In many areas of the semiconductor industry, System-on Chip (SoC) power analysis and management is a critical process for maintaining low-power profiles. Due to the complexity of modern SoC designs and the definition of their power management strategies, it iscommon to reuse available resources such as Intellectual Properties (IP) and power intent ...
Power management is a key feature in many digital systems, mainly those powered by battery. Introducing a power management strategy in a system should save power consumption while its functional performance must remain within application-dependent constraints. Designing such systems could be very challenging since power management impacts performan...
On vit dans une ère où on vise à ce que les objets qui nous entourent soient des objets communicants.Le nombre de ces objets avec la tendance dominante de l’internet des objets tend à croître. Ces entités sont dessystèmes embarqués qui peuvent être des systèmes sur puce. Devant ce nombre aussi important, il est primordialde réduire l’énergie consom...
This work aims at system-level modelling a defined transceiver for Bluetooth Low energy (BLE) system using SystemC-AMS. The goal is to analyze the relationship between the transceiver performance and the accurate energy consumption. This requires the transceiver model contains system-level simulation speed and the low-level design block power consu...
