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Radio communications in the range of 60 GHz enable multi-Gigabit/s network access in indoor environments. Due to the propagation characteristics of such signals only very short range radio transmission is feasible. In order to distribute these signals across large distances, analog transmission over optical fiber is considered. In this work, mode-locked laser diodes serve as optoelectronic oscillators for the generation of such signals. Their system-relevant properties are studied in detail.

millimeter wave communications --- mode-locked lasers --- wireless personal area networks --- radio-over-fiber

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Given the increasing importance of a globally interconnected world, driven by modern digital services and the need for fast and reliable access to digital resources, communication networks are one of the key infrastructures in today’s society. In this scenario, fiber optics and optical devices play a leading role, as they allow for unprecedented growth in our capacity to cope with the ever-increasing traffic demand. Optical transmission solutions range from high-speed networks based on coherent detection and advanced modulation formats for long-haul-level communications, to networks still relying on traditional intensity modulation and direct detection receivers for short-reach communications, down to intra-data center scenarios. In between there is a whole gamut of network architectures, providing different solutions for specific applications, targeting the minimization of cost-per-bit as a trade-off between capacity and overall implementation cost, in order for operators to cope with the increasing traffic demand while still providing reasonable market accessibility. Currently, most communications rely on optical technologies, and the worldwide goal is the optimum trade-off between transmission speed and cost-per-bit. This is usually pursued by i) manufacturing low-cost devices, ii) the introduction of digital solutions to overcome the physical limitations of optical communications systems and iii) the optimization of network design. Contributions to this Special Issue address these three subjects, and provide valuable insights into the optical fiber communications world.

Technology: general issues --- History of engineering & technology --- optical interconnects --- on–off keying --- pulse amplitude modulation --- misorientation --- optical communication --- InGaAs/GaAsP quantum well --- optical properties --- localization potential --- digital predistortion --- magnitude selective affine --- radio over fiber --- neural network --- error vector magnitude --- adjacent channel power ratio --- PON --- C-band --- chromatic dispersion compensation --- direct detection --- 200 Gbps per wavelength --- translucent optical networks --- regenerator placement --- dynamic traffic --- heuristics --- network design --- sparse regeneration --- 3R --- regenerator --- n/a --- on-off keying