Ever wonder what makes our wallet PLATFORM' target='_blank' title='digital-Latest Updates, Photos, Videos are a click away, CLICK NOW'>digital lives so seamless—what's beneath the surface of the ocean? It turns out that there is more to our speedy wireless internet than meets the eye. Under the ocean's surface, an extensive system of cables serves an essential purpose. Our connection to the internet would be very different if not for these underwater lifelines.
The Ocean’s Role in Internet Connectivity
Unaware of the complex network of cables across the ocean below, we frequently take for granted the wireless internet we use at home and work. Submarine cables crisscross the seabed for over 1.5 million km, linking continents and facilitating international communication. To sustain the high-speed internet that we use daily, this undersea infrastructure is essential.
The history of Submarine Cables
The idea of burying cables beneath the ocean surface first appeared in the middle of the 1800s. The first effort at installing an undersea telegraph line between france and england was successful, and it happened about 1850. The famous trans-Atlantic telegraph line, which connected london and North America and sent 143 words in under 10 hours, came after this groundbreaking endeavor. The sophisticated underwater fiber optic cables of today were made possible by these pioneering cables.
The technology behind Submarine Cables
Modern undersea cables, made of silica glass fibers covered in several layers of protection, are technical wonders. These cables are made to handle enormous volumes of data transfer, in contrast to the optical fibers found in home WiFi systems. They are powered with up to 20,000 watts from both ends to maintain signal strength and are insulated with layers of rubber and plastic to prevent water infiltration.
Why the Sea?
Why these cables are placed in the water instead of on land may be a mystery to some. A more safe and stable environment may be found near the water. In contrast to terrestrial environments, the seabed is comparatively undisturbed, which reduces the possibility of cable damage from both natural and human activity. Because of their stability, the cables are more dependable and require less upkeep.
The Ocean’s Role in Internet Connectivity
Unaware of the complex network of cables across the ocean below, we frequently take for granted the wireless internet we use at home and work. Submarine cables crisscross the seabed for over 1.5 million km, linking continents and facilitating international communication. To sustain the high-speed internet that we use daily, this undersea infrastructure is essential.
The history of Submarine Cables
The idea of burying cables beneath the ocean surface first appeared in the middle of the 1800s. The first effort at installing an undersea telegraph line between france and england was successful, and it happened about 1850. The famous trans-Atlantic telegraph line, which connected london and North America and sent 143 words in under 10 hours, came after this groundbreaking endeavor. The sophisticated underwater fiber optic cables of today were made possible by these pioneering cables.
The technology behind Submarine Cables
Modern undersea cables, made of silica glass fibers covered in several layers of protection, are technical wonders. These cables are made to handle enormous volumes of data transfer, in contrast to the optical fibers found in home WiFi systems. They are powered with up to 20,000 watts from both ends to maintain signal strength and are insulated with layers of rubber and plastic to prevent water infiltration.
Why the Sea?
Why these cables are placed in the water instead of on land may be a mystery to some. A more safe and stable environment may be found near the water. In contrast to terrestrial environments, the seabed is comparatively undisturbed, which reduces the possibility of cable damage from both natural and human activity. Because of their stability, the cables are more dependable and require less upkeep.
click and follow Indiaherald WhatsApp channel