Advanced semiconductor nanometer technology nodes, together with smart IC design applications enable today very complex and powerful systems for communication, automotive, data transmission, AI, IoT, medical, industry, energy harvesting, and many more.
However, more aggressive time-to-market and higher performance… Read More
Advanced semiconductor nanometer technology nodes, together with smart IC design applications enable today very complex and powerful systems for communication, automotive, data transmission, AI, IoT, medical, industry, energy harvesting, and many more.
However, more aggressive time-to-market and higher performance… Read More
My career started out by designing DRAM circuits at Intel, and we manually sized every transistor in the entire design to get the optimum performance, power and area. Yes, it was time consuming, required lots of SPICE iterations and was a bit error prone. Thank goodness times have changed, and circuit designers can work smarter … Read More
Semiconductor companies designing ICs for smart phones, automotive and industrial applications, CPUs, GPUs and memory components all employ teams of custom IC designers to create the highest performance chips that are as small as possible, and at the lowest costs. Designers must verify and characterize their IP’s sensitivity… Read More
Configurable analog IP has traditionally been a tough nut to crack. Digital IP, of course, now provides for wide configurability for varying applications. In the same way that analog design has remained less deterministic as compared to digital design, analog IP has also tended to be less flexible. However, the tide may be turning… Read More
There are three critical goals that designers of custom digital designs and memories look to achieve with high sigma verification:
(1) obtaining accurate results,
(2) achieving results with good run-time (efficiency), and
(3) gaining proper insight into how their circuit is behaving along with an understanding of failure … Read More
We have been hearing about low power for a long time. Fortunately, low power chip operation has come about through a large number of innovations. Key among these is clock gating, frequency and voltage scaling, managing leakage with lower threshold voltage, HKMG, and many other techniques. But we are entering the age of ultra low… Read More
