I cut my teeth in silicon IC design at Texas Instruments during the early 1980’s working on what would eventually become the ASIC and Fabless IC industries that enabled the explosive growth of the electronics industry over the last three decades. Of late I’ve become involved in the silicon photonics space and I am getting an incredible… Read More
Fabless vs IDM for Data Centers: Silicon Photonics as a Disruptive Force?
I recently received a copy of a book entitled Silicon Photonics III (Amazon) and while perusing the book I was captured by the first chapter entitled ‘Silicon Optical Interposers for High-Density Optical Interconnects’. The chapter covered the work of a team in Japan on an idea they termed “on-chip servers” and “on-board data … Read More
How my 17 year old daughter will drive Silicon Photonics into the Mainstream
I read with interest a recent article in the San Jose Mercury News (Live Video) about how the availability of better quality cameras on smartphones and the growing appetite for on-demand content on social media now have Facebook and Twitter competing head to head to encourage more people to stream raw footage. Pre-recorded videos… Read More
The “Era of the Photon” is here!
The 50 year anniversary of the publication of Moore’s Law was recently celebrated, highlighting the tremendous advances in the Microelectronics Eraof the period in human history known as the Information Age. However, the technical and economic challenges currently faced by the microelectronics industry are bringing into… Read More
Lighting Up The Cloud
In our rush to imagine a world populated with IoT devices, tech advances at the top end of this ecosystem (the cloud) don’t seem to get much airtime. But this isn’t because they are limited to modest refinements. As one example, there is active technology development in connectivity around fiber-based communications within the… Read More
Why silicon photonics and 2.5D design go together
Silicon photonics is one of the upstart “More than Moore” technologies designed to enable the next generation of high-performance devices. Photonic design is the art of moving and transforming signals in the form of photons, allowing the message to literally travel at the speed of light, and bringing the promise of significant… Read More
The Transistor is the Foundation of TCAD to Signoff
At the most basic level, semiconductor design is all about transistors. Any report on a large microprocessor or mobile application processor is in awe about how many transistors it contains. Moore’s Law is all about the most economic way to manufacture transistors. Each process generation for the last decade and looking ahead… Read More
How to design silicon photonics–take this class!
Silicon Photonics is the hottest prospect for blazing fast communication between chips in servers, data centers, and supercomputers.
By using light instead of electrical signals, it promise to usher in a new standard of high performance, low power devices while extending the use of more mature process nodes, helping to reduce… Read More
Opto-Electronics to Take Care of Data Explosion
As we come nearer to an intelligent IoT world, one of the major concerns we talk every day is about data explosion, its storage, and access and so on. In the beginning of the year, I had blogged about some facts that indicated successful emergence of IoT in very near future. My faith gets further strengthened when I envision the semiconductor… Read More