MIPS4K On-chip Trace


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Function
Compatible Debugger
Debugger Connectors
Details and Configurations


MIPS4KEP,MIPS4KEM,4KEPRO VCT9TV

MIPS4K On-chip Trace
  Highlights
Compatible to external EJTAG Trace
Readout through JTAG
No Speed Limit
Full Trace of Code and Data
Support for AR2315, AR7242, AR9344, FALCON, MIPS1004K, MIPS1004KMT, MIPS1074K, MIPS24K, MIPS24KE, MIPS34K, MIPS4KC, MIPS4KEC, MIPS4KM, MIPS4KP, MIPS4KSD, MIPS74K, MIPSINTERAPTIV, MIPSM14K, MIPSM14KC, MIPSM4K, PIC32MX, PIC32MZ, VCT9xxxP, VGCA, VGCB
 
  Introduction
The EJTAG Trace is an optional block which enables real-time tracing capability. The trace information can be stored to either an on-chip trace memory (if available), or to an off-chip trace probe. The trace of program flow is highly flexible and can include instruction program counter as well as data addresses and data values. Several run-time options exist for the level of information which is traced, including tracing only when in specific processor modes (i.e. UserMode or KernelMode). The trace features provides a powerful software debugging mechanism.


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Function


The RISC Trace for MIPS uses the onchip trace buffer of the controllers for sampling the program flow information.

 

Compatible Debugger


MIPS32/MIPS64 Debugger
  • Full HLL and ASM support available
  • Batch Processing
  • Support for Internal Triggers
  • Unlimited Software Breakpoints
  • Fast download (ETHERNET, PARALLEL, USB)
  • Support for 32 and 64 Bit
  • 64 Bit Arithmetic

 

Debugger Connectors


Adaption for MIPS

 

Details and Configurations






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Last generated/modified: 22-Nov-2019