GLOBALFOUNDRIES will show off its 28nm design ecosystem at #48DAC next week in San Diego. The company will feature a full design ecosystem for its 28nm High-k Metal Gate (HKMG) technology, including silicon-validated flows, process design kits (PDKs), design-for-manufacturing (DFM), and intellectual property (IP) in partnership… Read More
Intel had a big press event yesterday at which they announced details of their 22nm process. In a change from their current processes, it goes with a vertical gate. In fact 3 gates which gives them much better control of leakage through transistors that are switched off, along with more transmission through the on transistors. They… 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
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
Although there has been always a strong relationship between ARM and GlobalFoundries, it is interesting to notice that Intel has helped to boost it and make it even stronger. Indeed when AMD renegotiated its x86 licensing deal with Intel in 2009, one of the most significant long-term changes was a marked reduction in how much of … Read More
This blog was posted 10 months ago, and the comments have made it much more interesting! Don’t miss the various comments at the back. Also feel free to let us know if you think the status, in this ARM vs Intel “war” has changed a lot since March 2011. Do you really think Intel has catch up with ARM in the mobile industry?… Read More
When I worked at Intel as a circuit design engineer I could talk directly with the technology development engineers to understand how to really push my DRAM designs and get the smallest possible memory cell layout that would still yield well, provide fast access time, and long refresh cycles.
(United States Patent 6661699. Inventor:… Read More
A recent EETimes article about memory IP vendors reminded me to follow up on my blogs about IP companies, which I believe are the best investments in semiconductor design today. It is a fluff piece, Mark LaPedus briefly mentions ARM, Synopsys, Virage Logic, and Denali, but his analysis is right on the mark. There is definitely money… Read More
