Loading...
News Article

Advanced Micro Foundry and Ascenta Technologies launch MPW runs

News

Advanced Micro Foundry (AMF) and Ascenta Technologies (Ascenta) have announced a new milestone in their collaboration: The AMF Visible + Infrared (IR) multi-project wafer (MPW) series. AMF is a Silicon Photonics foundry, while Ascenta is a spin-off led by researchers from the Max Planck Institute of Microstructure Physics and the University of Toronto. With this project, the two companies aim to bring a versatile and functional Visible + IR platform to the photonics community.

The visible platform was built using AMF’s expertise in low-loss SiN platform technology, leveraging a multi-layer silicon nitride and silicon stack. AMF says that this platform enables the creation of high-and low-confinement single-mode waveguides, effectively spanning a wavelength spectrum of 400 nm to 1600 nm, as well as active functionalities including photodetectors and highly efficient phase shifters.

AMF partnered with Ascenta to develop a library of Visible and IR photonic components on AMF’s silicon nitride technology platform. The library includes a suite of devices such as low-loss waveguides, fiber-to-chip couplers, photodetectors, thermo-optic phase shifters, MEMS structures, and modulators. This collaborative offering seeks to empower optical designers with the necessary tools to design complex PICs with confidence, paving the way for further innovation.

Both companies are actively aggregating users for MPW runs in 2024. The AMF Visible MPW offering aims to advance visible product development in fields ranging from LiDAR, optical computing, health, and augmented reality.

AMF CTO, Dr. Patrick Lo remarked “I am very excited to see the interest from the community to utilise the wide space of visible applications. AMF is very proud to partner with Prof. Joyce Poon & Ascenta to provide access to this platform via MPW to support the community and grow the market”.

Ascenta CEO, Mr. Ilan Almog added “The Ascenta team is grateful for our partnership with AMF and thrilled to share the VIS+IR silicon photonics platform with MPW participants. The platform is the same fundamental technology Ascenta is using to develop its products, in the 3D sensing space and beyond. We are excited to enable the wide range of applications brought forth by the creativity of the community, leveraging the capabilities in the platform”.

Lightwave Logic receives ECOC Innovation Award for Hybrid PIC/Optical Integration Platform
Coherent wins ECOC award for datacentre innovation
HyperLight announces $37 million funding round
Jabil expands silicon photonics capabilities
Ephos raises $8.5 million for glass-based photonic chips
Designing for manufacture: PAM-4 transmitters using segmented-electrode Mach-Zehnder modulators
OpenLight and Epiphany partner on PIC ecosystem
NewPhotonics and SoftBank team up on advanced photonics
POET and Mitsubishi collaborate on 3.2T optical engines
Integrated photonic platforms: The case for SiC
Integrating high-speed germanium modulators with silicon photonics and fast electronics
Lightium Secures $7 Million Seed Funding
Revolutionising optoelectronics with high-precision bonding
Fraunhofer IMS invites participation in PIC engineering runs
Advances in active alignment engines for efficient photonics device test and assembly
Aeva announces participation at IAA Transportation 2024
Sumitomo Electric announces participation in ECOC 2024
Quside receives NIST certification for quantum entropy source
DustPhotonics launches industry-first merchant 1.6T silicon photonics engine
Arelion and Ciena announce live 1.6T wave data transmission
DGIST leads joint original semiconductor research with the EU
POET Technologies reorganises engineering team
A silicon chip for 6G communications
South Dakota Mines wins $5 million from NSF for Quantum Materials Institute
HieFo indium phosphide fab resumes production
Coherent launches new lasers for silicon photonics transceivers
AlixLabs wins funding from PhotonHub Europe
Sandia National Labs and Arizona State University join forces
Perovskite waveguides for nonlinear photonics
A graphene-based infrared emitter
Atom interferometry performed with silicon photonics
A step towards combining the conventional and quantum internet

×
Search the news archive

To close this popup you can press escape or click the close icon.
Logo
x
Logo
×
Register - Step 1

You may choose to subscribe to the PIC Magazine, the PIC Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: