Self-driving cars have gone from being a lab-based “generation of the future” to a “happening” generation that can be noticed on our roads. Companies like Uber, Waymo, Tesla, and Toyota all have self-driving control cars on the market. Although Americans are still concerned about protecting driverless cars, a recent fatal crash involving an Uber autonomous vehicle raises many questions about whether those cars will ever truly be fit to hit the road.
Fortunately, the answer is yes. Driverless cars will be a reality, but this will only happen when 5G knowledge networks are ubiquitous. The existing 4G network is fast enough that we can share prestige updates or request rides, but it doesn’t have the ability to give cars human capability. reflexes that may have prevented the Uber accident.
Self-driving cars are just one of the technologies that will be unleashed through 5G. Virtual reality, smart cities and synthetic intelligence are on the cusp of major breakthroughs – they just want the knowledge network to catch up.
Evolution of networks
The wireless data network has become complex over the past 30 years, and some life-changing technologies have followed suit. Modern evolution began in the early 1980s with the advent of the first-generation analogue mobile system. Although mobile phones were still quite rare, it is possible that other people will eventually communicate with each other on the go.
In the early ’90s, second-generation mobile and 2. 5G systems allowed other people to send text messages, but it wasn’t until the early turn of the millennium that other people had access to the high-speed 3G network. From call gadgets to a multifaceted communication tool, entertainment, shopping, and more.
4G is the most recent evolution and offers enough bandwidth and speed to allow real-time location and data sharing. This evolution enabled the sharing economy and helped give birth to corporations like Uber and Lyft. However, it’s still not fast enough for technologies that require the speed of human reflexes. That’s where 5G comes in.
What’s wrong with 5G?
The evolution of fifth-generation wireless information is what helps keep many technologists awake those days. This will be the most significant information network advancement to date. 5G promises to connect everything around us to a network that delivers speed, responsiveness, and success is necessary to take advantage of all the features of technologies such as virtual reality, synthetic intelligence, and the Internet of Things. In addition to offering the definitive piece of the autonomous vehicle puzzle, 5G will enable real-time participation in live events. concerts and games. Your phone will be a supercomputer with an instinctive high-bandwidth connection.
When it comes to autonomous vehicles, the speeds and data processing features required to mimic the synchronization of human reflexes are incredible. Joy Laskar, co-founder and CTO of Maja Systems, estimates that the future self-driving car will generate around two trillion pieces of data, or two million gigabits.
To put this into perspective, Laskar says, “With a complex Wi-Fi connection, it will take 230 days to transfer weeks of knowledge from a self-driving car and that’s why we want much faster ASIC generation and processing products. “
Major semiconductor companies, such as Intel and Qualcomm, are poised to make a breakthrough in ASICs that will combine the maximum bandwidth available on 5G frequencies with new state-of-the-art virtual radio and antenna architectures. Put simply, they’re creating chips that will turn cars into knowledge centers on wheels, allowing autonomous vehicles to make complex, real-time decisions on the ground.
Facebook is also in the race to launch 5G. It recently acquired Inovi Inc. , a stealth startup focused on wireless broadband. Facebook used the company to launch one of the first and largest 5G networks in San Jose. The company also collaborates with more than 450 telecommunications players, including Broadcom, Intel, Telefonica and Juniper Networks, in a partnership called the Telecom Infra Project. Launched in February 2016, the purpose of the TIP began by accelerating the speed of innovation and bringing 5G to more people around the world faster. .
With so many stakeholders in the game, I expect the 5G network to be released to the general public within 2-5 years. To marketers using the self-driving car generation or other technologies that require 5G capabilities, I say stick around. Advancing.
For those concerned about driverless cars on the roads, think about how your phone has been replaced over the past 10 years. At one point, they probably couldn’t believe they were using it for any purpose other than making a call. Today, they probably can’t. Think about going all day without being able to text, shop, talk to friends, and ask to be driven home from work. Each evolution of the knowledge network has brought amazing advances to society. 5G promises to bring the most advancements yet.