Abstract: A fiber optic adaptor assembly, to be inserted into a metal faceplate of a fiber distribution hub, includes a main body, a connector holder and a conductive ring member. The connector holder is removably inserted into an installation hole of the main body. The conductive ring member is removably sleeved around an outer periphery of the main body. The conductive ring member electrically contacts and cooperates with the metal faceplate to provide a shielding effect against electromagnetic interferences when the main body is inserted into the faceplate.

Abstract: An optical fiber connector includes a housing unit and an operating unit. The housing unit includes a resilient retaining arm member. The operating unit includes a pivot seat, a hook member pivotally connected to the pivot seat, rotatable relative to the pivot seat, and having a front end that abuts against the resilient retaining arm member, and an operating rod pivotally connected to a rear end of the hook member. When the operating rod is pulled rearwardly, the hook member is driven to pivotally rotate relative to the pivot seat such that, the hook member presses and moves the rear end of the resilient retaining arm member, so as to deform the resilient retaining arm member, thereby allowing for removal of an adapter from the optical fiber connector.

Abstract: An optical fiber connector device includes an optical fiber connector and an insert unit. The insert unit hash a housing and a connecting mechanism. The housing surrounds an axis, and has an outer wall, a surrounding wall, and a cover member. The outer wall defines a first insert opening on the axis, and has a main opening spaced apart from the axis. The outer wall and the surrounding wall are molded as one piece. The cover member covers removably the main opening. The connecting mechanism has a first connecting member surrounded by the outer wall and connected to the optical fiber connector, and a second connecting member surrounded by the surrounding wall, coupled to the first connecting member, and adapted to be connected to another optical fiber connector.

Abstract: A flat optical fiber cable assembly includes a flat optical fiber cable having an optical fiber cord and at least one tension wire, and a reinforcement mechanism having a reinforcing sleeve sleeved on the at least one tension wire, and a reinforcing body having an outer surface, a through groove indented inwardly from the outer surface, and a positioning groove that is indented inwardly from the outer surface, that is angularly spaced apart from the through groove and that has an engaging portion. The optical fiber cord is inserted into the through groove, and the at least one tension wire is inserted into the positioning groove with the reinforcing sleeve engaging the engaging portion.

Abstract: A fiber optic adaptor includes two spaced apart engagement members protruding from a housing for connecting a ferrule member, and an auxiliary member disposed around the engagement members. The auxiliary member has a fixing portion and a moving portion. The moving portion is connected and movable relative to the fixing portion between pushing and non-pushing positions. When the moving portion is in the non-pushing position, the ferrule member is prevented from being detached from the engagement members. When the moving portion is in the pushing portion, the ferrule is allowed to be detached from the engagement members.

Abstract: An optical fiber connector includes a main body unit having a guiding groove, and two position limiting portions that respectively protrude from two walls respectively defining two sides of the guiding groove toward each other, a sleeve unit, and a coupling unit including two coupling members each having two first protruding block portions that respectively protrude away from each other. The sleeve unit is configured to be movable rearwardly on the main body unit to press the first protruding block portions toward each other, so as to allow the first protruding block portions to pass past the position limiting portions, thereby allowing for movement of each of the coupling members between a non-working position and a working position.

Abstract: An optical fiber connector for connecting to an optical fiber cable includes a shell, a hollow guiding device, and a socket device. The hollow guiding device is connected to the shell. The socket device includes a hollow socket unit and a ferrule. The socket unit is formed as one piece and is detachably connected to an end of the guiding device opposite to the shell such that the optical fiber cable extends through the guiding device and the shell into the socket unit. The ferrule is disposed in the socket unit and is for connecting to one end of the optical fiber cable.

Abstract: An optical fiber distribution apparatus includes a panel extending along a first direction and formed with a first mounting hole and at least two second mounting holes spaced apart from the first mounting hole along the first direction. A plurality of rows of optical fiber connector adapters are arranged in a stack in a direction transverse to the first direction and are inserted into the first mounting hole. At least two multi-fiber push on (MPO) connector adapters are respectively inserted into the at least two second mounting holes.

Abstract: An accessory includes a case body, a cover unit, and first and second coupling units. The case body is formed with a receiving space for receiving a portable electronic device. The cover unit is configured to be coupled removably to the case body for closing and opening the receiving space. The first coupling unit includes a data and charge connector for mating electrical connection with a data and charge socket of the portable electronic device, and a data and charge port connected to the data and charge connector. The second coupling unit includes a connector jack for mating electrical connection with an audio socket of the portable electronic device, and an audio port connected to the connector jack.

Abstract: An optical fiber connector includes a housing unit, a fiber ferrule unit including a fiber ferrule and a resilient member, a connecting unit, a boot unit and a sleeve unit. The housing unit includes a housing body defining an internal space, and a first engaging member. At least a substantial portion of the fiber ferrule is disposed in the internal space. The resilient member is sleeved on the fiber ferrule. The connecting unit includes a second engaging member and a connecting member. The second engaging member abuts against the resilient member and engages the first engaging member. The boot unit completely receives the connecting member. The sleeve unit is sleeved on the housing unit and the boot unit and covers a juncture therebetween.

Abstract: An optical fiber connector includes a connector body and an actuating device. The connector body is adapted to connect with an adapter, and includes a main body portion having a tubular section, a resilient retaining arm portion extending inclinedly from the main body portion, and a pressing plate portion extending inclinedly from the main body portion. The actuating device includes a handle unit and two flexible rods extending from the handle unit and through the tubular section in the main body portion to connect with a free end of the pressing plate portion. The handle unit can be pulled to move the free end of the pressing plate portion to press a free end of the resilient retaining arm portion, thereby allowing for removal of the connector body from the adapter.

Abstract: An accessory is for electrically connecting an audio output device to a portable electronic device. The accessory includes an attachment unit, a connector jack and a coupling unit. The attachment unit is to be removably attached to the portable electronic device. The connector jack is for mating electrical connection with an audio socket of the portable electronic device. The coupling unit is for mating electrical connection with the audio output device, and is to be removably attached to the attachment unit for establishing electrical connection with the attachment unit. The attachment unit and the coupling unit are configured to removably engage each other by magnetic attraction.

Abstract: An LC optical fiber cable adapter includes a main body and a connecting mechanism. The main body includes a base wall, and first and second connecting walls extending respectively from opposite lateral edges of the base wall. The first connecting wall has a first front wall segment and a first rear wall segment. The second connecting wall has a second front wall segment and a second rear wall segment. The connecting mechanism includes a first connecting unit provided on the first front wall segment, and two second connecting units. Each of the second connecting units is provided on a respective one of the second front and rear wall segments of the second connecting wall, and has a contour matching that of the first connecting unit.

Abstract: An optical fiber connector includes a housing unit and a coupling unit. The housing unit includes an outer shell. The coupling unit includes a hollow seat assembled to the outer shell, a coupling seat assembled to the hollow seat and disposed in the outer shell, a core tube having a front portion disposed in the hollow seat and a rear portion proximate to the coupling seat, and a biasing member for providing a biasing force to bias the core tube away from the coupling seat.

Abstract: An optical fiber connector includes a connector housing and a positioning unit. The connector housing has two opposite side walls, a base wall disposed between and interconnecting the side walls, and a lid disposed between and inter-engaging releasably the side walls. The connector housing defines an inner space, and an access opening in spatial communication with the inner space and covered by the lid. The positioning unit is mounted in the inner space and includes first and second holding members and a coupling sleeve extending into and interconnecting the first and second holding members. The positioning unit is inserted into the inner space through the access opening so as to be mounted in the inner space before covering the access opening with the lid.

Abstract: An optical fiber attenuator includes a connector unit, an insert component and an attenuation unit. The connector unit includes a shell member and having a first shell part, and a second shell part that extends from and forms a unitary body with the first shell part, that reduces in cross-section with respect to the first shell part, and that cooperates with the first shell part to define a through hole. A resilient portion is connected to and extends inclinedly and outwardly away from the second shell part and towards the first shell part. The insert component includes an insert body disposed in the through hole, and a trench formed in the insert body. The attenuation unit has one end inserted into the trench and another end inserted into the second shell part.

Abstract: An organizing device is for organizing multiple optical fiber lines to run parallel to each other on a plane. The organizing device includes a guiding unit and a positioning unit. The positioning unit includes a main body slidably disposed on the guiding unit, a first positioning part extending from the main body, and a second positioning part that extends from the main body in a same direction as the first positioning part and that is spaced apart from the first positioning part. The main body, the first positioning part and the second positioning part cooperate to define a positioning slot. The distance between the first and second positioning parts corresponds to a diameter of the optical fiber lines.

Abstract: An organizing device is for organizing multiple optical fiber lines to run parallel to each other on a plane. The organizing device includes a guiding unit and a positioning unit. The positioning unit includes a main body slidably disposed on the guiding unit, a first positioning part extending from the main body, and a second positioning part that extends from the main body in a same direction as the first positioning part and that is spaced apart from the first positioning part. The main body, the first positioning part and the second positioning part cooperate to define a positioning slot. The distance between the first and second positioning parts corresponds to a diameter of the optical fiber lines.

Abstract: An optical fiber connector includes a housing unit and a coupling unit. The housing unit includes an outer shell. The coupling unit includes a hollow seat assembled to the outer shell, a coupling seat assembled to the hollow seat and disposed in the outer shell, a core tube having a front portion disposed in the hollow seat and a rear portion proximate to the coupling seat, and a biasing member for providing a biasing force to bias the core tube away from the coupling seat.

Abstract: An optical fiber attenuator includes a connector unit, an insert component and an attenuation unit. The connector unit includes a shell member and having a first shell part, and a second shell part that extends from and forms a unitary body with the first shell part, that reduces in cross-section with respect to the first shell part, and that cooperates with the first shell part to define a through hole. A resilient portion is connected to and extends inclinedly and outwardly away from the second shell part and towards the first shell part. The insert component includes an insert body disposed in the through hole, and a trench formed in the insert body. The attenuation unit has one end inserted into the trench and another end inserted into the second shell part.