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5G is the fifth generation of cellular networks. Up to 100 times faster than 4G, 5G is creating never-before-seen opportunities for people and businesses.  

Faster connectivity speeds, ultra-low latency and greater bandwidth is advancing societies, transforming industries and dramatically enhancing day-to-day experiences. Services that we used to see as futuristic, such as e-health, connected vehicles and traffic systems and advanced mobile cloud gaming have arrived.

With 5G technology, we can help create a smarter, safer and more sustainable future.

While previous mobile generations were developed primarily to address consumer use cases, from 2G’s voice and messaging services to 3G’s web-browsing and 4G’s higher-speed data and video streaming – 5G is developed to transform not only the lives of consumers, but also entire enterprises, industries, and public infrastructures.

This is possible thanks to 5G’s support for ultra-low latency, higher capacity, improved mobility and positioning. With new possibilities to move data processing away from devices and cloud servers closer to the network edge, as well as ensuring guaranteed quality of service through network slicing, 5G makes it possible to serve the exact needs and requirements of each mobile user.

Unlike previous mobile generations, 5G also introduces a new virtualized cloud-based core, enabling new AI-based automation possibilities to network and taking us closer than ever to fully autonomous intent-based networks with minimal human touch.

5G introduces new frequency bands in the mid- and high spectrum range, unlocking entirely new bandwidth capabilities and much faster speeds across mobile networks.

Together with existing 3GPP low-band frequencies, this combination means that 5G can deliver the required coverage, quality and capacity for new services such as enhanced mobile broadband, IoT, industrial automation and mission-critical business cases.

Low-band 5G spectrum comes from a mix of re-farmed spectrum from early mobile generations (1G, 2G) and previously unused bands. Offering favorable radio wave propagation characteristics, low-band 5G is crucial in building out 5G coverage.

Mid-band 5G spectrum is regarded as 5G’s ‘backbone’, combining a favorable combination of good propagation characteristics (coverage) and wider bandwidths (capacity). This includes existing 3G/4G bands, as well as new spectrum licensed for mobile services.

High-band 5G spectrum is completely new for 5G and enables the launch of high-performance 5G services in dedicated zones. Services that rely on 5G high band require denser deployments of ‘small cell’ solutions to achieve the required high-capacity indoor- and outdoor coverage.