Roberts, Gwilym Vaughan

A multi-section termination hybrid connector assembly is provided. The multi-section termination hybrid connector includes a multi-section termination design for improving strength and stability for the connection point of where a hybrid cable is being terminated with the hybrid connector.

A radial lever connector is disclosed that includes a plurality of lever connectors centered around a central bus bridge conductor. Each of the lever connectors includes a corresponding wire channel for inserting a wire conductor, where the wire channels lead towards the central bus bridge conductor, so that all wire conductors that are inserted into their respective wire channel may be electrically coupled to each other via connection with the central bus bridge conductor.

An optical cable comprising a plurality of multi-fiber connectors or adapters wherein the connectors or adapters are configured to connect to network equipment in a data communications network and wherein the optical cable is configured to map near end to far end multi-fiber ports following specific network topologies whereby fiber groups are rearranged in a transition zone of the optical cable such that each of all fibers within one subjacketed group at the near end is routed to multiple independent subjacketed groups at the far end, such that a light path of connected transmitters and receivers are matched to provide optical connections from transmitting fibers to receiving fibers.

A structured cabling system has a plurality of leaf switch ports; a plurality of server node ports; and a plurality of patch cords, trunk cables, and patching components configured to follow a coherent color and labeling scheme to implement optical communication network topologies. Each port of the plurality of server node ports is grouped and assigned to a color depending on a node order or location on the rack such that the trail observed at a patch panel for the plurality of leaf switch ports follows a uniform vertical color pattern. The vertical pattern matching a desired logical network topology with the vertical pattern being easy to observe so a risk of misplacing during the installation is be reduced.

Embodiments provide for a tunable driving circuit by monitoring a frequency of a ring oscillator of an electrical integrated circuit connected to an optical modulator to determine operational characteristics of the electrical integrated circuit; setting, based on the operational characteristics, a driving voltage for a plurality of tunable inverters and a plurality of fixed gain inverters that control the optical modulator, wherein each tunable inverter of the plurality of tunable inverters is connected in parallel with a corresponding fixed gain inverter of the plurality of fixed gain inverters on one of a first arm and a second arm connected to the optical modulator; and setting an amplification strength for the plurality of tunable inverters based on the operational characteristics.

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