Search results for "ASIC"

The ever-increasing processing power of electronic devices means that they are changing from being helpers to being decision makers. So, it is vital that the system does exactly what it was programmed to do for a given situation. Compliance with this is known as Functional Safety (FuSa) and this is increasingly important for many application areas where AI is making critical decisions, and specifically ISO 26262 in the case of automotive.

Sondrel has revealedits family of Architecting the futureIP platforms are easy to modify to precisely match customers’ ASIC requirements.

RIGOL Technologies has released its most powerful oscilloscope yet in the shape of the StationMax digital oscilloscopes powered by the new UltraVision III platform.

RIGOL Technologies announces its next-gen of technological innovation with the release of StationMax Digital Oscilloscopes powered by the UltraVision III platform.

SiFive is a semiconductor IP company founded in 2015 by the inventors of the open RISC-V instruction set architecture. Its semiconductor IP ranges from high-performance application processors and vector processors to low-power embedded 64- and 32-bit microcontrollers.

Global interconnect pioneers, Junkosha, have chosen Europe’s premier microwave, RF, wireless and radar event, European Microwave Week, to launch its new ePTFE tape wrapped phase and amplitude stable MWX7 Series of cables.

Edge digital ASIC design becomes more complex every year needing teams of dozens of people working on all the different aspects of it. According to Sondrel, who specialises in these advanced chip designs, there is a growing need for Systems Architects who coordinate every aspect of a design project, hence the company is actively recruiting for specialists with the skill sets that can do this.

A multifunctional digital high-end oscilloscope DS70000 Series which is part of the StationMax program has been released by RIGOL Technologies EU.

The shrinking of nodes means that chips are becoming ever more complex and require ever larger teams of engineers. To ensure that the design time of a chip does not increase as well, Sondrel invests heavily into R&D to create novel modelling tools and flows to streamline the production of ASICs. Sondrel has codified this into its ten steps required to design an SoC architecture.

The MAX16191 from Maxim Technology is a single-channel, ultra-high accuracy supervisor circuit that monitors low core system supply voltages.