Software development is an important issue in today's MPSoC design. The increasing software complexity makes the functional verification more difficult, resulting into increased development cost [1] [2]. In this context, software engineers are investigating alternatives to scale up the system performance, while dealing with new challenges in MPSoC software development, such as defining inter-CPU communication protocol stacks, as well as porting APIs and operating systems (OSs) [3]. To handle with such scenario virtual platforms are being employed. Virtual platforms emulate hardware behavior at the instruction-level making target software believe that it is running on a real physical hardware. While accelerating the software development, such simulators usually offer a set of CPU models and memory system models, allowing the analyses of executing different application/OSs onto multiprocessor architectures without modifications.