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AGPhotonics

AGPhotonics develops integrated photonics solutions, likely focusing on design and fabrication of photonic integrated circuits (PICs). They leverage expertise from the Universidad de Mlaga to offer specialized photonic components and systems.

Founded 2023132K+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Developing integrated photonics devices often requires specialized expertise in design, characterization, and packaging, particularly when leveraging advanced materials and techniques. Efficient on-chip light coupling and optical wireless communication solutions also present significant challenges in terms of performance and integration.

Solution

AGPhotonics provides integrated photonics solutions, specializing in the design and fabrication of photonic integrated circuits (PICs) for various applications. Leveraging over 20 years of experience in integrated photonics device design and characterization, AGPhotonics offers expertise in platforms such as InP, SOI, and SiN. The company focuses on metamaterial devices, PIC packaging solutions for light coupling, and integrated optical antennas for optical wireless communications (OWC). Their solutions aim to improve the performance of photonic devices and enable efficient wafer-scale testing.

Target Audience

AGPhotonics primarily serves researchers and companies requiring specialized photonic components and systems, particularly those involved in integrated photonics, optical wireless communications, and advanced sensor development.

Features

  • Design and characterization of integrated photonics devices using InP, SOI, and SiN platforms.
  • Subwavelength (SWG) metamaterial device design for enhanced performance in silicon photonics.
  • On-chip light coupling solutions for efficient wafer-scale testing.
  • Integrated optical antennas for optical wireless communication (OWC) with electronically controllable beamforming.
  • Expertise in designing integrated photonic sensors and terahertz reflectometers for biomarker detection.
  • Development of ultrashort pulse laser systems for earth-to-earth and earth-space communication links.
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