Since the invention of wireless network technology, more than a century has passed. Since 1880, developers have made incredible progress, such as developing an LTE network. Many people are now wondering, given its exponential growth:
What does the future hold for wireless networking?
It’s helpful to understand the foundations of wireless network technology before jumping into the next edition. Although various achievements have been made since the 1880s, the following are some of the most pivotal moments in the history of wireless communication:
- It all began in 1880 with the discovery of radio waves, which led to the development of the telegraph and cell phones.
- The first wireless Transatlantic message was sent in 1901, when Britain and Canada exchanged a brief note.
- A structure was developed in 1922 with the discovery of FM frequencies and the portable radio.
- 1970: This system aided the invention of Ethernet and high-speed packet transmissions.
- 1983: Motorola introduces the world’s first cell phone, paving the way for the 1G network.
- The 3G network is launched in 2001, almost seven years before the first iPhone is released.
- 2007: The 4G or LTE network goes live after more than two years of trials.
- The 5G network is brought to the 2018 Olympic Winter Games in South Korea by Intel.
Companies in the telecommunications sector are continuing to innovate, as evidenced.
Wireless Networking Technologies in the Future:
What is the next phase in wireless technology development? Wireless technology leaders, from Verizon to Qualcomm, as well as numerous researchers, have a variety of ideas for how to continue the journey into — and beyond — the twenty-first century.
The following technologies are expected to have an effect on the future of wireless networks:
Wireless network enhancements are still being developed by those in the telecommunications industry. Despite the fact that many countries are still transitioning to 4G, Intel has already committed to offering 5G to the 2018 Olympic Winter Games.
However, this new generation of wireless networking will not be usable globally until after 2019. What is the reason for this? The World Radiocommunication Conference must also decide on some main aspects of 5G, including its frequencies and requirements for network hardware manufacturers.
Companies like Verizon, AT&T, and Sprint, on the other hand, hope to help the Internet of Things (IoT), which is spreading outside of the corporate world and into the everyday lives of customers, who are now embracing smart appliances, self-driving vehicles, and drones, thanks to an improved wireless network.
Wi-Fi networks are now being improved by businesses. Velmenni, an Estonian company, is working on a Li-Fi technology that will provide users with not only a faster but also a more stable link. Li-Fi is powered by LED bulbs that attach to your computer or laptop via a dongle.
Li-Fis consistently delivered a 1 gigabyte per second pace in real-world testing (Gbps). However, in the laboratories, it has crossed 224 Gbps, which is quick enough to download more than a dozen high-quality movies in a single second. While this might be a realistic pace for potential wireless networks, it’s unlikely to happen anytime soon.
How will Li-Fi affect Wi-Fi network technology? First, by using a microchip controller to reduce the amount of hardware available. Second, by manipulating light, you can improve the security of Wi-Fi communications. Finally, by combining wireless networks with solar energy, wireless networks can be made more effective.
Qualcomm’s small cells initiative, which focuses on the hyper-dense deployment of cells that function as a Wi-Fi hotspot but are just the size of a wireless access point, may have an effect on the future of wireless technology.
The Evolution of Wireless Network Technology:
There is still the issue of how an industry can continue to grow. The telecommunications industry is no exception, with more than one trillion networked devices expected to be in operation by 2025.
Outside insights are one of the reasons the industry is moving forward. Smaller businesses, for example, are developing new ways to provide a quicker, more stable network, such as Li-Fi.
China Mobile is another company that is taking a unique approach to the evolution of wireless technology. Rather than continuing to improve the 5G network and subsequent versions, the company is devoting its resources to creating a software-based network similar to cloud computing.
The future of wireless networking technology appears bright, thanks to a diverse set of players and ideas.