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Arteris Inc.has joined hands with Yogitech S.p.A. to help automotive system-on-chip (SoC) designers meet the required functional safety metrics and obtain the ISO 26262 certification for automotive safety integrity levels (ASIL) in the least possible time.
Arteris—which provides network-on-chip (NoC) interconnect IP… Read More
System-on-chip (SoC) devices are increasingly becoming more complex in terms of adding functionality yet they need to be more reliable and fault tolerant for automotive, aerospace and industrial electronics.
Arteris Inc.—which invented the network-on-chip (NoC) interconnect technology back in 2006—is now offering FlexNoC… Read More
When Arteris sold key network-on-chip intellectual property and most of its human assets to Qualcomm earlier this year, it was big news. We suggested the bigger news after a restaffing effort would be a next-generation NoC release, and a new round of design wins.
Some developments were already in the pipeline. … Read More
Protecting memory with ECC but leaving the rest of an SoC uncovered is like having a guard dog chained up in the back corner of your yard. If the problem happens to be in that particular spot, it’ll be dealt with, otherwise there will be a lot of barking but little actual protection.
Similarly, adding a safety-capable processor like… Read More
Flip on the TV, and a car commercial is bound to pop up shortly touting one of two technological aspects. One is center stack integration of smartphone-style applications. The other is advanced driver assistance systems (ADAS) featuring cameras, radar, and other sensors helping cars … Read More
Advantages to using NoCs in SoC design are well documented: reduced routing congestion, better performance than crossbars, improved optimization and reuse of IP, strategies for system power management, and so on. What happens when NoCs move into FPGAs, or more accurately the SoC variant combining ARM cores with programmable… Read More
Most of the buzz on network-on-chip is around simplifying and scaling interconnect, especially in multicore SoCs where AMBA buses and crossbars run into issues as more and more cores enter a design. Designers may want to explore how NoCs can help with a more power-aware approach.… Read More
If you hang around engineers for any time at all, the word optimization is bound to come up. The very definition of engineer is to contrive or devise a solution. With that anointing, most engineers are beholden to the idea that their job is creating, synthesizing, and perfecting a solution specifically for the needs of a unique situation.… Read More
The Linley Mobile Conference last week initiated a lot of discussion about emerging technologies and markets, especially wearables. Jessica Lipsky’s EE Times article captured some of the sentiments in her article, “Wearables Need Tailored SoCs.” But the conference covered a lot more ground than wearables, including mobile… Read More
The Electronic Design Process Symposium is an annual workshop run by the IEEE Computer Society of Silicon Valley and the IEEE Council on Electronic Design Automation. I presented there because it’s devoid of product marketing pitches, and is two days of discussion on technical and process issues in SoC design. My slides are here:… Read More