Axar.az
UP
17 February 2019


New transmitter could make Wi-Fi 10 times faster

Home page Technology
12 Punto 14 Punto 16 Punto 18 Punto

Japanese researchers have announced that they've developed a new transmitter that can beam data at an incredible 100 gigabits per second (Gbps) - a connection speed that would let you download a Blu-ray film in a couple of seconds.

The transmitter works by sending data out at much higher frequencies than current routers, using the unchartered terahertz (THz) band to reach speeds close to those achieved by optical fiber. This transmitter could be the key to achieving Wi-Fi connections 10 times faster than is possible with existing technology.

Electromagnetic waves come in all different lengths, but our current transmitters send out waves in the gigahertz (GHz) band - around the 5 GHz range for standard routers, and up to 60 GHz for high-speed LAN connections.

"Today, we usually talk about wireless data-rates in megabits per second or gigabits per second. But I foresee we'll soon be talking about terabits per second," said lead researcher Minoru Fujishima from Hiroshima University. "That's what THz wireless technology offers."

Of course, there are limitations to the THz band. Not only is it hard to develop transmitters that use these short waves, but, in general, these high-frequency signals have a shorter range and are less able to penetrate objects.

Date
2016.02.11 / 17:50
Author
Axar.az
Comments
See also

Mobile app for visa registration to be launched in Azerbaijan

NASA shares breathtaking Mars images - Photo

NASA bids farewell to Mars rover after 15 years

Facebook, YouTube offices should open in Azerbaijan

Phones emmiting the most and the least radiation - Photo

Azerbaijan radically reconstruct digital power system

The new Picasso? Meet Ai-Da the robot artist - Video

NASA finds 22-mile wide crater under Greenland ice - Video

Russian satellite registers unknown physical phenomena

Google celebrates chemist accidentally 'Discovered' caffeine

Latest
 
Xocalı soyqırımı — 1992-ci il Bağla
Bize yazin Bağla
ArxivBağla