Owl Fiber Optics

Owl Fiber Optics Consulting and educating in fiber optic
technology used for professional audio,
video recording and broadcast products.

Owl Fiber Optics is celebrating Charles K. Kao's 92nd birthday on November 4, 2025. He is known as the “father of fiber ...
11/04/2021

Owl Fiber Optics is celebrating Charles K. Kao's 92nd birthday on November 4, 2025. He is known as the “father of fiber optic communications”. Watch this informative video below! Enjoy!

Charles K. Kao | Who Was Charles K. Kao? American-British-Chinese electrical engineer Biography Google Doodle Celebrates Charles K. Kao's 88th Birthday, Sir ...

What is the fastest Fiber Optic speed to date? (July 19, 2021) reported by https://www.news18.comFastest Internet Speed ...
09/28/2021

What is the fastest Fiber Optic speed to date? (July 19, 2021) reported by https://www.news18.com

Fastest Internet Speed Record: Japan Uses New Fiber Broadband Cable to Hit 319 Tbps

The fastest fiber internet speed record today stands at a whopping 319 Tbps. (Illustration: University of Central Florida)
For reference, the new fastest internet speed record is almost twice as fast as the previous record, and 10 million times faster than my home network.
SHOUVIK DAS
We all love super-fast, smooth internet services, and for the most part, if you live in a metropolitan city, you would be able to get your hands on a reasonably fast fiber broadband service that gives you 300 Mbps bandwidth on average. This can take care of literally all your streaming needs, including streaming 4K content on multiple devices. Researchers, however, are never satisfied with things being just about good enough, which is why we have laboratories in universities around the world that seek to achieve faster internet speeds than ever seen before. That’s exactly what the National Institute of Information and Communications Technology (NICT) in Japan have now set, scaling up the fastest internet speed record in the world to a whopping 319 TERAbits per second.
First, the tech — to hit this record, the researchers at NICT chose to innovate with the fiber optic cable right at the onset. Typical fiber broadband cables have one core (which carries the data at breakneck speeds for you), surrounded by a lot of insulation to protect that core and make sure that the data transmission does not break. In this transmission, the Japanese researchers used an experimental cable that used four cores instead of the usual one, along with a similar amount of insulation around. It is this that the researchers believe is the most crucial bit of innovation, and it may help push higher data throughputs leading to faster internet speeds in future.
To be frank, though, don’t go around expecting a 319 Tbps network at your home any time soon. As the published research reveals, to achieve this speed, the team used a 552-channel comb laser and beamed it at multiple wavelengths to initiate the data exchange. It further used rare earth mineral amplifiers to sustain the data at this speed for a prolonged, simulated distance — a stretch of 3,001km, apparently. While this too remains too expensive and elaborate a process in comparison to viable commercial technology, what’s encouraging to note is that the 319 Tbps data transmission was clearly doable and durable too.
It’s important to note that while this technology isn’t cheap, it most likely does not need to be — at least right away. The researchers state that they expect this sort of technology to be used in areas such as long range industrial data transmission, such as terrestrial space exploration data exchanges, which may require super instantaneous data exchanges of vast troves of data to increase the efficiency of missions. It’s not exactly the kind of technology that would help us stream cat videos better on YouTube, for the present fiber broadband services already offer enough speed to let you watch content at high frame rates and peak resolutions, without any buffering. In other words, consumer internet services are already fast enough to suit the present crop of displays.
The real win for research projects such as these lie in how they would impact the future of communications. It is likely that there will be a time in future when a 319 Tbps internet connection is no longer a surprise, even though it is, at the moment, over 10 million times faster than the internet connection at my home. The new record shatters the previous one, of 178 Tbps, by a huge margin, which makes this feat even more impressive. The entire paper can be read here, so head along if you wish to know more about the exact new fiber cable technology.

07/31/2021

What is the fastest Internet speed to date?

New Internet Speed World Record: 178 Terabits a Second

The world’s fastest data transmission rate has been achieved by a team of University College London engineers who reached an internet speed a fifth faster than the previous record.

Working with two companies, Xtera and KDDI Research, the research team led by Dr. Lidia Galdino (UCL Electronic & Electrical Engineering), achieved a data transmission rate of 178 terabits a second (178,000,000 megabits a second) – a speed at which it would be possible to download the entire Netflix library in less than a second.

The record, which is double the capacity of any system currently deployed in the world, was achieved by transmitting data through a much wider range of colors of light, or wavelengths, than is typically used in optical fiber. (Current infrastructure uses a limited spectrum bandwidth of 4.5THz, with 9THz commercial bandwidth systems entering the market, whereas the researchers used a bandwidth of 16.8THz.)

To do this, researchers combined different amplifier technologies needed to boost the signal power over this wider bandwidth and maximized speed by developing new Geometric Shaping (GS) constellations (patterns of signal combinations that make best use of the phase, brightness and polarisation properties of the light), manipulating the properties of each individual wavelength. The achievement is described in a new paper in IEEE Photonics Technology Letters.

The benefit of the technique is that it can be deployed on already existing infrastructure cost-effectively, by upgrading the amplifiers that are located on optical fiber routes at 40-100km intervals. (Upgrading an amplifier would cost £16,000, while installing new optical fibers can, in urban areas, cost up to £450,000 a kilometer.)

The new record, demonstrated in a UCL lab, is a fifth faster than the previous world record held by a team in Japan.

Now that's truly amazing!!

05/08/2021
07/02/2020

On a different note!! Fiber Optics is the backbone of the new 5G and the Internet. Without it you couldn’t achieve the high bandwidth for the population around the globe. Fiber Optics is the leader in high bandwidth today and the future! We are now experiencing 400Gb/s and recently 800Gb/s fiber optic transmission data rates! Now that is truly amazing!! Best Wishes, Ron

http://www.aes.org/events/145/networkedaudio/?ID=6176
09/23/2018

http://www.aes.org/events/145/networkedaudio/?ID=6176

Now that AV is rapidly increasing in its deployment of fiber optic technology, a need to better understand how fiber optic connectors can affect the signals in a AV system. This workshop is designed to introduce and educate the design engineer, technician, user or student how to select and terminate...

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