Cellular networks undergo constant evolution, with each generation adding new capabilities that have made way for groundbreaking mobile applications such as telepresence.
IoT devices must communicate, requiring high speeds, low latency and massive capacity connections.
Because of these new applications, the Internet needs a significant upgrade to accommodate them; 5G technology is leading this transformation.
What is 5G?
5G wireless technology represents the next evolution of mobile wireless technologies, offering faster speeds for seamless device connections at scale. Furthermore, 5G unlocks access to frequency bands not previously accessible – giving it the power to manage an enormously increased volume of data.
5G also provides lower latency and resilience, making it suitable for mission-critical IoT use cases such as monitoring battery levels in smart fridges or assuring safety in self-driving cars.
Connecting sensors to the digital world and revolutionizing how we live, work and play are among its many applications. Businesses looking to take advantage of cutting-edge innovations such as 4K/8K video streaming or AR/VR applications must utilise this platform effectively as well.
What is 6G?
6G was developed specifically to deliver advanced connectivity for Internet of Things (IoT) applications and critical communication applications, offering lower latency rates than 5G while supporting more devices per square kilometer.
6G will enable higher data rates and create immersive multi-modal telepresence experiences. Furthermore, 6G will promote sustainability with intelligent closed-loop control of appliances and energy savings within industry.
6G networks and terminals will use green design and native AI to achieve 100 times greater energy efficiency than 5G. This will include disaggregated network architectures with E2E AI-powered closed loop automation – helping reduce energy consumption while transitioning away from cloud to edge intelligence.
What is 7G?
7G will become an irreplaceable intelligent cellular technology in its own right, replacing 5G and 6G with ultra-high bandwidth, nearly no latency, and universal integration.
The new network technology will enable Gigabit connectivity everywhere by processing data closer to its source rather than in a core network, helping bridge digital divide and provide faster internet access for people living in rural areas.
5G technology could also enhance public services like traffic control and emergency response. Imagine having access to an autonomous car that responds 250 times faster than you, stopping or changing course within milliseconds thanks to this advancement! All made possible thanks to 5G.
What is 8G?
5G speeds bring faster downloads and data capacity, but they also open up new possibilities for technology like the Internet of Things (IoT). Thanks to reduced latency than current cellular networks can offer, IoT devices–such as smart refrigerators or trackers and sensors used on manufacturing shop floors–can connect more reliably.
5G operates using millimeter wave radio frequencies instead of 4G’s traditional frequencies and offers peak download speeds of 20 Gbps*. Additionally, its latency rates are extremely low; users can customize virtual network “slicing” according to specific use cases.
What is 9G?
5G offers high-speed connectivity, low latency and massive capacity. Furthermore, edge computing brings processing power closer to where data is created for more control, reduced costs and quicker insights.
Retailers, manufacturers, and other industries can utilize technologies like sensors, trackers, and computer vision to enhance warehouse operations, supply chains, and more. These B2B applications rely on 5G for speed and low latency applications; collectively these could increase global GDP by over $2 trillion by 2030.
To take full advantage of 5G, a phone that supports its capabilities is essential. Be sure to inspect its specifications to make sure it can handle frequencies beyond 6GHz as well as being compatible with your carrier’s network.
What is 10G?
The cable industry recently unveiled 10G internet service as an upgrade option that will bring faster speeds to existing cable customers. Unlike 5G upgrades which use wireless technology, 10G upgrades make use of copper wires already present in homes – meaning no costly fiber infrastructure installation.
These new speeds could increase GDP by as much as $2 trillion by 2030 by increasing productivity across four commercial domains: mobility, healthcare, education and manufacturing. They help us stay connected and productive – such as using virtual reality to remotely connect surgeons with patients or creating smart cars that scan roads for potholes or transport essential supplies like fuel or medicine.
