TransAccurate Processor Models:

Speedy Execution Enables Parallel Application Development


Targeted TransAccurate Models


TransAccurate models are functionally accurate relative to the processor core, and cycle-accurate for all bus transactions.  This technology is a nice compromise between full cycle-accuracy, which requires a larger investment per model and offers lower performance; and a model that is only functionally accurate, not offering enough precision to make a co-simulation session terribly meaningful.  TransAccurate models can be developed quickly, have MIPS-speed  performance, and provide the cycle-for-cycle synchronization with an HDL simulator through our CoOperate or CoSimple co-simulation interfaces.  
TransAccurate Features
1-2 MIPS simulation speeds
Uses existing development tools
Full debug capability, including access to registers, memory, and breakpoints
Integrates with CoOperate and CoSimple for application-oriented co-simulation 
Bus transactions are cycle-accurate for accurate co-simulation

TransAccurate provides full debug access to registers, memories, and other architectural components.  TransAccurate models support simulated RTOS execution upon which applications can be run. 

 

 

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