The rapid growth of digital services has led to a widespread deployment of opto‐electronics
that furnish the Internet as an efficient communication backbone. The electroabsorption …

The coherent digital radio-over-fiber (DRoF) system is a promising candidate for future
mobile fronthaul networks (MFNs) due to its high receiver sensitivity and excellent …

Coherent optical reception promises performance gains for a wide range of telecom
applications and photonic sensing. However, the practical implementation and the particular …

The densification of radio access and the massive deployment of radio heads calls for
efficient optical fronthaul technologies. The adoption of analogue radio-over-fiber schemes …

The continuing drive towards broadband access necessitates cost-effective optical access
and mobile fronthaul solutions. While the fixed-mobile convergence motivates high-speeds …

We present a mobile fronthaul methodology for the analogue optical transmission of native
radio signals with integrated photonic true-time delay for the beam steering of phased-array …

The dynamicity and heterogeneity in traffic demands necessitates an adaptation of optical
transceivers to the actual network needs. While software-defined mechanisms can …

The necessity for high carrier-to-signal power ratio (CSPR) in the single-sideband direct-
detection transmission system results in a low receiver sensitivity. To address this problem …

The bandwidth and latency demands driven by 5G wireless networks are putting a focus on
analog radio-over-fiber techniques as a promising candidate for broadband optical …

An analogue coherent-optical free-space link for local cloud-based radio access networks is
proposed and experimentally demonstrated. The adoption of a single externally modulated …