The Linley Group is an industry-leading source for independent technology analysis of semiconductors for networking, communications, mobile, and data-center applications. Their Microprocessor Report is widely read as a source of un-biased, no-nonsense analysis of technologies and trends. So, when they dig into something… Read More
Author: Daniel Nenni
Why Do Brilliant People Like to Work Together?
This is the eleventh in the series of “20 Questions with Wally Rhines”
In high technology, there are numerous instances of highly productive groups coming together and generating game-changing ideas and products. This happened at Shockley Semiconductor in the 1960s when Gordon Moore, Bob Noyce, Jean Hoerni and… Read More
eSilicon and SiFive partner for Next-Generation SerDes IP
While writing “Mobile Unleashed: The Origin and Evolution of ARM Processors In Our Devices” it was very clear to me that ARM was an IP phenomenon that I did not believe would ever be repeated. Clearly I was wrong as we now have RISC-V with an incredible adoption rate, a full fledged ecosystem, and top tier implementers… Read More
Desperation Drives Inspiration
This is the tenth in the series of “20 Questions with Wally Rhines”
1978 was a bad year for TI. In April, Intel announced the 8086 followed by disclosures of 16-bit microprocessors from Motorola, the 68000, and Zilog, the Z8000. TI had tried to leapfrog the microprocessor business by introducing the TMS 9900 16-bit … Read More
Synopsys Offers First Single-Vendor Comprehensive Photonic IC Design Flow
Synopsys has a long history of being a thought leader and it’s not surprising to see the company jumping into the forefront of new technologies. For decades, I’ve been steeped in electronic IC design and it caught me by surprise to find that Synopsys had been quietly working on filling out their portfolio in the optical design solutions… Read More
Speak N Spell
This is the ninth in the series of “20 Questions with Wally Rhines”
Success has many authors and the Speak & Spell product from Texas Instruments generated lots of write-ups to demonstrate this. For most of the semiconductor industry, results of innovation were not apparent to the masses but, for the consumer … Read More
Deep learning fueling the AI revolution with Interlaken IP Subsystem
AI is revolutionizing and transforming virtually every industry in the digital world. Advances in computing power and deep learning have enabled AI to reach a tipping point toward major disruption and rapid advancement. However, these applications require much higher performance and bandwidth requiring new kinds of IP and… Read More
Stubbornness Captures an Entire Disruptive Technology and Leads to an Academy Award
This is the eighth in the series of “20 Questions with Wally Rhines”
In 1972, I joined TI and was assigned to work on a new contract that had just been awarded and badly needed staffing. The U.S. Department of Defense had decided that solid-state charge-coupled device (CCD) image sensors were going to be a strategic technology… Read More
Maximize Bandwidth in your Massively Parallel AI SoCs?
Artificial Intelligence is one of the most talked about topics on the conference circuit this year and I don’t expect that to change anytime soon. AI is also one of the trending topics on SemiWiki with organic search bringing us a wealth of new viewers. You may also have noticed that AI is a hot topic for webinars like the one I am writing… Read More
TI Patent Priorities
This is the seventh in the series of “20 Questions with Wally Rhines”
Probably the most innovative person I met at Texas Instruments, other than Jack Kilby, was Ken Bean. Ken had a list of patents that would impress even the most skeptical. He started his career at Eagle Picher and came to TI in the mid 1960s. He was a warm,… Read More









Quantum Computing Technologies and Challenges