Quadrature modulation using readily available low-cost chip sets enables high-capacity data transport on very low bandwidth (plastic) optical fibre in short-range links. The feasibility of system implementations using QAM-64 and QAM-256 has been demonstrated
Utilizing a transmission bandwidth of 2 GHz, we demonstrate 10.6-Gb/s transmission (11.9-Gb/s includ...
Digital modulation techniques that enable high-speed transmission over multimode optical fibers made...
Quadrature amplitude modulation together with subcarrier multiplexing technique can be used to deplo...
Quadrature modulation techniques enable high-capacity data transport over severely bandwidth-limited...
Quadrature modulation techniques enable high-capacity data transport over severely bandwidth-limited...
Quadrature modulation techniques allow to realise high data rate transport over severely bandwidth-l...
Low-cost QAM chip sets enable high-capacity data transport over highly-dispersive POF links. The fea...
Quadrature Amplitude Modulation (QAM) is considered to increase the channel capacity in bandwidth-li...
While a data transmission system based on step-index multi-mode plastic optical fibre (POF) is poten...
While a data transmission system based on step-index multi-mode plastic optical fibre (POF) is poten...
Quadrature Amplitude Modulation (QAM) is considered to increase the channel capacity in bandwidth-li...
Since the bandwidth of large-core step-index polymer optical fiber is quite limited, Quadrature Ampl...
The family of 3 × 2N quadrature amplitude modulation (QAM) constellations in combination with discre...
The family of 3 × 2N quadrature amplitude modulation (QAM) constellations in combination with discre...
Utilizing a transmission bandwidth of 2 GHz, we demonstrate 10.6-Gb/s transmission (11.9-Gb/s includ...
Digital modulation techniques that enable high-speed transmission over multimode optical fibers made...
Quadrature amplitude modulation together with subcarrier multiplexing technique can be used to deplo...
Quadrature modulation techniques enable high-capacity data transport over severely bandwidth-limited...
Quadrature modulation techniques enable high-capacity data transport over severely bandwidth-limited...
Quadrature modulation techniques allow to realise high data rate transport over severely bandwidth-l...
Low-cost QAM chip sets enable high-capacity data transport over highly-dispersive POF links. The fea...
Quadrature Amplitude Modulation (QAM) is considered to increase the channel capacity in bandwidth-li...
While a data transmission system based on step-index multi-mode plastic optical fibre (POF) is poten...
While a data transmission system based on step-index multi-mode plastic optical fibre (POF) is poten...
Quadrature Amplitude Modulation (QAM) is considered to increase the channel capacity in bandwidth-li...
Since the bandwidth of large-core step-index polymer optical fiber is quite limited, Quadrature Ampl...
The family of 3 × 2N quadrature amplitude modulation (QAM) constellations in combination with discre...
The family of 3 × 2N quadrature amplitude modulation (QAM) constellations in combination with discre...
Utilizing a transmission bandwidth of 2 GHz, we demonstrate 10.6-Gb/s transmission (11.9-Gb/s includ...
Digital modulation techniques that enable high-speed transmission over multimode optical fibers made...
Quadrature amplitude modulation together with subcarrier multiplexing technique can be used to deplo...