Abstract: The present invention relates to an optical cable connector ferrule for connecting a reinforced optical cable connector to an optical adapter, the ferrule comprising a cavity for housing an optical cable connector plug connected to an optical cable; and a fastening portion comprising slots for fastening and aligning with the optical adapter. Furthermore, the present invention relates to an optical adapter comprising a first connection end for receiving a first optical cable; a second connection end for receiving a second optical cable; a stop surface within the first connection end for positioning an optical cable ferrule that houses an optical cable connector plug; an adaptation element disposed on the stop surface for connecting the first and second optical fibers; fastening features disposed on the stop surface for retaining a reinforced optical cable connector.

Abstract: The present invention relates to a reinforced optical cable connector comprising an inner body for housing an optical cable, the inner body comprising a plug holder for securing a connection plug at a first end; a crimping base comprising a retaining sleeve for retaining the optical cable; and an outer housing for housing the inner body, the crimping base; wherein the crimping base comprises a fastener for engagement with the inner body; and the inner body comprises a mating surface at a second end opposite the first end for attaching the crimping base fastener.

Abstract: The box has a base (10) and a (20) which is hinged to the base (10 and displaceable between a closed position and an open position. At least one peripheral wall (12) of the base (10) is provided with at least two lateral openings (13) each being flanked by two inclined recesses (13a/13b) and each closed by a sealing grommet (30) for the passage of at least one multi-fiber optical cable (CO) and which is pressed into the lateral opening (13) to receive thereon a sealing gasket (24) carried by the lid (20). A splitter accommodation tray (60) has a front face (61) attached to the top wall (21) of the lid (20) and carrying splitter and/or fiber accommodation means (MSF), and a rear face (62) covered by a splitter protective plate (PS). Each splitter and/or fiber accommodation means (MSF) is connectable to a fiber extension (EF1) of an optical cable (CO) received in the base (10) and to fiber extensions (EF2) connected to output adapters (AS) mounted.

Abstract: The box comprises a base (10) hinging a lid (20) and a tray (40) carrying fiber splicing and splitting means (AF, EF) and output adapters (AS). A side opening (13) of the base (10) is closed by a sealing bung (30) and the tray (40) incorporates, on a front face (42), a lateral anchoring element (45) provided with anchoring cutouts (45b) and being seated on the sealing bung (30). The side anchoring element (45) receives a sealing element (50) with forward slots (51) to receive a terminal cable (CT). The lid (20) has a back edge (22a) with an extension seated against the sealing element (50) and with another extension forcing a terminal cable (CT) into an anchoring cutout (45b).

Abstract: An expandable optical distribution device is provided which includes a basic module defined by a basic box, closed by a front cover, receiving an optical cable and housing an optical fiber derived from the optical cable and coupled to an output adapter to which a user's drop cable of a first user is coupled; and an additional carton-shaped expansion module in the form of an additional box, engageable on the basic box and closed by a tilting cover. The additional box is provided with an input connector attachable to the output adapter, and houses an expansion fiber split into multiple user fibers, each user fiber being coupled to an expansion adapter internal to the additional box and to each of which a user's drop cable is attachable.

Abstract: An expandable optical distribution device is provided which includes a basic module defined by a basic box, closed by a front cover, receiving an optical cable and housing an optical fiber derived from the optical cable and coupled to an output adapter to which a user's drop cable of a first user is coupled; and an additional carton-shaped expansion module in the form of an additional box, engageable on the basic box and closed by a tilting cover. The additional box is provided with an input connector attachable to the output adapter, and houses an expansion fiber split into multiple user fibers, each user fiber being coupled to an expansion adapter internal to the additional box and to each of which a user's drop cable is attachable.