Five Disruptive Test Technologies


For years, test has been a critical part of the IC manufacturing flow. Chipmakers, OSATs and the test houses buy the latest testers and design-for-test (DFT) software tools in the market and for good reason. A plethora of unwanted field returns is not acceptable in today’s market. The next wave of complex chips may require more test coverage and test times. That could translate into higher... » read more

The Week In Review: Design


Tools Mentor Graphics rolled out embedded Linux software for AMD’s x86 G-series SoCs, code-named Steppe Eagle and its Crowned Eagle CPUs. Ansys-Apache and TowerJazz have created a power noise and reliability signoff design kit, including reference flow guidelines, test case examples and flow setup guidance. Synopsys updated its verification portfolio with static and formal tools for CD... » read more

Extending UVM To Analog


As SoC complexity has grown, so too has the need to model the analog/mixed-signal content in a similar way as the digital content to make simulation easier. One way to do this is within the context of the Universal Verification Methodology (UVM). In fact, this can and is being done today with UVM as it stands, according to a number of industry sources. However, there is also growing interest... » read more

Pain Management


In part one of this series, the focus was on overlapping and new pain points in the semiconductor flow, from initial conception of what needs to be in a chip all the way through to manufacturing. Part two looks at how companies are attempting to manage that pain. It’s no secret that [getkc id="81" kc_name="SoC"]s are getting more complicated to design, debug and build, but the complexity i... » read more

Five Key Challenges In Designing With High-Speed Analog IP


There’s good reason why analog IC design is often considered to be more of an art than a science. Compared to their digital counterparts, analog components are much more sensitive to noise, distortion, and other errors. This white paper is filled with tips on meeting these challenges and speeding up your design cycle. To download this paper, click here. » read more

Does It Take A Catastrophe?


What makes a company search for new verification methods and tools? Sometimes organizations change, proactively, because they are wise and want to avoid problems; but sadly, more often it is a catastrophe that forces change. This was the case with a large U.S. supplier of safety-critical and high-reliability ICs. After a failed chip, it finally moved from simply verifying the analog and digi... » read more

Blog Review: Jan. 15


Mentor’s Colin Walls digs into safety-critical sensors for cars, which are essential to the operation of a variety of systems in vehicles. The number of redundant sensors increases proportionate to the risk from failure, something that has been an accepted practice in mil/aero markets for years. Cadence’s Brian Fuller gazes into a crystal ball and concludes that while the semiconductor i... » read more

Analog IP Migration Using Design Knowledge Extraction


Demonstrated in this paper is a technique for automatic circuit resizing between different technologies. It relies on design knowledge extraction, which renders it very fast compared to full optimization approaches and allows handling of much larger circuits. This technique studies the original design and extracts its major features (basic devices & blocks features, device matching, parasitics,... » read more

Experts At The Table: Who Takes Responsibility?


By Ed Sperling Semiconductor Engineering sat down with John Koeter, vice president of marketing and AEs for IP and systems at Synopsys; Mike Stellfox, technical leader of the verification solutions architecture team at Cadence; Laurent Moll, CTO at Arteris; Gino Skulick, vice president and general manager of the SDMS business unit at eSilicon; Mike Gianfagna, vice president of corporate market... » read more

Raising The IP Abstraction Level


By Ed Sperling An increasing reliance on commercial and re-used IP and more emphasis placed on software development is adding even more pressure onto semiconductor design teams to figure out the benefits and limitations of myriad possible choices earlier in the design process. Design teams already are under pressure to meet increasingly tighter market deadlines, and it is stressing every pa... » read more

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