Our post-deadline paper at OFC 2019 will be presented on Mar 7th. The paper is titled: 850 nm single-mode VCSEL for error-free 60 Gbit/s OOK operation and transmission through 800 m of multi-mode fiber. Authors: Nikolay Ledentsov Jr.(1, 2); Lukasz Chorchos(2); Mikel Agustin(1); Nikolay Ledentsov(1); Jaroslaw Turkiewicz(2) The presentation will be held during the Postdeadline …
The US patent office granted the patent with the number US-101,219,35 on the November 6, 2018 to VI Systems. The patent addresses three-dimensional semiconductor nanoheterostructure and method of making same. The patent US-101,219,35 addresses three-dimensional semiconductor nanoheterostructure and method of making same. It represents an approach to fabricate quantum dots (QDs) with a high density …
VI Systems will present at the SPIE Photonics West 2019 conference in San Francisco, CA in the USA the following technical papers: 850-nm transmitter and receiver assemblies for 50-Gbit/s OOK transmission Nikolay Ledentsov, Jr., Mikel Agustín, George Schaefer, Joerg R. Kropp, Nikolay N. Ledentsov 7 February 2019 • 11:20 – 11:40 AM | Part of …
VI Systems presents their first circular 850nm VCSEL (vertical cavity surface emitting laser) chip array with 6 emitters which are evenly positioned within a ring circle. The semiconductor device target sensor applications including multicore fiber sensors. VI Systems presents the circular 850nm multi mode VCSEL chip array with 6 emitters providing 3.5 mW continuous wave …
VI Systems is proud to announce the EUREKA has labeled its innovative solutions. EUREKA is a European organization established in 1985. It brings together 40 members, including the European Union. The prestigious EUREKA label is given to companies developing high value added projects passing stringent assessment procedures. The label gives VI Systems the recognition of …
VI Systems offers the T80-DRV-TB evaluation board with a new generation of single channel laser driver for non-return-to-zero (NRZ) modulation at bit data rates of up to 80 Gbit/s “ON-OFF” keying (OOK) enabling low latency optical data transmission. The test board features two electrical 1.85 mm high-frequency connectors for differential signal input. The laser driver …