eSilicon was one of the first companies to focus on making the benefits of the fabless semiconductor movement available to a broader range of customers and markets. The company is credited with the creation of the fabless ASIC model. In this section, eSilicon shares some of its history and provides its view of the ever-changing … Read More
400G Ethernet test chip tapes-out at 7nm from eSilicon
Since the beginning of May eSilicon has announced the tape-out of three TSMC 7nm test chips. The first of these, a 7nm 400G Ethernet Gearbox/Retimer design, caught my eye and I followed up with Hugh Durdan, their vice president of strategy and products, to learn more about it. Rather than just respin their 56G SerDes, they decided… Read More
eSilicon ASICs all in the Google Cloud
Having just completed a cloud evaluation for SemiWiki I can tell you why eSilicon chose Google. Simply put, they are working harder to get cloud business. Google ($4B) is the number five cloud provider behind Microsoft ($21.2B), Amazon ($20.4B), IBM ($10.3B) and Oracle ($6.08B). There is a lot of money in the cloud and a lot more … Read More
eSilicon Bucking the Trend at OFC with 7nm SerDes
A recent press release from eSilicon caught my eye. The company has been touting their 7nm SerDes quite a bit lately – reach, power, flexibility, things like that. While those capabilities are important, any high-performance chip needs to work in the context of the system, which usually contains technology from multiple sources.… Read More
eSilicon Expands Expertise in 7nm
At SemiWiki we usually don’t write about the press releases we are sent. However, a recent press release by eSilicon caught my eye and prompted me to call Mike Gianfagna, eSilicon Vice President of Marketing. The press release is not just about one thing, rather it focuses on a number of interesting things that together show their… Read More
Getting to 56G Takes The Right Stuff
During the 1940s when aerospace engineers were attempting to break the sound barrier for the first time, they were confronting a slew of new technical issues that had never been dealt with before, and in some cases never seen before. In subsonic flight airflow was predictable and well understood. In crossing the sound barrier, … Read More
56G and 112G SerDes Where the rubber meets the road
No matter how high the processing capability of a chip, its overall performance is limited by IO speed. This is very similar to a car with low performance tires, a powerful engine will not be able to transfer its energy to the ground effectively. There is quite literally a race going on between core processing and IO speeds for transferring… Read More
Playing the Long Game with 56G SerDes
IP has always been a hot topic on SemiWiki with quite a bit of our readers doing the “make versus buy” analysis. SerDes is one of the more difficult “makes” so it is mostly a “buy” analysis made by networking class ASIC architects and a handful of other applications that demand high performance and throughput. Based on the recent traffic… Read More
Semiconductor IP Reality Check
A robust, proven library of IP is a critical enabler for the entire semiconductor ecosystem. Without it, ASIC design is pretty much impossible, given time-to-market pressures. Said another way, designing IP for your next chip simply doesn’t fit the schedule – most teams have barely enough time to integrate and validate pre-existing… Read More
The Ever-Changing ASIC Business
The cell-based ASIC business that we know today was born in the early 1980s and was pioneered by companies like LSI Logic and VLSI Technology. Some of this history is covered in Chapter 2 of our book, “Fabless: The Transformation of the Semiconductor Industry”. The ASIC business truly changed the world. Prior to this revolution,… Read More
