Tear Down The Wall Between Front-End And Back-End Teams


As complexity of system-on-chip devices increases, it's becoming imperative for design teams and organizations to re-examine how they work with one another in order to improve productivity. One giant step in this direction is to bridge the divide between the front-end design process and the physical back-end design process. We often refer to this as a figurative “wall,” but there is real... » read more

Tear Down The Wall Between Front-End And Back-End Teams


Because system-on-chip devices are increasingly complex, it is becoming imperative for design teams and organizations to reexamine how they work with one another in order to innovate new ways to improve productivity in delivering devices to market. The area that could benefit most is the divide that separates the semiconductor front-end design process from the physical back-end design process. ... » read more

What Is Functional Accuracy?


What it means to be functionally accurate in the context of [getkc id="104" kc_name="virtual platforms"] varies greatly, depending upon whom you ask and even when you ask them. But that doesn’t mean that functional accuracy isn’t useful. Jon McDonald, technical marketing engineer for the design and creation business at [getentity id="22017" e_name="Mentor Graphics"], expects to see a lot... » read more

NoC Reliability: Simplified


Recently, the reliability features of on-chip network (NoC) IP have received much attention. One reason for this focus has been the rush of companies to get into the automotive electronics market and the explosion of new automotive features being implemented in electronic systems. While the details may vary, the high-level view of on-chip network reliability is really quite simple. At the ar... » read more

Focus More Attention On The SoC’s Central Nervous System


In multiple conversations over the years, I’ve often compared the interconnect fabric within SoC designs to the central nervous system of the human body. The point that I try to make is that the potential of the SoC’s performance and functionality is tied to the information that travels through the fabric and interconnect to all the on-chip IP components. Improving a chip’s ability to com... » read more

Streamlining Interconnect Integration Accelerates Globally Distributed Design


As system on chip designs grow more complex, it becomes more and more difficult for chip companies to optimize the work of their distributed design teams. While each separate team has an area of expertise and sets their focus on a particular aspect of the SoC, the hard part comes in integrating these individual design efforts together. When something goes wrong and it doesn’t work, the compan... » read more

Tech Talk: SW vs. HW


Arteris CTO Craig Forest talks about what gets done in hardware, what gets done in software, and where the two worlds meet and sometimes collide. [youtube vid=-EbUTZL0uz8] » read more

The Week In Review: Design


IP ARM introduced a new software platform and a free operating system aimed at IoT development. The OS incorporates security, communication and device management features for improved energy efficiency. The device server simplifies the connection and management of devices, incorporating security and improving efficiency. Cadence rolled out a broad IP portfolio for TSMC's 16nm platform, and ... » read more

NoC Technology: Saving the Planet, One Chip at a Time


In Silicon Valley, the cliché is that we are using technology to change the world in some meaningful way. However, I made some calculations recently and I found network-on-chip technology is actually contributing to efforts to reduce carbon emissions. SoC designers have become the ultimate energy misers as they strive to make tradeoffs between extending battery life and providing game-chang... » read more

Locking Down The Chip


The push toward securing chips is complicated by the amount of third-party IP that is being used inside of today’s complex SoCs. This has cast new light on the potential for on-chip networks to also function in securing signals that flow through those networks. This becomes particularly important with the Internet of Things, because the source of those signals isn’t always obvious to the... » read more

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