ) for access to
symbolic variable's in assembler language debugging Compatible via convertor with ELF/DWARF2 -
Format
Compatible with P&E's-Mapfile format for Source
- Level - Debugging Powerful symbol editor and project editor
Support for symbolic registernaming
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Layout :
Click on the image to see a full-size version !
User selectable target coupling ( Run, Stop,
Reset,Special mode reset )
Context sensitive help for most of the functions
Running under Windows 3.1x ... XP
Disassembling of memory array's to file
3 big windows for hexadezimal view of
memory or register array's
The debugger HC12ICD require for working
an interface module between the BDM12 -
levels from the target and the RS232-levels of
the personal computer. These interface
modules are in colloquial speech named as
POD (*) . HC12ICD is working with
HC12POD or with Oliver Thamm's
ComPOD12.
(*) Processor Oriented Device
E-Mail - Support free of charge at :
support ( at ) krummsdorf.de included !
For Evaluation see in the download section ! |
HC12ICD
