Abstract: A fiber insulator (100) with a fiber optical cable (200) is provided. The fiber insulator (100) comprises a fiber optical cable (200); a ceramic jacket (120), wherein the ceramic jacket (120) is hollow, wherein the ceramic jacket (120) has an inner whole diameter (D) configured to guide the fiber optical cable (200); an insulating filling material (130), which at least partially fills out the ceramic jacket (120) and is arranged between the fiber optical cable (200) and the ceramic jacket (120), wherein the insulating filling material (130) has thermal properties similar to the thermal properties of the fiber optical cable (200) and the ceramic jacket (120), and wherein at least one end of the fiber insulator (100) is closed by at least one end cap (151, 152).

Abstract: An optical fiber connector is provided. The optical fiber connector comprises a plastic housing. The optical fiber connector comprises a metallic clip. The plastic housing is adapted to connect the optical fiber connector to an optical fiber adapter. The metallic clip is arranged at a side of the plastic housing. The metallic clip extends from the plastic housing. The metallic clip is adapted to press against a metallic part of the optical fiber adapter.

Abstract: An optical fiber connector is provided. The optical fiber connector comprises a plastic housing. The optical fiber connector comprises a metallic clip. The plastic housing is adapted to connect the optical fiber connector to an optical fiber adapter. The metallic clip is arranged at a side of the plastic housing. The metallic clip extends from the plastic housing. The metallic clip is adapted to press against a metallic part of the optical fiber adapter.

Abstract: We generally describe an optical transceiver connector (100) comprising: a first portion (102) comprising a first port (101) configured to releasably receive an optical connector (202); and a second portion (104) comprising a second port (103) configured to releasably receive an optical converter element (205), wherein an opening of the first port (101) faces towards a first direction opposite to a second direction towards which an opening of the second port (103) faces, and wherein the first port (101) is aligned with the second port (103) for establishing a releasable, light-coupling-capable connection between a said optical connector (202) to be received by the first port (101) and a said optical converter element (205) to be received by the second port (103).

Abstract: We generally describe an optical transceiver connector (100) comprising: a first portion (102) comprising a first port (101) configured to releasably receive an optical connector (202); and a second portion (104) comprising a second port (103) configured to releasably receive an optical converter element (205), wherein an opening of the first port (101) faces towards a first direction opposite to a second direction towards which an opening of the second port (103) faces, and wherein the first port (101) is aligned with the second port (103) for establishing a releasable, light-coupling-capable connection between a said optical connector (202) to be received by the first port (101) and a said optical converter element (205) to be received by the second port (103).