You are currently viewing SemiWiki as a guest which gives you limited access to the site. To view blog comments and experience other SemiWiki features you must be a registered member. Registration is fast, simple, and absolutely free so please,
join our community today!
There was a “research reviewed” panel on Thursday at DAC entitled Shortening the Wires Between High-Level Synthesis and Logic Synthesis. Chaired by Alric Althoff of Tortuga Logic, the panel explored methods to deal with wire delays in high-level synthesis and logic synthesis. The four speakers and their focus were:
…
Read More
DAC was full of great panels, research papers and chip design stories this year, the same as other years. Being a virtual show, there were some differences of course. I’ve heard attendance was way up, allowing a lot more folks to experience the technical program. This is likely to be true for a virtual event. I’m sure we’ll see more… Read More
High-speed communication is a critical component for many applications, most notably in the data center. The serializer/deserializer physical interface, or SerDes PHY is the backbone of many different forms of high-speed communication for this application. Use cases include on chip, between chips, between boards and racks… Read More
Collecting and analyzing semiconductor test data is a subject that holds a special place for me. Developing a factory data collection and analysis system was my first job out of school. The company was RCA, and the factories were in Findlay, Ohio (analog/mixed signal) and West Palm Beach, Florida (digital). There was a pilot… Read More
Alchip issued a press announcement recently entitled Alchip Provides Supercomputer Processor Design Support. The release is literally a tour de force of technology, with many advanced design and packaging accomplishments. First, let’s examine the basics of the design.
Preferred Networks, Inc (PFN) is the customer. They … Read More
For those who design advanced and complex SoCs, the term “off-the-shelf IP” can be elusive. While this approach works for a wide range of IP titles, the pressure for maximum performance or minimum power can lead to custom-tailoring requirements for the IP.
PLDA has seen these requirements for the class of complex, high-performance… Read More
Semiconductor technology advances have a way of rewriting the rule book. As process geometries shrink, subtle effects graduate to mainstream problems. Performance curves can become inverted. And no matter what else occurs, low power demands are constantly reducing voltage and design margins along with it. Sometimes these… Read More
Most of us will remember the productivity boost that hierarchical analysis provided vs. analyzing a chip flat. This “divide and conquer” approach has worked well for all kinds of designs for many years. But, as technology advances tend to do, the bar is moving again. The new challenges are rooted in the iterative nature of high complexity… Read More
As chip complexity grows, so does the need for a well-thought-out design data management strategy. This is a hot area, and Cliosoft is in the middle of it. When I was at eSilicon, we used Cliosoft technology to manage the design and layout of high-performance analog designs across widely separated design teams. The tool worked… Read More
Ansys addresses complex Multiphysics simulation and analysis tasks, from device to chip to package and system. When I was at eSilicon we did a lot of work on 2.5D packaging and I can tell you tools from Ansys were a critical enabler to get the chip, package and system to all work correctly.
Ansys recently published an Application Brief… Read More
Intel’s Path to Technological Leadership: Transforming Foundry Services and Embracing AI