Specifications

Wind River Trace for Wind River Workbench
Hardware Reference, 3.0
4
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Real-time trace with the AMCC 405 or 440 trace clock running at up to 200
MHz (since the trace clock runs at half the core clock frequency for 405, and
one quarter the core clock frequency for 440, the AMCC 405 core clock can run
at up to 400 MHz, and the AMCC 440 core clock can run at up to 800 MHz.)
The capture frequency may increase with future development. Contact
http://www.windriver.com/support for information on all updates.
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A 512KB trace memory and 512KB of Time Stamp memory that can capture up
to 640,000 lines of code (depending on the state of the processor’s instruction
cache and data cache)
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Filtered trace for tracing selected areas of code
1.2.2 Freescale ColdFire Processors (Formerly Motorola ColdFire)
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A non-intrusive interface for tracing code execution in real-time, even when
code is running out of the internal instruction cache.
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A small debug exception routine is required for filtered trace operations;
impact on code execution is minimal. The debug exception routine is loaded in
a predefined workspace area of RAM.
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Can capture real-time trace with the ColdFire trace clock running at up to 200
MHz (since the trace clock runs at the core clock frequency for the Version 2
and Version 3 core processors, and at half the core clock frequency for the
Version 4 core processors, the Version 2 and Version 3 core clocks can run at up
to 200 MHz, and the Version 4 core clock can run at up to 400 MHz.)
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Contains a 512KB trace memory and 512KB of Time Stamp memory that can
capture up to 380,000 lines of code (depending on the processor type and the
state of the processor’s instruction, data, and branch caches.)
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Supports filtered trace for tracing selected areas of code.
1.3 Wind River ICE Features
The Wind River ICE SX is used for high-performance source-level debugging and
early hardware testing. The Wind River ICE SX has both serial and 10/100 BaseT
Ethernet capability from host to target.