100G Internet: Forget 4G and 5G, 100G is coming! India will have the world's most powerful network lab..

Nowadays, the internet has reached every home through smartphones. The era when people were troubled by low internet speeds is long gone. With the advent of 4G internet, companies are now competing to make it both affordable and fast. Consequently, a significant amount of research and development is underway in the field of internet connectivity. In this regard, Finnish company Nokia has launched its largest research center in Chennai, the capital of Tamil Nadu. At this research center, the company is working on technologies to speed up fixed internet. Work on 100G internet is also underway at this center. But what exactly is 100G internet, and how different is it from our current internet? To understand this mystery, we need to understand the journey of data that travels at the speed of light.

What is 100G internet?
In simple terms, 100G means a speed of 100 gigabits per second (100 Gbps). This is hundreds of times more powerful than the typical broadband connection you use at home. While we currently consider speeds of 100 Mbps or 1 Gbps to be very fast, 100G technology takes data transfer capacity to a whole new level. This technology primarily serves as the backbone for large data centers, telecom towers, and cloud computing, ensuring uninterrupted internet traffic.

How does a 100G network work?
The entire infrastructure of 100G internet relies on fiber optic technology. Data travels as beams of light instead of electrical signals. This process uses a special technology called 'coherent optics'. This technology encodes data into light waves in such a way that large amounts of data can be sent simultaneously through a single optical fiber cable. Nokia's new center in Chennai will research this technology to make it more efficient.

What role does DWDM technology play?
To achieve this superfast speed, Dense Wavelength Division Multiplexing (DWDM) is used. You can think of it like a road with separate lanes for different colors of light. This technology transmits data using different colors of light over a single fiber strand. This reduces cabling costs and significantly increases data capacity. A new lab in Chennai will use this technology to test networks ranging from 10G to 100G.

Key Features of 100G Technology
The biggest strength of this technology is its bandwidth, which can handle billions of bits of data per second. The delay in data transmission, or latency, is extremely low, allowing for seamless video calls, online gaming, and live streaming. Furthermore, it features an advanced error correction system that maintains data quality even when transmitting over long distances.

What benefits will the average user experience?

While 100G internet won't reach your home directly just yet, its impact will certainly be felt. This technology will strengthen existing 5G and future 6G services. When the network backbone is this strong, buffer-free video streaming, faster cloud services, better online gaming, and reliable digital platforms will become possible.

Disclaimer: This content has been sourced and edited from Amar Ujala. While we have made modifications for clarity and presentation, the original content belongs to its respective authors and website. We do not claim ownership of the content.