winIDE Development Environment
The winIDE environment includes GCC compilers for ARM, PPC,
68K and ColdFire. This has been pre-compiled and its operation is integrated into
the IDE with examples so it compiles "out of the box". This
package is freely available and can be used to create binaries quite
independently of the debug environment ( although of course we would
quite like you to buy an iSYSTEM one ). It therefore makes an
ideal evaluation tool. iSYSTEM and COMSOL do not directly provide technical support for use
of the GNU compiler.
We also have a number of evaluation boards that come with an
iSYSTEM debugger. They are all low cost.
This development package from iSYSTEM will get you
establishing project feasibility by compiling and debugging your ARM
application straight from the box.
STR7 Target system with power supply
Based on the ST Microelectronics STR711F ARM micro it
has.....
256K of Flash memory
USB interface
4 serial interfaces
8 LEDs on an I/O port
A Potentiometer on an A/D input
A breadboard area
An expansion header
iONE USB/JTAG interface
This USB based JTAG debugger is specific to the ARM computer and
is limited to 32KBytes download but otherwise has full capability to
load code into the ARM, set breakpoints, run, single step, watch
variables and examine stacks. It may be upgraded later to
remove the code limit or to one of iSYSTEMs more powerful models.
The winIDE environment provides both the debugging interface for the iONE and
an integrated Edit/Make/Compile environment for the Compiler
Flash Programmer
Quickstart Manual
It comes with complete documentation and loads of examples so you
will be able to get the target board going and then modify these
examples to support your hardware.
LPC2138 ARM Evaluation
The PC2138 package consists of a board populated with the Philips
LPC2138 CPU, JTAG and ETM debug connectors, and an on-board
integrated iSYSTEM debugger. It is delivered with an USB cable and a
winIDEA debugger with a free full GNU C compiler for ARM and samples
to run the board.
The application under development or test can run from the
internal CPU flash. The board requires no external power supply as
it is powered by the PC USB port. It provides 16-pin connector
for the LCD display (type CMC216x04), which is not included in the
package.
An external ETM debug tool may be connected to the ETM 38-pin
Mictor debug connector for full on-chip ETM trace access.
Nexus Evaluation
A range of target boards with built in iSYSTEM debuggers on the board
provide an evaluation and development
system for the Freescale Nexus range of microcontroller.
Boards are available for the MPC5516, MPC5554, MPC5566 and MPC5567. The packages consists of a board populated with the Freescale
Nexus CPU JTAG and Nexus debug connectors, and an on-board
integrated iSYSTEM debugger
.
They comes with a power supply, USB cable and a winIDEA debugger CD
including a free full GNU C compiler for MPC and samples to run the
board. Additionally, an external Nexus debug tool may be connected
to the Nexus 38-pin Mictor debug connector for full on-chip Nexus
trace access.
A licence is provided that gives unlimited size compile/downloads
for the first 90 days. After this the unit is limited to
downloading 32K bytes of code. An upgrade removing this size
restriction is available.
The application under development or test can run from the
internal CPU flash or from the external SRAM. All CPU signals are
accessible with the CPU expansion connector and it may be used to
expand the development system by connecting the CPU board to another
module. The CPU expansion connector uses the same numbering scheme
as the original CPU so locating specific
pins is easy.