Technical papers

SMASH is a seamless IC-PCB mixed-signal simulator enabling the development and verification of analog and mixed-signal Silicon IPs and Integrated Circuits (IC) as well as the optimization of application schematics thanks to its unique multi-domain capabilities. Getting quick transient analysis results of large analog circuits without sacrificing accuracy is a decisive stake. Integration of a […]

It is commonplace that suppliers of EDA simulators allow configuring the testbench from some schematic editor. Meanwhile, a gap in terms of functionalities remains between configuring the testbench from the schematic versus from the simulator control file. To fill this gap, and to avoid restraining simulator usage without losing the focus on the schematics, Dolphin

With the growth of markets related to the Internet of Things, the requirements in terms of very low-power consumption for the connected “things” push SoC/ASIC designers and architects to hunt down mA, and even µA, from specification until first silicon prototype validation. The level of experience in low-power strategy definition and implementation is very different

  The Internet of Things (IoT) is the latest buzzword driving the industry for any number of low-power interconnected things. However, the IoT encompasses an incredible number of different types of things ranging from edge objects, namely smart or wearable devices which are battery powered with sensors and wireless connectivity, through aggregation nodes, namely hubs,

In mobile electronics, a single device suffices to cover various daily usages: calling, taking pictures, playing music, geolocating, etc… All of these common features should fit in one’s hand. To adequately implement these new functionalities, audio electronics must not be limited to basic plug and play functionalities any longer. Smartphone applications should be compliant with

The Internet of Things (IoT) is the latest buzzword driving the industry for any number of low-power interconnected things. However, IoT encompasses an incredible number of different types of things ranging from edge objects, namely smart or wearable devices which are battery powered with sensors and wireless connectivity, through aggregation nodes, namely hubs, routers and

Abstract In the promising market of the Internet of Things (IoT), System-on-Chips (SoCs) are facing exponential design complexity challenges and ultra lower power consumption requirements. The architectural definition, component selection and integration of power management play a major role in the quest of device minimization and battery lifetime maximization. In order to reach the best

The automotive market is driven in recent years by new consumer expectations. Ahead of them, the daily in-vehicle entertainment and connectivity experience, namely automotive infotainment, is becoming as important as traditional criteria: engine performance, safety and look of the vehicle. Automotive infotainment refers to the hardware/software system combining multimedia entertainment (e.g. radio, CD/DVD for audio

Introduction The frequency of the very large Systems-on-Chip continuously increases over the years. Operating frequencies of up to 1 GHz are common in modern deep sub-micrometer application specific integrated circuits. The verification of timing in VLSI circuits is achieved by means of static timing analysis (STA) tools which rely on data described in the cell

To reduce the Bill-of-Material (BoM) and to simplify their usage, System-on-Chips (SoC) become more and more complex due to the integration of a large number of features previously located on board. This increase of complexity, combined with economic and green stakes leads to draw new optimizations, such as partitioning the SoC in different subsets with