The rich phase behavior of 5,11-bis(triethylsilylethynyl)
anthradithiophene
(TES ADT) – one of the most promising, solution-processable
small-molecular organic semiconductors – is analyzed, revealing
the highest performing polymorph among four solid-state phases, opening
pathways toward the reliable fabrication of high-performance bottom-gate/bottom-contact
transistors.
Low-cost QAM chip sets enable high-capacity data transport over highly-dispersive POF links. The feasibility of QAM-64 and -256 system implementation options is shown. Wavelength-sliced QAM-64 performs the best regarding bandwidth consumption and link power budget.
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