Importance Of 5G and Connected Cars

Although the 5G networks are still developing, they will hugely impact the automotive industry. 

FREMONT, CA: Self-driving or autonomous cars might be the future of mobility, but for now, connected vehicles are breaking the barrier of traditional systems. Below are the main spotlights of 5G connectivity: 

Currently, many connected cars use the 4G (4th-Gen) LTE connectivity, which offers faster internet speeds and makes for a smooth user experience. But the fortune of IoT is 5G, which is the 5th-Gen of LTE. 

Although the 5G networks are still developing, they will hugely impact the automotive industry. 

5G-connected cars will be the fresh norm in the future years. With more connected vehicles hitting the road, the amount of data to be processed will also expand. That’s when 5G connectivity will glow with even more rapid internet speeds and better coverage.

The 5G connectivity will enhance car-to-car communication and help relay information such as traffic/road terms, any disasters on the road, speed limits, and even more. The impending electric vehicles will also utilize the advantages of 5G; if not self-driving cars, you will be urging a 5G-connected vehicle in the future.

Types of Connectivity:
A connected vehicle utilizes different communication technologies, whereas automotive and information technology work hand in hand. 

Following are the different types of connectivity technologies:

• Vehicle to Infrastructure (V2I): Connectivity is employed mainly for vehicle safety. Communication between the vehicle and the road framework sends/accepts              information like traffic/road/weather conditions, speed limits, accidents, etc.
• Vehicle to Vehicle (V2V): The vehicle-to-vehicle(V2V) communication system enables real-time data swaps between vehicles. V2V is also utilized for the safety of        vehicles.
• Vehicle to Cloud (V2C): The Vehicle to Cloud Connection is confirmed through the wireless LTE network and relays data with the cloud. Vehicle-to-cloud connectivity    is mainly used to download over-the-air (OTA) vehicle updates, remote vehicle diagnostics, or connect with any IoT devices.
• Vehicle to Pedestrian (V2P): One of the novel systems used in connected vehicles is the V2P system, which is also for safety purposes. Vehicles utilize sensors to        identify pedestrians, which provides collision warnings.
• Vehicle to Everything (V2X): The mixture of all the types mentioned above of connectivity is known as V2X connectivity.

Consumer Advantage from Connected Cars:
• Access to a broad range of infotainment/entertainment services on the go.
• Advanced navigation system using third-party apps.
• Advanced safety aspects of reducing the chances of an accident.
• With decreased chances of an accident, your insurance premium will decrease because of the No Claim Bonus (NCB) policy.
• Enhanced security features will support you in keeping track of your vehicle, even when you’re not driving the vehicle.
• Remote access to different functions of the vehicle.

Future of Connected Car Technology:
The connected car technology will not be restricted to conventional cars. The self-driving vehicles will also use this technology to communicate with the road infrastructure and cloud system.

But at present, connected cars are disrupting the automobile industry. With more smart vehicles being launched, buyers are leaning toward connected cars. In future years, connected technology will be the new norm, enhancing safety and reducing accidents. The next-gen 5G connectivity will better the technology, and connected vehicles will be even smarter and smoother.