Everyone is talking about 5G deployment. The promises and the hype are finally turning into reality and products. While excitement is appropriate, victory is not yet in hand. There are still technical hurdles to conquer before the full potential of 5G is realized. In this post, I’ll explore one such challenge – the reliable use … Read More
Author: Mike Gianfagna
Take the Achronix Speedster7t FPGA for a Test Drive in the Lab
Achronix is known for its high-performance FPGA solutions. In this post, I’ll explore the Speedster7T FPGA. This FPGA family is optimized for high-bandwidth workloads and eliminates performance bottlenecks with an innovative architecture. Built on TSMC’s 7nm FinFET process, the family delivers ASIC-level performance … Read More
Webinar – SoC Planning for a Modern, Component-Based Approach
We all know that project planning and tracking are critical for any complex undertaking, especially a complex SoC design project. We also know that IP management is critical for these same kinds of projects – there is lots of IP from many sources being integrated in any SoC these days. If you don’t keep track of what you’re using and… Read More
ESD Alliance Reports Double-Digit Growth – The Hits Just Keep Coming
The latest Electronic Design Market Data report was just published. The headline announces continued substantial growth for the sector: Electronic System Design Industry Logs Double-Digit Q2 2021 Year-Over-Year Revenue Growth, ESD Alliance Reports. While not quite the record-breaking growth reported last quarter, the… Read More
Webinar: PICMG COM-HPC® – New Open Standard for High Performance Compute Modules
The subject of this webinar is focused on the new COM-HPC standard from PICMG, a nonprofit consortium of companies and organizations that collaboratively develop open standards for high performance telecommunications, military, industrial, and general-purpose embedded computing applications. A computer-on-module … Read More
Build a Sophisticated Edge Processing ASIC FAST and EASY with Sondrel
Building a custom chip for edge computing applications can be quite daunting. For starters, there is very little power available at the edge, so energy efficiency will be top of mind. The whole point of edge processing is to off-load the time-consuming and costly process of sending data to the cloud, so substantial processing capability… Read More
Webinar – Why Keeping Track of IP in the Enterprise Really Matters
Everyone knows IP is an important asset for the enterprise. You spend a lot of money on IP licenses. You try to keep track of who bought what as buying the same thing twice is painful. You wonder if you have the latest version of an IP, especially if it’s part of mission-critical functionality. If you’re a good corporate citizen, you … Read More
Sondrel Creates a Unique Modelling Flow to Ensure Your ASIC Hits the Target
Designing an ASIC is little bit like trying to hit the bullseye, in the dark. I’ve spent several decades in the ASIC business I can tell you this is what it’s like from first-hand experience. When the design team sets out to build a custom chip to make their product better, faster, more robust, etc. (pick the words you like), there is … Read More
Flex Logix and Socionext are Revolutionizing 5G Platform Design
The world is buzzing with 5G deployment news. It seems the entire planet anxiously awaits the step function improvement in bandwidth and latency promised by this new technology. When there is additional deployment, it’s news. When there are new chipsets and devices supporting the standard it’s news. But when there is a fundamental… Read More
You Get What You Measure – How to Design Impossible SoCs with Perforce
We all know that a trusted, reliable, and well-integrated design flow is critical to successful advanced SoC design. So is proven, robust IP. While these elements are necessary for success, they are not, by themselves, sufficient. There are other aspects to consider – measurement, tracking and coordination. We’ve all heard … Read More
Unlocking the cloud: A new era for post-tapeout flow for semiconductor manufacturing