Laws Don’t Apply Anymore


One of the nifty things about technology is that it's always new and always being refreshed. That creates problems, though. The speed with which technology is overhauled or changed out is so much faster than the social and legal infrastructure built to support and protect the people buying it, that the two worlds are now years, if not decades, out of sync. The first whiff of this came in 198... » read more

Ideal Memory IP For IoT Applications


The endless possibilities for IoT applications are driving a new wave of imaginative thinking, and for good reason. Recent surveys estimate the number of IoT devices by 2020 will be in the 50 billion units range. The numbers are far too high to ignore and, hence, we have entered a new era of imaginative and creative thinking! To put this in perspective, IoT applications are growing many time... » read more

New Metrics For The Cloud


Data centers are beginning to adjust their definition of what makes one server better than another. Rather than comparing benchmarked performance of general-purpose servers, they are adding a new level of granularity based upon what kind of chips work best for certain operations or applications. Those decisions increasingly include everything from the level of redundancy in compute operations, ... » read more

Manufacturing Bits: July 28


Molecular chips Researchers from various organizations have devised a transistor consisting of a single molecule and a few atoms. The work could one day lead to the integration of molecular-based devices with existing semiconductor technologies. This work was conducted by Paul-Drude-Institut für Festkörperelektronik (PDI), Freie Universität Berlin (FUB), NTT and the U.S. Naval Research L... » read more

The Week In Review: Manufacturing


An alliance led by IBM Research has produced the semiconductor industry’s first 7nm test chips with functioning transistors. The breakthrough, accomplished in partnership with GlobalFoundries and Samsung at SUNY Polytechnic Institute’s Colleges of Nanoscale Science and Engineering, could result in the ability to place more than 20 billion tiny switches, or transistors, on a chip. There i... » read more

Big Data, Big Holes


Having the potential to collect massive amounts of data from a variety of sources is the latest tool for trend spotting, predictive modeling, and forecasting of information. Information is power and big data promises to provide substantial, significant data that can be used by all tiers of businesses in the development of any number of new industrial and commercial strategies. For retailers ... » read more

Wrong Verification Revolution Offered


SoC design traditionally has been an ad-hoc process, with implementation occurring at the register transfer level. This is where verification starts, and after the blocks have been verified, it becomes an iterative process of integration and verification that continues until the complete system has been assembled. But today, this methodology has at least two major problems, which were addres... » read more

Board Games?


Applied Materials has elected Willem Roelandts as chairman. He succeeds Michael Splinter, who has retired from the board. Splinter, who is no longer associated with Applied Materials, served as chief executive at Applied from 2003 to 2013 and as chairman since 2009. In late April, Splinter was nominated to the board at Taiwan Semiconductor Manufacturing Co. Ltd. (TSMC). Splinter, along with ... » read more

Driving Memory Beyond DDR4


While attending recent technology trade shows, the Intel Developer’s Forum (IDF) in August and last week’s ARM TechCon, I participated in many interesting discussions around server performance, power consumption, memory bandwidth and capacity. The race to introduce higher-performing servers that consume less power is fueled by the growing demand for new applications in the enterprise, commu... » read more

Executive Insight: Simon Segars


SE: What concerns you most? Segars: In the context of design and where chip design is going, ARM is a long-term business. We’re doing stuff now that is going to ship in five years’ time. Obviously, for everyone in this space, Moore’s Law has been a fantastic thing. It’s enabled us to achieve really fantastic scaling of transistors, and everyone knows that is getting harder and harder... » read more

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