China has set a new internet speed record: 51.3 Tbit/s

Chinese researchers have achieved a new record data transfer speed thanks to an innovative cable.

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Chinese scientists have set a new world record for data transfer speed, reaching 51.3 Tbit/s. This was made possible by the use of an innovative, next-generation fibre-optic cable.

Briefly about the main points
  • China has set a new record for internet speed at 51.3 Tbit/s.
  • The new fibre-optic cable uses an air duct to transmit data.
  • This speed allows you to download 64,000 Full HD videos per second.
  • This technology reduces signal latency, which is important for digital services.

How the record was set

Chinese researchers have achieved a record data transfer speed 51.3 Tbit/s thanks to new fibre-optic cable technology. Unlike traditional versions, where the light signal passes through glass, the new cable uses an air-filled channel inside. This allows the light to interact with the glass to a minimal extent, reducing signal loss and eliminating delays during data transmission.

What does a speed of 51.3 Tbit/s mean?

To put this achievement into perspective, this bandwidth allows around 64,000 Full HD videos to be transmitted in a single second. This opens up new possibilities for exchanging large volumes of data between data centres, which is critically important in today’s digital world.

Where could the new technology be used?

Experts believe that the new generation of fibre-optic networks will be a key element in the development of artificial intelligence systems, large data centres, cloud services, high-frequency trading platforms and next-generation telecommunications. Reducing signal latency is particularly important for services where even milliseconds can affect performance.

Why it matters

Global demand for high-speed data transmission is growing rapidly due to advances in artificial intelligence, cloud technologies and digital services. If this new Chinese technology successfully completes the commercial roll-out phases, it could form the basis for next-generation networks and significantly transform the global internet infrastructure.

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