Abstract
The latest generation of mobile networks, the 5G, is expected to unlock many new services and to provide a platform for growth in many industries. The key requirements for 5G are to provide ubiquitous connections to billions of devices and to enable multi-Gb/s wireless data transmission aiming to achieve 1000 times greater capacity compared with the existing systems. To bring 5G to reality, there are countless challenges lying ahead, ranging from spectral regulation to system architecture through to network management. Many of the most difficult scientific challenges are located at the “physical layer,” due to some fundamental limitations imposed by the nature of the electromagnetic energy used. As a result, significant research is required to enable advanced signal processing, energy-efficient RF and microwave circuits and systems, and smart hardware implementations to achieve a working system, in particular within the transceiver front end.
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