Take a look at the figure below and tell me this information did not come from inside Apple. The question is: Was it voluntary or involuntary? Inquiring minds want to know! There are some minor surprises which I will get to in a minute but the actual source information is spot on to what I have heard the past few quarters. This spicy little… Read More
Three Colorful Bytes from the NXP History
The proposed merger of NXP and Freescale, which creates a bigger semiconductor outfit, also brings forth some fascinating history bytes from the technology heritage that these two spin-offs carry from their respective corporate parents. In 2006, Philips Electronics sold its chip business division Philips Semiconductors… Read More
ASML ASyMptotic progress- When will we get to EUV?
- ASML making progress – but is it fast enough?
- ASML has missed 10nm , can it catch 7nm? An economic question
- Day one at SPIE- Better tone than last year but still cautious
1000 simulated wafers versus 700 simulated
At the opening of the SPIE conference ASML announced that TSMC had reached 1000 wafers a day “exposed”… Read More
IoT Sensor Node Designs Call for Highly Integrated Flows
Applications for IoT sensors are becoming more sophisticated, especially for industrial usage. Building optimal sensors for different applications requires multi-domain design, optimization and verification flows. The sensor devices are usually MEMS, and as such have electrical properties that need to be tailored to … Read More
TSMC 20nm Essentially Worthless?
It happens at every process node, professional journalists write that something is broken and blames TSMC like a worn out record. To be fair they are not semiconductor professionals with access to the fabless semiconductor rank and file and are easily manipulated which is what happened again at 20nm. Remember when NVIDIA suggested… Read More
Do You Need a Silicon Catalyst?
Lately there has been significant concern over the rising costs of designing in silicon and the troubling decline in venture investments in semiconductors. These alarming trends include fewer IPOs, a falloff in the amount and frequency of early stage seed investments, and comparatively low industry organic growth rates. A … Read More
TSMC’s OIP: Everything You Need for 16FF+ SoCs
Doing a modern SoC design is all about assembling IP and adding a small amount of unique IC design for differentiation (plus, usually, lots of software). If you re designing in a mature process then there is not a lot of difficulty finding IP for almost anything. But if you are designing in a process that has not yet reached high-volume… Read More
TSMC vs Samsung!
One of the trending topics in Taiwan last week is the escalating conflict between Samsung and TSMC. This time however it is of a legal nature which has been a long time coming for the semiconductor industry. Reverse engineering has been an integral part of the semiconductor business since the beginning, as has intellectual property… Read More
Has the Semiconductor Industry Gone Mad?
The weather in Taiwan last week was very strange. It was so cold I tried to turn on the heat in my hotel room only to find out it was not possible. If you want more heat they bring a portable heater because who needs central heat in Hsinchu? Even stranger is all of the media hyperbole on the next process nodes:
Intel CFO: We’re so far… Read More
Intel to Launch 10nm Chips in Early 2017?
As I have mentioned before, Intel and the foundries approach process development from different starting points. Intel is committed to Moore’s law in reducing the transistor cost by increasing the process density in a near linear fashion. The foundries on the other hand work closely with partners and customers to determine the… Read More