Empowered by spectral aggregation and cell densification, future 5G mobile data networks
pose a huge challenge to building next-generation mobile fronthaul systems with higher …

Mobile fronthaul is an important network segment that bridges wireless baseband units and
remote radio units to support cloud radio access network. We review recent progresses on …

The fifth generation of mobile communication is characterized by ultra-dense cellular
networks, where massive small cells are deployed in hot spots to increase the network …

A low-complexity mobile fronthaul architecture via digital code-division multiplexing (CDM)
is proposed to enable channel aggregation of 4G-LTE signals. In comparison with traditional …

Fifth generation (5G) mobile communications will require a dense deployment of small cell
antenna sites and higher channel bandwidth, in conjunction with a cloud radio access …

A new function split option for the next generation fronthaul interface (NGFI) is demonstrated
based on all-digital RF transmitter using bandpass delta-sigma modulation. Different from …

The introduction of 5G mobile networks, bringing multi-Gbit/s user data rates and reduced
latency, opens new opportunities for media generation, transport and distribution, as well as …

In this paper, we propose high-capacity spectrally-efficient optical mobile fronthaul (MFH)
architectures featuring wavelength resource sharing, where multiple cell sites share one …

5G mobile access targets unprecedented performance, not only in terms of higher data rates
per user and lower latency, but also in terms of network intelligence and capillarity. To …

We first experimentally demonstrated a digital mobile fronthaul (MFH) architecture using
delta–sigma modulation as the new digitization interface to replace the conventional …