The compact core provides a cost effective solution for space-constrained applications and includes both a 32-bit instruction set for fast execution as well as 16-bit instructions for high
code density. TMS470 MCUs also allow unlimited switching between these instruction sets and provide run-time decompression to give designers the ultimate level of flexibility when designing for high-speed operation or high density code.
"The enhanced instruction set is designed to closely couple the architecture and compiler, enabling higher
code density and even better performance.
Logic PD chooses IAR Embedded Workbench year after year because of its superior
code density, speed optimization, seamless project setup and excellent support.
The AVR32 core consistently outperforms competing 32-bit cores in every EEMBC(R) benchmark for performance and
code density and executes C/C++ algorithms.
The advantages of StarCore's variable length execution set (VLES) architecture, coupled with our accelerated development path, has enabled us to define a product with high
code density and efficient performance that meets our customers' expectations in a timely manner."