Rosenberger Hochfrequeńztechnik Gmbh & Co. Kg

Rosenberger-Osi Gmbh & Co. Ohg

Benjamin Weigand

Christian Theobald

JiWei Sun

Clemens Wurster

Chunsheng Li

Ronny Mees

Johannes Albert L'Huillier

Monique Paula Jardim Garcia

Harald Jungbaeck

Christian Goldhammer

Lucimar Rodolfo Silveira

Norbert Paul Bockisch

Huiyong Sun

Denise Selina Nothegger

Daniel Cunha Cavalcante

Johannes Albert L'huillier

Silke Nothdurft

Darshan Suresh Patell

Gabriel Cenato Dos Santos Silva

Nico Lehmann

Min Ma

Albert Johannes L'HUILLIER

Markus Blanz

Christian Hahn

Harald Jungbäck

Stephanie Jäger

Daniel Körner

Stephan Morenz

Thomas True

Albert Johannes L'huillier

Nina Simmerlein

Luis Brücher

Harald Mayr

Sven Schlomka

Danny Heimer

Robert Prommer

Stefan Thomas Gleich

A fiber optic module for installation within patch panel, the fiber optic module comprising a first outer wall with a first rail profile on its outside surface, a second outer wall with a second rail profile on its outside surface, and at least one optical connector. The first outer wall and the second outer wall run parallel to each other. The at least one optical connector is arranged between the first outer wall and the second outer wall. The first rail profile and the second rail profile are complementary to each other such that the fiber optic module may be coupled to an adjacent fiber optic module, wherein the first rail profile of the fiber optic module may be coupled to the second rail profile of the adjacent fiber optic module.

Fiber optic module, fiber optic module kit, and optical patch panel

A waveguide, such as an optical fiber, having a front face, such as a fiber facet, is provided with a coating. The coating having one or more organic fluorine compounds. The invention also concerns a method for producing this type of waveguide by means of plasma polymerization.

End-face coating of a waveguide

A device for laterally coupling pump light into a fiber. A fiber runs in a longitudinal direction, having an optically active medium to be pumped and a lateral wall running approximately in the longitudinal direction, and at least one light coupler, at least some part of which runs parallel to the fiber along the lateral wall. The light coupler is an optical waveguide which is optically coupled to the fiber such that pump light propagating in the optical waveguide can be coupled into the fiber via the lateral wall. The efficiency of the pump light coupling is improved by a plurality of windings of the fiber being located alternately with waveguides on a substrate. The pump light can be coupled into all waveguides simultaneously, for example by a prism.

Device for coupling pump light into a fiber and method for producing a device of this type

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Kaiserslautern, Germany

Benjamin Weigand