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A few days ago, Japanese researchers said that they have developed a 100 Gigabit invisible optical fiber transmitter, the network speed is ten times that of the current WIFI, it only takes a few seconds to download a Blu-ray movie
.
Currently, the new technology and its claimed speed have not been
peer-reviewed.
However, if the technology does work, this transmitter will be the key to achieving 10 times faster WiFi connection
speeds.
Also, to understand why new transmitters are so fast, we need to understand how WiFi works
.
Simply put, our routers send data in the form of electromagnetic waves, and devices such as mobile phones, tablets and laptops will receive electromagnetic waves and convert it into information, which is the process
of digital devices connecting to the Internet through WiFi.
Electromagnetic waves come in different wavelengths, and our current transmitters emit electromagnetic waves in the band of gigahertz (GHz), standard routers in the band around 5GHz, and high-speed LAN connections up to 60GHz
.
In general, the higher the frequency, the shorter the wavelength, which also means a faster connection
.
12Next View full article
A few days ago, Japanese researchers said that they have developed a 100 Gigabit invisible optical fiber transmitter, the network speed is ten times that of the current WIFI, it only takes a few seconds to download a Blu-ray movie
.
Currently, the new technology and its claimed speed have not been
peer-reviewed.
However, if the technology does work, this transmitter will be the key to achieving 10 times faster WiFi connection
speeds.
Also, to understand why new transmitters are so fast, we need to understand how WiFi works
.
Simply put, our routers send data in the form of electromagnetic waves, and devices such as mobile phones, tablets and laptops will receive electromagnetic waves and convert it into information, which is the process
of digital devices connecting to the Internet through WiFi.
Electromagnetic waves come in different wavelengths, and our current transmitters emit electromagnetic waves in the band of gigahertz (GHz), standard routers in the band around 5GHz, and high-speed LAN connections up to 60GHz
.
In general, the higher the frequency, the shorter the wavelength, which also means a faster connection
.
12Next View full article
12Next View full article
