Abstract: A device that replaces the traditional 66 block device has improved pair-to-pair wire isolation to facilitate the transmission of both POTS and xDSL signals. The device includes a non-conductive lower member and a non-conductive upper member that retain a plurality of pairs of electrically conductive stampings therebetween. Each of the pairs of stampings is positioned to be in electric contact with each other such that a signal can be transmitted from one stamping to the other stamping. The stampings are utilized to electrically connect external telecommunication wires to internal telecommunications wires. Each toggle of a plurality of toggles is independently and pivotally connected to the upper member and includes a through bore for accepting an end of a wire that is accessible to an installer when the toggle is in an open, un-terminated position. Each of the toggles are movable from the open, un-terminated position to a closed, terminated position.

Abstract: Disclosed are exemplary embodiments of a drop interface box (DIB) for interfacing between an optical network service provider's heavy jacketed drop cable and optical distribution cables at a premises. The DIB provides organized drop, feed and distribution fiber cable storage and routing in a manner which does not cross different cables types when additional cables are added, and which maintains minimum bend radius of the cables and inhibits cable strain. In exemplary embodiments, a hinged fiber storage panel includes spools, cable clips and integrated cable channels that maintain cable radius during transitions of cables from a storage side or plane of the panel to a connector side or plane of the panel.

Abstract: A device that replaces the traditional 66 block device has improved pair-to-pair wire isolation to facilitate the transmission of both POTS and xDSL signals. The device includes a non-conductive lower member and a non-conductive upper member that retain a plurality of pairs of electrically conductive stampings therebetween. Each of the pairs of stampings is positioned to be in electric contact with each other such that a signal can be transmitted from one stamping to the other stamping. The stampings are utilized to electrically connect external telecommunication wires to internal telecommunications wires. Each toggle of a plurality of toggles is independently and pivotally connected to the upper member and includes a through bore for accepting an end of a wire that is accessible to an installer when the toggle is in an open, un-terminated position. Each of the toggles are movable from the open, un-terminated position to a closed, terminated position.

Abstract: Disclosed are exemplary embodiments of a drop interface box (DIB) for interfacing between an optical network service provider's heavy jacketed drop cable and optical distribution cables at a premises. The DIB provides organized drop, feed and distribution fiber cable storage and routing in a manner which does not cross different cables types when additional cables are added, and which maintains minimum bend radius of the cables and inhibits cable strain. In exemplary embodiments, a hinged fiber storage panel includes spools, cable clips and integrated cable channels that maintain cable radius during transitions of cables from a storage side or plane of the panel to a connector side or plane of the panel.