In the modern world, everybody expects speed and efficiency. We’re happy waiting for dinner at a restaurant, but we have high standards for telecommunications. Telco companies are always looking to speed up their services and reach new markets. A new radio communication system is on the block, boasting minimum delays and inter-exchange connections.

Inter-Exchange Communication And Its Work Rules

IXC stands for inter-exchange communication, a telecommunication method that links local exchanges. The technology can cover large distances and a variety of geographical

regions. IXC uses a system of high-speed fiber-optic trunk lines to deliver voice and video data in minimum time. A trunk line is a communication wire or cable that carries multiple signals at the same time.

IXC has been optimized to a high degree. That being said, it’s hard to find technology on Earth that can’t be improved in one way or another. Let’s discuss how IXC incorporates radio communications to become even more advanced.

Companies usually provide inter-exchange communications by setting up stations to receive and transmit data. These hubs are placed near exchanges and connected by local fiber-optic communication lines. Changes in conditions start the transfer of information, which is standard for most radio communication systems.

The best way to move the data is with short-wave radio. The signals are beamed up into the ionosphere, where they reflect off the electrically charged atoms. Since the horizon doesn’t stand in the way of short waves, it’s a very efficient way to send communications. Other radio wave frequencies only travel in straight lines and become obstructed by geography.

This Method Changes The Telecommunications Industry

That’s how inter-exchange communication became the fastest telecommunication product. Using IXC and radio communications, the technology can overcome obstacles and deliver signals efficiently.

Fiber optic communication has far less delay than standard satellite systems. A common delay from satellites is around 239 ms, but we can expect around 48 ms from fiber optics. That’s almost five times quicker because standard systems have to bounce the signals from earth to the satellite, then back. That delay is referred to as “latency,” and it fluctuates depending on a variety of factors, mainly the distance between Earth and the satellite.

Fiber optic systems speed the process up by transmitting light through hollow cables, which is much faster. One of the things that can delay fiber optics is the cable.

Radio communications don’t have these limitations. They transmit at light speed, unhindered by cables. The average delay for radio communications is much lower than for satellite and fiber optic systems at 30 ms.

18 ms, which might not seem like a huge amount. Still, it’s a significant increase in speed. The difference between fiber optic’s 48 ms speed and radio communication’s 30 ms speed is vast. A trader placing orders on international stock exchanges knows the value of being slightly faster than the competition. The speed of radio communication is perfect for encrypted messages too. Companies can easily send high-speed transmissions to numerous locations over a wide geographical area.

Police, ambulance, and fire departments rely on steady and high-speed communication to react quickly to emergencies. Radio communication has minimal delays and doesn’t become obstructed by the landscape, which is perfect for reliable transmission.

Communication And Profit Of Top Companies

The global communication market was assessed as USD 20 billion, with an expected 13% ‌ growth annually (est. compound annual growth rate). North America accounts for the largest market share, 32% to be exact. As the economic index shows, radio communication systems are promising. For many reasons, this telecom sector has huge growth potential.

With the introduction of artificial intelligence (AI) and machine learning, there’s little doubt that radio communications will continue to be the leading tech.

The world’s leading companies that integrate radio communications into their businesses are:

• MCI WorldCom

• Sprint

• IXC Communications Inc

The Asia Pacific and Eastern European regions are growing more rapidly than others. Bringo Group is a tech giant that has already surpassed a billion SMS messages by 2022. Their network of telecom operators numbers over 200, with notable companies like Google, Facebook, Telegram, Instagram, Snapchat, Microsoft, and more.

The Bringo Group is one of the premier telecom companies to see the value in radio communication technologies. For that reason, they’ve become a huge proponent of this high-speed form of transmitting data.

With technology like radio communication, it’s very easy to see the data. The next step is implementation, propelling global communication to new speeds.