Quad field data distribution system with fiber optic converter
A quad field data distribution system with a fiber optic converter includes a weatherproof housing with a hinged lid and a panel positioned in the housing and having a plurality of interconnection groups of connector elements mounted on the panel. Each interconnection group includes a multiple contact box connector, sets of insulation displacement connectors connected to respective sets of the contacts of the box connector, and a plurality of auxiliary connectors having the contacts of pairs of the insulation displacement connectors connected thereto. Each group additionally includes a bidirectional optical to electrical media converter circuit including a standardized optical data connector and a standardized electrical data connector interfaced thereto. Operating power is provided to the media converter circuit by an external DC power supply through a panel mounted power jack.
1. A field communication distribution apparatus for use with a plurality of cables, each cable formed by a plurality of cable conductor pairs to enable temporary connection of communication devices to said conductor pairs, said cable terminating in a cable connector including pairs of terminals for each of said conductor pairs, said apparatus comprising:
(a) a weatherproof housing;
(b) a panel positioned in said housing and having a plurality of groups of connector devices mounted thereon;
(c) each of said connector devices including a pair of insulation displacement connectors therein which enable connection thereto of unstripped insulated conductors of a communication device;
(d) a plurality of interconnection groups, each interconnection group corresponding respectively with one of said groups of connector devices on said panel and including:
(1) a box connector having a plurality of box conductor pairs, each of said box connector pairs being connected to a respective pair of insulation displacement connectors of one of said connector devices, said box connector being compatible with said cable connector to enable removable connection of said cable to said box connector;
(2) an electrical data connector mounted on said panel and configured to carry an electrical data signal;
(3) an optical connector mounted on said panel and configured to carry an optical data signal; and
(4) media converter circuitry coupled between said electrical data connector and said optical connector and bilaterally converting between an electrical data signal received at said electrical data connector to an optical data signal at said optical connector or between an optical data signal received at said optical connector to an electrical data signal at said electrical data connector.
2. An apparatus as set forth in claim 1 wherein:
(a) said electrical data connector is a standard Ethernet connector and said electrical data signal and said optical data signals are Ethernet data signals.
3. An apparatus as set forth in claim 1 wherein:
(a) said electrical data connector is a standard Ethernet connector and said electrical data signal and said optical data signals are gigabit Ethernet data signals.
4. An apparatus as set forth in claim 1 wherein each interconnection group includes:
(a) a plurality of auxiliary connectors mounted on said panel, each of said auxiliary connectors having respective auxiliary connector terminals connected to the insulation displacement connectors of a selected connector device, said auxiliary connectors being of standard configurations to enable connection of communication devices having connectors compatible respectively with said auxiliary connectors to selected conductor pairs of said cable.
5. An apparatus as set forth in claim 1 wherein each interconnection group includes:
(a) a DC power jack mounted on said panel and interconnected to said media converter circuitry of said interconnection group to enable connection of a source of operating power to said media converter circuitry.
6. An apparatus as set forth in claim 5 and including:
(a) a DC power supply connected to said DC power jack for providing said operating power to said media converter circuitry.
7. An apparatus as set forth in claim 1 wherein each interconnection group includes:
(a) a DC power jack mounted on said panel and interconnected to said media converter circuitry of said interconnection group to enable connection of a source of operating power to said media converter circuitry; and
(b) said DC power jack is connected through a respective one of said connector devices to a corresponding conductor pair of a box connector of said interconnection group for providing a source of electrical power remote from said apparatus.
8. A field communication distribution apparatus for use with a cable formed by a plurality of cable conductor pairs to enable temporary connection of communication devices to said conductor pairs, said cable terminating in a cable connector including pairs of terminals for each of said conductor pairs, said apparatus comprising:
(a) a weatherproof housing;
(b) a panel positioned in said housing and having a plurality of groups of connector devices mounted thereon;
(c) each of said connector devices including a pair of insulation displacement connectors therein which enable connection thereto of unstripped insulated conductors of a communication device;
(d) a plurality of interconnection groups, each interconnection group corresponding respectively with one of said groups of connector devices on said panel and including:
(1) a box connector having a plurality of box conductor pairs, each of said box connector pairs being connected to a respective pair of insulation displacement connectors of one of said connector devices, said box connector being compatible with said cable connector to enable removable connection of said cable to said box connector;
(2) a plurality of auxiliary connectors mounted on said panel, each of said auxiliary connectors having respective auxiliary connector terminals connected to the insulation displacement connectors of a selected connector device, said auxiliary connectors being of standard configurations to enable connection of communication devices having connectors compatible respectively with said auxiliary connectors to selected conductor pairs of said cable;
(3) an electrical data connector mounted on said panel and configured to carry an electrical data signal;
(4) an optical connector mounted on said panel and configured to carry an optical data signal; and
(5) media converter circuitry coupled between said electrical data connector and said optical connector and bilaterally converting between an electrical data signal received at said electrical data connector to an optical data signal at said optical connector or between an optical data signal received at said optical connector to an electrical data signal at said electrical data connector.
9. An apparatus as set forth in claim 8 wherein:
(a) said electrical data connector is a standard Ethernet connector and said electrical data signal and said optical data signals are Ethernet data signals.
10. An apparatus as set forth in claim 8 wherein:
(a) said electrical data connector is a standard Ethernet connector and said electrical data signal and said optical data signals are gigabit Ethernet data signals.
11. An apparatus as set forth in claim 8 wherein each interconnection group includes:
(a) a DC power jack mounted on said panel and interconnected to said media converter circuitry of said interconnection group to enable connection of a source of operating power to said media converter circuitry.
12. An apparatus as set forth in claim 11 and including:
(a) a DC power supply connected to said DC power jack for providing said operating power to said media converter circuitry.
13. An apparatus as set forth in claim 8 wherein each interconnection group includes:
(a) a DC power jack mounted on said panel and interconnected to said media converter circuitry of said interconnection group to enable connection of a source of operating power to said media converter circuitry; and
(b) said DC power jack is connected through a respective one of said connector devices to a corresponding conductor pair of a box connector of said interconnection group for providing a source of electrical power remote from said apparatus.
14. A field communication distribution apparatus for use with a cable formed by a plurality of cable conductor pairs to enable temporary connection of communication devices to said conductor pairs, said cable terminating in a cable connector including pairs of terminals for each of said conductor pairs, said apparatus comprising:
(a) a weatherproof housing;
(b) a panel positioned in said housing and having a plurality of groups of connector devices mounted thereon;
(c) each of said connector devices including a pair of insulation displacement connectors therein which enable connection thereto of unstripped insulated conductors of a communication device;
(d) a plurality of interconnection groups, each interconnection group corresponding respectively with one of said groups of connector devices on said panel and including:
(1) a box connector having a plurality of box conductor pairs, each of said box connector pairs being connected to a respective pair of insulation displacement connectors of one of said connector devices, said box connector being compatible with said cable connector to enable removable connection of said cable to said box connector;
(2) a plurality of auxiliary connectors mounted on said panel, each of said auxiliary connectors having respective auxiliary connector terminals connected to the insulation displacement connectors of a selected connector device, said auxiliary connectors being of standard configurations to enable connection of communication devices having connectors compatible respectively with said auxiliary connectors to selected conductor pairs of said cable;
(3) an electrical data connector mounted on said panel and configured to carry an electrical data signal;
(4) an optical connector mounted on said panel and configured to carry an optical data signal;
(5) media converter circuitry coupled between said electrical data connector and said optical connector and bilaterally converting between an electrical data signal received at said electrical data connector to an optical data signal at said optical connector or between an optical data signal received at said optical connector to an electrical data signal at said electrical data connector;
(6) a DC power jack mounted on said panel and interconnected to said media converter circuitry to enable connection of a source of operating power to said media converter circuitry; and
(7) said DC power jack is connected through a respective one of said connector devices to a corresponding conductor pair of a box connector of said interconnection group for providing a source of electrical power remote from said apparatus.
15. An apparatus as set forth in claim 14 wherein:
(a) said electrical data connector is a standard Ethernet connector and said electrical data signal and said optical data signals are gigabit Ethernet data signals.
16. An apparatus as set forth in claim 14 and including:
(a) a DC power supply connected to said DC power jack for providing said operating power to said media converter circuitry.