File:FMN Lab electro-optical integrated modulator.jpg

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A chip of an electro-optical integrated modulator fabricated by FMN Laboratory

Summary

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Description
English: The Internet starts here: First Russian integrated modulator The photoshoot is demonstrating a chip of an electro-optical integrated modulator in the process of wire bonding of electrical contacts. Electro-optical modulation devices are multilayer structures of nanometer-thick materials. They are used as interconnects for data centers for the Internet, in optical transmitters, LiDAR systems, quantum and neuromorphic photonic computing. The presented modulator can achieve speeds up to tens of GHz and low losses of the signal. Designed, simulated and fabricated at FMN Laboratory.
Русский: Здесь начинается интернет: интегральный фотонный модулятор

Чип электрооптического интегрального модулятора в процессе микроразварки электрических контактов. Устройства электрооптической модуляции представляют из себя многослойные структуры материалов нанометровой толщины. Применяются в качестве межсоединений для центров обработки данных для сети интернет, в оптических передатчиках, системах LiDAR, квантовых и нейроморфных фотонных вычислениях. Представленный модулятор может обеспечить достижение скоростей до десятков гигагерц и потери полезного сигнала на чипе в единицы дБ.

Разработано, смоделировано, рассчитано и изготовлено в НОЦ ФМН.
English: The photoshoot is demonstrating a chip of an electro-optical integrated modulator in the process of wire bonding of electrical contacts. Electro-optical modulation devices are multilayer structures of nanometer-thick materials. They are used as interconnects for data centers for the Internet, in optical transmitters, LiDAR systems, quantum and neuromorphic photonic computing. The presented modulator can achieve speeds up to tens of GHz and low losses of the signal. Designed, simulated and fabricated at FMN Laboratory.
Date
Source Own work
Author FMNLab

The presented modulator was fabricated at the Moscow State Technical University

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current20:44, 31 May 2023Thumbnail for version as of 20:44, 31 May 20233,812 × 2,722 (1.81 MB)FMNLab (talk | contribs)Uploaded own work with UploadWizard

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