News & Analysis
Comment
Neo1
This news is more about how Intel supports Universities or more particularly ...
Passion_nano
The problem of this junctionless transistor could be an introduction of new ...
Intel taps junctionless transistor research
Peter Clarke
9/21/2010 1:18 PM EDT
LONDON – Intel Corp. has announced that it has signed a three-year, $1.5 million research collaboration with the Tyndall National Institute at the University of Cork in Ireland. The research collaboration while broad, covering materials and devices, specifically includes work on a recent development at Tyndall, the junctionless transistor.
Intel has been close to silicon and nanotechnology research in Ireland for several years, as it has a wafer fab in Leixlip near Dublin. However, this agreement establishes a direct collaboration between Tyndall and Intel's central R&D technology research group in the United States. Intel has only one other such agreement in Europe, with the IMEC research institute in Leuven, Belgium. The agreement will provide Intel with a commercial exploitation license to technology created through the collaboration with Tyndall.
Tyndall scientists recently published a research paper on the junctionless transistor. Professor Jean-Pierre Colinge of Tyndall co-author of the paper Nanowire transistors without junctions, published by Nature Nanotechnology in February 2010 and said that junctionless transistors could be implemented commercially at around the 20-nm manufacturing node.
Under the research agreement Tyndall and Intel researchers are set to investigate next generation materials, devices and photonics technologies. Another idea that could gain traction with Intel is that photonics could be used for on-ship high-speed interconnect.
Mike Mayberry, director of components research and vice president of the technology and manufacturing group at Intel said: "Intel and Tyndall have been working closely together for some time on a range of different technologies. This new agreement forms a direct relationship with Intel s internal research group in Portland. Through their publications and technology, Tyndall researchers have demonstrated their ability to innovate and invent technologies that can advance the frontiers of semiconductor technology. We at Intel are excited to enter into this advanced research agreement with Tyndall and look forward to a productive collaboration with the team here."
Tyndall CEO, Professor Whatmore said, "This collaborative research program with Intel provides direct industry and market guidance to our research programs, helping to ensure that what we deliver is manufacturable, relevant and of benefit to society. We are delighted that this program includes the junctionless transistor device invented at Tyndall by Professor Jean-Pierre Colinge, as well as photonic and advanced interconnect technologies. The interactions with the engineers and scientists within Intel, the world's leading semiconductor company, will enable us to advance our technologies to the marketplace much more rapidly than we could possibly do on our own."
"This agreement with Intel is a direct result of the investments over the past 10 years by Science Foundation Ireland (SFI), the Higher Education Authority (HEA) and the Industrial Development Authority (IDA), which has attracted leading scientists and built word-class research facilities in Ireland. Now, more than ever, it is essential that the government maintains its investment in R&D if Institutes such as Tyndall are to continue to be key attractors for foreign direct investment said Professor Whatmore.
Related links and articles:
www.tyndall.ie
News articles:
Junctionless transistor is ready for 20-nm node, says researcher
Tyndall CEO touts junctionless transistor to the Valley
Junctionless transistor could simplify chip making, say researchers



Warren
9/21/2010 4:29 PM EDT
Well, I'm thinking it sounds awfully interesting. I'm also thinking that there have been some Intel purchases reported on this sight recently where there was plenty of peanut gallery comment on how Intel can't make a go of its corporate purchases so, for grins, I'd like to hear what the wisdom is on how well Intel does with it's university engagements.
Oh, speaking of engagements, the funniest thing I've seen in a while is the following tidbit from Popular Science regarding junctionless transistors where the feature for limiting current is described as a wedding band... which, essentially, squeezes the life out of the silicon wire to keep charge from passing. Too funny [don't tell my wife though].
"A component nicknamed the "wedding ring" regulates the flow of current by electrically "squeezing" the wire to stop the electron flow, much in the way you might crimp a drinking straw to stop liquid from moving through it."
//www.popsci.com/technology/article/2010-02/junction-less-transistor-could-lead-cheaper-more-efficient-chips
Sign in to Reply
JLS
9/21/2010 7:50 PM EDT
This "wedding ring" sounds a lot like a grid in a vacuum tube that has a negative charge to regulate the current between the cathode and anode. Interesting name, though; must not come from pleasant experiences.
Sign in to Reply
pixies
9/21/2010 5:25 PM EDT
A junction exists whenever two materials meet at an interface. In this case the silicon is so thin it is fully depleted. Besides, how are you going to make contacts? A Schottky Junctions will definitely be involved making the contacts. So calling it a "junction-less" transistor is indeed a misnomer. As to the wedding ring analogy, unlike a transistor, a wedding ring never allows charge to flow, so that's a misnomer too. :)
Sign in to Reply
Dave.Dykstra
9/22/2010 12:08 AM EDT
Well, I'm thinking that anything that provides higher speed interconnects has a great deal of potential. What we don't see here anywhere are what the potential problems and issues are with this solutions. As pointed out, I suspect that "junction-less" is a bit of a misnomer, but I would like to see more detail on how this actually works (the wedding ring analogy is pretty interesting and I'm sure there will be a lot more humor from that).
Sign in to Reply
kinnar
9/22/2010 8:18 AM EDT
seems great, junctions is the place due to which it requires using two different materials for chip manufacturing. one this technology is feasible for production will improve the number of transistors on chip. but looking fundamentally it would be very interesting to know how the amplification is being done in this transistor.
Sign in to Reply
Passion_nano
9/23/2010 1:29 AM EDT
The problem of this junctionless transistor could be an introduction of new source of dopant density fluctuation in ultra small FETs which would not present in an un-doped channel.
Sign in to Reply
Neo1
9/24/2010 12:48 AM EDT
This news is more about how Intel supports Universities or more particularly Profs who indulge is offbeat often unexciting research. Junctionless transistors, my ankle! just renaming something to make it sound exiting will not make the research productive. A completely unwarranted article but at least the Irish govt is happy for the moment.
Sign in to Reply