Plasmonics-high-speed photonics for co-integration with electronics

Koch Ueli; Uhl Christopher; Hettrich Horst; Fedoryshyn Yuriy; Moor David; Baumann Michael; Hoessbacher Claudia; Heni Wolfgang; Baeuerle Benedikt; Bitachon Bertold I.; Josten Arne; Ayata Masafumi; Xu Huajun; Elder Delwin L.; Dalton Larry R.; Mentovich Elad; Bakopoulos Paraskevas; Lischke Stefan; Kruger Andreas; Zimmermann Lars; Tsiokos Dimitris; Pleros Nikos; Moller Michael; Leuthold Juerg

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Plasmonics-high-speed photonics for co-integration with electronics

机译：普拉斯语 - 高速光子与电子产品共同集成

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New high-speed photonic technologies and co-integration with electronics are required to keep up with the demand of future optical communication systems. In this paper, plasmonics is presented as one of the most promising next-generation photonic technologies that already fulfils these requirements in proof-of-concept demonstrations. Plasmonics features not only modulators and detectors of highest speed, but also compactness, cost- and energy-efficiency, and compatibility with CMOS electronics. Recently, co-integration with electronics was demonstrated with record performances of 222 GBd in a hybrid InP electronic-plasmonic transmitter assembly and of 120 GBd with a monolithic BiCMOS electronic-plasmonic transmitter.

机译：新的高速光子技术和与电子产品共同集成需要跟上未来光通信系统的需求。在本文中，血浆被呈现为最有前途的下一代光子技术之一，它已经满足了概念证明演示的这些要求。血浆不仅具有最高速度的调节剂和探测器，还具有紧凑性，成本和能效，以及与CMOS电子的兼容性。最近，通过在混合INP电子 - 等级传输器组件和120 GBD中进行了222 GBD的记录性能，并用整体式BICMOS电子 - 等离子体发射器进行了222 GBD的表演。

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来源
《Japanese journal of applied physics》 |2021年第sb期|SB0806.1-SB0806.6|共6页
作者
Koch Ueli; Uhl Christopher; Hettrich Horst; Fedoryshyn Yuriy; Moor David; Baumann Michael; Hoessbacher Claudia; Heni Wolfgang; Baeuerle Benedikt; Bitachon Bertold I.; Josten Arne; Ayata Masafumi; Xu Huajun; Elder Delwin L.; Dalton Larry R.; Mentovich Elad; Bakopoulos Paraskevas; Lischke Stefan; Kruger Andreas; Zimmermann Lars; Tsiokos Dimitris; Pleros Nikos; Moller Michael; Leuthold Juerg;
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作者单位

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Univ Saarland Chair Elect & Circuits Saarbrucken Germany;

MICRAM Microelectron GmbH Bochum Germany;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland|Polariton Technol Ltd Ruschlikon Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland|Polariton Technol Ltd Ruschlikon Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland|Polariton Technol Ltd Ruschlikon Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland;

Univ Washington Dept Chem Seattle WA 98195 USA;

Univ Washington Dept Chem Seattle WA 98195 USA;

Univ Washington Dept Chem Seattle WA 98195 USA;

NVIDIA Networking Yokneam Israel;

NVIDIA Networking Yokneam Israel;

IHP Leibniz Inst Innovat Mikroelektron Frankfurt Oder Germany;

IHP Leibniz Inst Innovat Mikroelektron Frankfurt Oder Germany;

IHP Leibniz Inst Innovat Mikroelektron Frankfurt Oder Germany|Tech Univ Berlin Inst High Frequency & Semicond Syst Technol Berlin Germany;

Aristotle Univ Thessaloniki Ctr Interdisciplinary Res & Innovat Thessaloniki Greece;

Aristotle Univ Thessaloniki Ctr Interdisciplinary Res & Innovat Thessaloniki Greece;

Univ Saarland Chair Elect & Circuits Saarbrucken Germany|MICRAM Microelectron GmbH Bochum Germany;

Swiss Fed Inst Technol Inst Elect Fields IEF Zurich Switzerland|Polariton Technol Ltd Ruschlikon Switzerland;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Plasmonics; Co-integration with Electronics; Optical transmitter; Integrated photonics;

机译：血浆;与电子器件共同集成;光发射器;集成光子;

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专利

1. Fin optical waveguide will aid co-integration of photonics with electronics [J] . Wallace John Laser Focus World: The Magazine for the Photonics & Optoelectronics Industry . 2016,第3期

机译：鳍式光波导将有助于光子学与电子学的集成
2. Development and co-integration of a SMA/Si bimorph nanoactuator for Si photonic circuits [J] . Rastjoo Sanaz, Fechner Randy, Bumke Lars, Microelectronic Engineering . 2020,第Mara期

机译：Si光子电路SMA / Si Bimorph纳米术的开发与共聚合
3. Co-integration of optoelectronics and submicrometer CMOS [J] . Tewksbury S.K., Hornak L.A. IEEE Transactions on Components, Hybrids, and Manufacturing Technology . 1993,第7期

机译：光电与亚微米CMOS的集成
4. Monolithic Electronic-Photonic Co-Integration in Photonic BiCMOS [C] . Lars Zimmermann European Conference and Exhibition on Optical Communications . 2016

机译：光子BiCMOS中的单片电子-光子共集成
5. Electronic and photonic devices: Experimental investigations of hydrogenated amorphous silicon substrate n(+)/i/p(+) solar cell and fundamental properties of quantum wells with cylindrical geometry and applications to electronics and photonics [D] . Ping, Er-Xuan 1995

机译：电子和光子器件：氢化非晶硅衬底n（+）/ i / p（+）太阳能电池的实验研究以及具有圆柱几何形状的量子阱的基本特性及其在电子和光子学中的应用
6. Nano-plasmonics and electronics co-integration in CMOS enabling a pill-sized multiplexed fluorescence microarray system [O] . Lingyu Hong, Hao Li, Haw Yang, 2018

机译：CMOS中的纳米等离子和电子共集成可实现丸状的多重荧光微阵列系统
7. Co-integration of Ge detectors and Si modulators in an advanced Si photonics platform [O] . Verheyen Peter, Lepage Guy, Van Campenhout Joris, 2012

机译：Ge探测器和si调制器在先进的si光子学平台中的协整

Plasmonics-high-speed photonics for co-integration with electronics

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