Mike Hutton of Altera spends most of his time thinking about a couple of process generations out. So a lot of what he worries about is not so much the fine-grained architecture of what they put on silicon, but rather how the user is going to get their system implemented. 2014 is predicted to be the year in which over half of all FPGAs will… Read More
New embedded computing standards always take a while to get traction, and a burning question for innovators is what to do in the period between concept and acceptance. Sometimes, new ideas come when commercial silicon changes direction.… Read More
SemiWiki would like to call you, your co-workers, and your company to participate at ERSA Conference in Las Vegas , July 16-19, 2012. I will be there and it would be a pleasure to work with you on this very important event!
ERSA, is Engineering of Reconfigurable Systems and Algorithms. Since this year, the emphasis will be on the commercial… Read More
The “old saw” is “To Sell in May and Go Away.” It’s a Maxim that particularly applies to semiconductor stocks as they typically drop from a post April earnings peak through the summer doldrums to a late September nadir only to be revived in the prelude of October earnings. It has happened again this year, although the path taken by the… Read More
28nm FPGAs are finally hitting the market and the next round in the battle between Altera and Xilinx is heating up. At 40nm, Altera beat Xilinx out the door by a year and as a consequence won a lot of new sockets in the high end Communications market. In the past year, Altera has closed the revenue and market share gap with Xilinx. This … Read More
It is no secret that SoC designs continue to increase in complexity and time-to-market windows are shrinking. While there is room for debate on just how big a fraction of SoC design effort goes on verification, there is no debating that it is a large part of the total. Simulation is increasingly too slow, especially when software … Read More
FPGA-based prototype boards are a fast, cost-effective platform for SoC system validation but they are notoriously difficult to set up and to debug. There is a big upside, however, allowing early software integration and testing and thus finding bugs in both the software and the SoC earlier. This approach is much cheaper than … Read More
I was at Mentor’s u2u (user group) meeting and one of the keynotes was by Ivo Bolsens of Xilinx. The other was by Wally Rhines and is summarized here.
Ivo started off talking analogizing SoCs as the sports-cars of the industry (fast but expensive), and FPGAs as the station wagons (not cool). In fact he even said that when Xilinx… Read More
Have you ever had the experience where you look up some unusual word in the dictionary since you don’t remember seeing it before. And then, in the next few weeks you keep coming across it. Twice in the last week I have been in presentations about the economics of putting die onto silicon interposers and the possibility of a new… Read More
Is Intel in trouble? Since it is the #1 semiconductor company and, shipping 22nm in Q4 this year with 14nm in 2013, it is two process generations ahead of everyone else it is hard to see why it would be. Intel, of course, continues to dominate the market for chips for notebooks, desktops and servers. But therein lies the problem. Pads… Read More
