Ultra-XD-ARC Real Time Trace
DesignWare ARC Real-time trace allows you to use an Ashling Ultra-XD pod to capture trace from an ARC HS core and upload it to the MetaWare Debugger at gigabit Ethernet speeds. Captured trace can be turned into a “replay” database enabling you to debug your program by executing it both forwards and backwards.
In this video watch Tom Pennello, Principal R&D Engineer at Synopsys, explain how to use trace filtering, program profiling from trace, and additional replay features, such as call stack history as well as trace replay for multicore.
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Ashling’s OPELLA-XD is a high-speed cJTAG/JTAG debug probe for embedded development on Synopsys’ DesignWare ARC™ configurable RISC cores. Developed in cooperation with Synopsys, the Opella-XD probe integrates with the MetaWare or GNU GDB Debuggers under Windows or Linux based hosts.
FEATURES of Opella-XD-ARC Debug Probe
Ashling’s ULTRA-XD is a high-performance real-time trace probe for embedded development and debug on Synopsys’ DesignWare® ARC® EM and HS processors. Developed in cooperation with Synopsys, the Ultra-XD probe integrates with the MetaWare or GNU GDB Debuggers under Windows or Linux based hosts
FEATURES of Ultra-XD-ARC Trace Probe
|Ultra-XD Real-Time Trace Probe for HS and EM ARC processors||Ultra-XD-ARC|
|Opella-XD Debug Probe for all ARC processors||Opella-XD-ARC|
|38-way Mictor Debug cable for use with Ultra-XD probe||TPA-ULT-ARC-NXS38C|
|38-way Mictor Extension cable for use with Ultra-XD probe||AD-ULT-ARC-NXS38C|
|20-way JTAG Debug cable for use with Opella-XD probe||TPAOP-ARC20|
|6-way JTAG Debug adapter to convert TPAOP-ARC20 to a 6-pin JTAG connection||AD-ARC-6JTAG|