An optical transceiver with a novel optical subassembly structure is proposed in this paper, which achieves high coupling efficiency and low assembly difficulty. The proposed optical transceiver consumes 0.9 W power a...An optical transceiver with a novel optical subassembly structure is proposed in this paper, which achieves high coupling efficiency and low assembly difficulty. The proposed optical transceiver consumes 0.9 W power and retains a small size of 28 mm×16 mm×3 mm. The fabrication process of the silicon substrate and the assembly process of the optical transceiver are demonstrated in details. Moreover, the optical transceiver is measured in order to verify its transmission performance. The clear eye diagrams and the low bit error rate(BER) less than 10^(-13) at 10 Gbit/s per channel show good transmission characteristics of the designed optical transceiver.展开更多
A dual-lens-integrated distributed feedback(DFB) laser based on hybrid integration for single-mode transmitter optical subassembly(TOSAs) is discussed in this paper. The alignment and fixing of the lenses are simple t...A dual-lens-integrated distributed feedback(DFB) laser based on hybrid integration for single-mode transmitter optical subassembly(TOSAs) is discussed in this paper. The alignment and fixing of the lenses are simple to manipulate and highly accurate, making it possible to achieve high-efficient optical coupling to single-mode fiber(SMF) without additional high-precision tools and fixing equipment. The capability for a low coupling loss of less than 3 d B between the laser and fiber was demonstrated. The fabricated TOSA module has clear opening eyes with minor time jitters at a bit rate of 25 Gbit/s. This hybrid integration is a low fabrication cost, compact, and low insertion loss method to manufacture TOSA for a 200 or 400 Gb E optical transceiver in a high-speed optical network.展开更多
基金supported by the National High Technology Research and Development Program of China(No.2015AA016904)
文摘An optical transceiver with a novel optical subassembly structure is proposed in this paper, which achieves high coupling efficiency and low assembly difficulty. The proposed optical transceiver consumes 0.9 W power and retains a small size of 28 mm×16 mm×3 mm. The fabrication process of the silicon substrate and the assembly process of the optical transceiver are demonstrated in details. Moreover, the optical transceiver is measured in order to verify its transmission performance. The clear eye diagrams and the low bit error rate(BER) less than 10^(-13) at 10 Gbit/s per channel show good transmission characteristics of the designed optical transceiver.
基金supported by the National Key R&D Program of China (No.2017YFB0404800)。
文摘A dual-lens-integrated distributed feedback(DFB) laser based on hybrid integration for single-mode transmitter optical subassembly(TOSAs) is discussed in this paper. The alignment and fixing of the lenses are simple to manipulate and highly accurate, making it possible to achieve high-efficient optical coupling to single-mode fiber(SMF) without additional high-precision tools and fixing equipment. The capability for a low coupling loss of less than 3 d B between the laser and fiber was demonstrated. The fabricated TOSA module has clear opening eyes with minor time jitters at a bit rate of 25 Gbit/s. This hybrid integration is a low fabrication cost, compact, and low insertion loss method to manufacture TOSA for a 200 or 400 Gb E optical transceiver in a high-speed optical network.
