Korea Advanced Institute of Science and Technology (KAIST, President Lee Kwang-hyeong) announced on the ninth that a research team led by Professor Jeongwon Kim of the Department of Mechanical Engineering developed a technology that may generate and distribute ultra-low-noise clock signals inside a semiconductor chip using lasers.
Previously, the accuracy of the clock signal was normally at the extent of picoseconds (1/1 trillionth of a second), but with the technology developed this time, a clock with accurate timing at the extent of femtosecond (1/one thousandth of a second) is superior to the prevailing method. It’s explained that signals could be generated and distributed throughout the chip, and the warmth generated within the chip through the clock distribution process could be drastically reduced.
KAIST Department of Mechanical Engineering Ph.D. student Minji Hyun participated as the primary creator and this paper, which was a joint research with Professor Ha-Yeon Jung of Korea University Sejong Campus, was published within the international journal Nature Communications on April twenty fourth.
In an effort to distribute clock signals inside a high-performance semiconductor chip, numerous clock drivers should be utilized in a clock distribution network (CDN), which not only increases heat generation and power consumption but in addition affects clock timing. will fall Clock timing inside a chip is decided by jitter, which changes rapidly at random, and skew, which is the difference between clock arrival times between different points throughout the chip. Because the variety of clock drivers increases, each jitter and skew It often grows to greater than a couple of picoseconds.
To unravel this problem, the research team introduced a recent clock distribution network technology that uses an optical frequency comb laser with sub-femtosecond jitter because the master clock. It is a clock signal in the shape of a square wave through the strategy of charging and discharging the clock distribution network in the shape of a metal structure within the semiconductor chip after converting the optical pulses generated from the optical frequency comb laser into photocurrent pulses using a high-speed photodiode. method to create.
Particularly, with this technology, clocks could be distributed inside a chip through only a metal structure that removes the clock drivers of the clock distribution network, thereby improving timing performance and significantly reducing heat generation throughout the chip. Consequently, it was possible to point out excellent timing performance by lowering jitter and skew to lower than 20 femtoseconds, which is 1/100 of the previous method, and power consumption and warmth generation through the clock distribution process throughout the chip is also reduced to 1/100 of the previous method. told
Professor Jeongwon Kim said, “Currently, we’re conducting research on improving performance by supplying a sampling clock signal with very low jitter to high-speed circuits resembling analog-to-digital converters.” A follow-up study can also be being planned.”
Meanwhile, this research was conducted with the support of the Samsung Future Technology Development Center.
Reporter Yeju Cho joyejuoffice@aitimes.com
… [Trackback]
[…] Read More: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Read More on to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Find More here to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Find More Information here to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Read More to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Find More Info here on that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
… [Trackback]
[…] Read More to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
Very shortly this web site will be famous among all blogging visitors, due to it’s good content
Hello friends, its fantastic post regarding educationand fully explained,
keep it up all the time.
Greate pieces. Keep posting such kind of information on your blog.
Im really impressed by it.
Hi there, You have done a great job. I will definitely digg it and in my opinion suggest to my friends.
I’m sure they’ll be benefited from this site.
Nice post. I used to be checking constantly this blog and I’m impressed!
Extremely helpful information specifically the last part 🙂 I
take care of such information a lot. I was seeking
this particular info for a long time. Thanks and best
of luck.
Thanks for every other informative blog. The place else may just
I get that kind of information written in such
an ideal method? I have a project that I am simply now running on, and I have been at the look out for such information.
Hello, I enjoy reading through your article.
I like to write a little comment to support you.
Here is my homepage – เที่ยวฮ่องกง
Does your website have a contact page? I’m having a touygh time locating it but, I’d
like to shoot yoou an email. I’ve got some suggestions
forr your blog you might be interested in hearing. Either way, great site and I look
forward to seeing it grlw over time.
Take a look at my web blog; 카지노사이트
Having read this I thought it was extremely informative.
I appreciate youu spending some time and energy to put this shor article together.
I once again find myslf spending way too much tije both reading and leeaving comments.
But so what, it was still worthwhile!
Feell free to visit my homepage: 카지노사이트
Hello there, I foun your blo by the use of Google whilst searchung for a comparable topic, your site came up, it looks good.
I have bookmarked it in my google bookmarks.
Hi there, just was aware of your blog through Google, and found that it is really informative.
I’m gonna be careful for brussels. I will appreciate in case you continue this in future.
Lots of other people will be benefited out of your writing.
Cheers!
Visit my page: 카지노사이트
At this moment I am going away to do my breakfast, afterward having my breakfast coming over again to read other news.
Good answer back in return of this query with solid arguments and describing the whole thing concerning that.
alqays i used tto rwad smaller posts that also clear
their motive, and that is also happening with tthis piece of
writing which I am reding now.
Also visit my webpage 카지노사이트
Hello, Neat post. There is a problem with your web site in internet explorer, migt test this?
IE still iss the marketplace leader and a big portion of people
will omit your fantastic writing because of this problem.
Feel free to visit my web blog STANDARD WAVEGUIDE
Thanks for evgery other informative blog.
The place else could I am getting that type off
info written in such an ideal approach? I’ve a mission that I’m just now operating on, annd I’ve been at the glance
out for such info.
Have a look at myy webpage; 카지노사이트
Hi, I do think this is an excellent web site. I stumbledupon it 😉 I’m going to
revisit once again since i have book-marked it. Money and freedom
is the greatest way to change, may you be rich and continue to guide
others.
This piece of writing is truly a fastidious one it assists new net
visitors, who are wishing for blogging.
Feel free to visit my site … โปรแกรมทัวร์ไต้หวัน
Hey There. I found your blog using msn. This is a very well written article.
I will be suure to bookmark iit and retturn to read more of your useful information. Thanks for the
post. I will certainly return.
Visit my homepagee :: 카지노사이트
Pretty section of content. I just stumbled upon your
website and in accession capital to assert that I get actually enjoyed
account your blog posts. Any way I will be subscribing to your augment and even I achievement you access consistently fast.
… [Trackback]
[…] Read More on to that Topic: bardai.ai/artificial-intelligence/kaist-develops-clocks-for-semiconductor-chips-which-are-accurate-to-1-trillionth-of-a-second/ […]
I love looking through a post that can make people think.
Also, thanks for permitting me to comment!
There is definately a great deal to learn about this topic.
I love all the points you made.
I am in fact thankful to the owner of this website who has shared this great piece of writing at at this
time.
Hi there! I realize this іs kind of off-topic
however I hhad to ask.Dooes ƅuilding a well-established blog llike yours require a large аmpunt of
work? I am brand new to blogging hօwever I do write in my jjournal оn a daily basis.
Ӏ’d like to start a blog so I can easily share myy own exрerience and tһoughts ⲟnline.
Pⅼease let me know if ｙou have any ideas
օrr tips for brand new aѕpiring blog owners. Apreciate it!
You could certainly see your enthusiasm within the work you write.
The world hopes for even more passionate writers like you who are not afraid
to say how they believe. Always follow your heart.
whoah this blog is fantastic i like reading your articles.
Stay up the good work! You know, many individuals are searching round
for this info, you can aid them greatly.
I will right away seize your rss feed as I can not find your email subscription link or newsletter service.
Do you’ve any? Please permit me understand in order that I could subscribe.
Thanks.
Your Doll is actually a confirmed distributor ドール エロof sex dolls from almost 30 makers all over the world.
A motivating discussion is definitely worth comment. I do believe that you need to write more on this topic, it may not be a taboo
matter but usually folks don’t speak about such topics.
To the next! Kind regards!!
I just like the valuable info you supply on your articles.
I’ll bookmark your weblog and test once more here frequently.
I’m somewhat sure I’ll be informed plenty of new stuff
proper right here! Best of luck for the following!