Designing larger than ever SoC, integrating multiple ARM’s Cortex-A15 and Cortex-A9 microprocessor cores as well as complexes IP functions like HDMI controller, DDR3 Memory controller, Ethernet, SATA or PCI Express controller are pushing designers to search for better price, performance and area tradeoffs and the SoC interconnect… Read More
Semiconductor Intellectual Property
Apple’s New iPAD and the End of PC Benchmarks
With the introduction of the “New iPAD”, we now have the 2012 benchmark for the tablet market, including the offerings that will come from Amazon later in the year. As has been noted earlier, with each new mobile product iteration Apple unmoors itself from the PC foundations of Microsoft, Intel and even nVidia and AMD. At the unveiling… Read More
Test Synopsys offensive in VIP and try the quiz
I have recently blogged about Synopsys offensive in the Verification IP market. Did Synopsys again launched a new product, or announced a new acquisition? This would be a serious topic to blog, but today’s blog is closer to gaming than market analysis. Sometimes it’s good to have fun, even if the topic is serious! In fact, Synopsys… Read More
Designing ARM Powered High Performance SoCs on 28nm and 20nm!
Last week I had an interesting meeting with GLOBALFOUNDRIES executives Kevin Meyer and Mojy Chian. It certainly seems that GFI has turned a corner! I will be in Dresden next week for DATE 2012 and will also visit the GFI Fab there. 28nm and 20nm are on track so expect an aggressive implementation plan from GFI this year.… Read More
3D Transistor for the Common Man!
The 1999 IDM paper Sub 50-nm FinFET: PMOSstarted the 3D transistor ball rolling, then in May of 2011 Intel announceda production version of a 3D transistor (TriGate) technology at 22nm. Intel is the leader in semiconductor process technologies so you can be sure that others will follow. Intel has a nice “History of the Transistor… Read More
Synopsys MIPI M-PHY in 28nm introduction with Arteris
MIPI set of specifications (supported by dedicated controllers) are completed by a PHY function, the D-PHY or the M-PHY function. The D-PHY was the first to be released, and most of the MIPI functions supported in a smartphone we are using today probably still use a D-PHY, but the latest MIPI specifications have been developed based… Read More
Does 14nm magically put Intel back on the lead smartphone lap?
I’ve often wanted to publish a book with nothing but photos of police cars, so that people wouldn’t have to slow down and gawk at them when they have someone pulled over on the side of the freeway. Intel roadmaps seem to have the same effect on people. No matter what is on them, even if there’s nothing really new, they… Read More
Yalta is Dead! Synopsys offensive in VIP restart the cold war
Last year, you could claim (like I did in this blog) that Cadence was making money with large VIP port-folio, when Synopsys was managing sales of a large Design IP port-folio (thanks to a successful acquisition strategy in the 2000’s). But the latest acquisitions made by Synopsys of VIP centric companies like nSys or ExpertIO should… Read More
Universal Flash Storage: Webinar
There has been a general trend for over a decade now towards the use of very fast serial interfaces instead of wide parallel interfaces. This has been driven by a number of different factors ranging from the lack of pins on an SoC, the difficulty of keeping wide parallel interfaces free of skew, limitations on printed circuit board… Read More
PLL Design Challenges for Integrated Circuit Designs
Nandu Bhagwan is CEO of GHz Circuits and has been designing PLL circuits used in ICs for the past 12 years. Mr. Bhagwan did a video interview with John Pierce of Cadence to talk about the challenges of PLL design.… Read More
Intel’s Pearl Harbor Moment