ABOUT
Entrepreneur and Academic
Moshe Nazarathy, Ph.D., an accomplished entrepreneur and academic, is Professor Emeritus at the Technion, Israel Institute of Technology. He holds, as (co-)inventor over 30 patents/patent-applications. For his contributions to Electrical & Electronic Engineering he has been selected as a Fellow of the IEEE and a Fellow of OPTICA (OSA).
Moshe obtained his B.Sc. cum laude and Doctor of Science EE degrees at the Technion. During the years 1982-1984 he was a Post-Doctoral Researcher and Adjunct Lecturer at Stanford University’s Information Systems laboratory (USA). He subsequently pursued an industrial career, from 1984-1988 as Researcher at Hewlett Packard’s Instruments Laboratory.
In 1988, he co-founded Harmonic Inc. in the Silicon Valley (HLIT:NASD; a company that today has a market capitalization of the order of 1,5 Billion USD). He held the roles of Senior Vice-President and Corporate CTO, while serving as member of Harmonic’s Board of Directors from 1988 to 2001. In 1995 he set up the Research Center of Harmonic in Israel and was its General Manager until 2000. In 2000-2001 Moshe returned to the Silicon Valley as VP of Engineering to oversee Harmonic’s merger with Divicom Inc., while heading there an R&D team of hundreds of engineers. Altogether, at Harmonic, Moshe contributed to the stabilization and creation of thousands of jobs, in the US, Israel and world-wide. His role at Harmonic, is also discussed at the company’s Wikipedia page.
He then served, until 2015, as a Technology Venture Partner with Giza Ventures, a leading VC firm in Israel, as well as on the Advisory Board of several start-up companies and also assumed a Visiting Professor position at the Technion in Electrical and Computer Engineering (ECE). In 2007 he became a tenured Associate Professor at the Technion and in 2014 he was granted the rank of Tenured Full Professor. As part of his contribution to the Technion ECE, Moshe served in 2015-2018 as Head, Center for Communication and Information Technologies (CCIT) Industrial Affiliates Program (IAP), developing and expanding the ECE academia-to-industry technology transfer process.
Since Oct 2021, when he became Professor Emeritus, Moshe has engaged in intense photonic research aiming to disrupt short-reach photonic interconnects for datacenters, AI workloads, and the Cloud, as well as in conceiving a new generation of ultra-sensitive photonic sensors. On the relevant topics, besides inventing Intellectual Property, he has published extensively. In 2023, he was listed in the “Photonics 100” list of most innovative people in the Electro-Optics Industry.
Moshe’s main interests currently are ultra-high-speed, energy-efficient (green) Photonic Analog/Digital Communication Systems and Signal-Processing to enable high performance networks for access, backbone and 5G/6G x-haul networks, as well as Datacenters and AI Clusters.
Optoelectronics and Packaging Lead
Angel Blanco Granja, holds a Ph.D. in Electrical Engineering with specialization in RF, optical technologies and packaging. He brings to EMITERA a robust background on Innovation Management, design and testing of photonic integrated circuits (PICs), notably in transceivers, and RF broad bandwidth packaging.
Dr. Blanco Granja has managed and participated-in multiple EU consortiums. His academic tenure at TU Darmstadt enriched his technical prowess, notably in designing W-Band envelope detectors for THz-beamformer telecom systems.
His role at Emitera will focus on pioneering optoelectronic innovations and enhancing the company’s footprint in high-tech business development, leveraging his comprehensive skills in product management and team leadership to drive technological advancements and sustainable business growth.
Director of AI & Optimization
Dr. Stylianos Sygletos is an accomplished researcher and academic with many years of experience and groundbreaking contributions in various fields of optical communications, including digital signal processing, phase-sensitive amplification, machine learning for optical communications, all-optical switching, and space division multiplexing. At EMITERA, he drives innovation by leveraging his extensive theortical end experimental expertise on those areas pushing the boundaries of optical communication technology. His work focuses on developing AI-assisted software tools for physical layer modelling and inverse design and conducting comprehensive feasibility and system dimensioning studies to ensure the efficient deployment and scalability of EMITERA’s communication solutions.