Intelligent opto-bus with display

Claim 2

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having external electrical connections; an array of photonic components, each having an optical port, mounted on the base, the array further having electrical terminals associated therewith and coupled to the external electrical connections of the base; electronics mounted on the base and coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display coupled to the electronics, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 3

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 1 wherein the electronics includes a microprocessor programmed to sense predetermined input signals.

Claim 4

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a plurality of grooves extending to a first outer edge of the base; the base further having external electrical connections extending outwardly beyond the base; an array of photonic components, each having an optical port, mounted on the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the external electrical connections of the base; the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; electronics mounted on the base and coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display coupled to the electronics, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 5

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a plurality of grooves extending to a first outer edge of the base; the base further having external electrical connections extending outwardly beyond the base; an array of photonic components, each having an optical port, mounted on the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the external electrical connections of the base; the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; electronics mounted on the base and coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display coupled to the electronics, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 6

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 3 including in addition a plurality of optical fibers each having a first end, molded into a package with a side formed to removably mate with the first outer edge of the base so as to axially align the plurality of optical fibers, one each, with the plurality of grooves in the base.

Claim 7

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 4 wherein the plurality of optical fibers each further have a second end, molded into a package with a side formed to removably mate with a first outer edge of a base of a second optical/electrical connector with a display so as to axially align the plurality of optical fibers, one each, with a plurality of grooves in the base.

Claim 8

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a plurality of grooves formed therein and extending to a first outer edge, the base further having alignment guides associated with the grooves at the first outer edge, and the base further having external electrical connections; an array of photonic components, each having an optical port, mounted on the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the exposed first ends of the external electrical connections of the base; and the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; a semiconductor chip including electronics coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display positioned mounted on the base and coupled to the electronics of the semiconductor chip, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 9

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a plurality of grooves formed therein and extending to a first outer edge, the base further having alignment guides associated with the grooves at the first outer edge, and the base further having external electrical connections; an array of photonic components, each having an optical port, mounted on the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the exposed first ends of the external electrical connections of the base; and the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; a semiconductor chip including electronics coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display positioned mounted on the base and coupled to the electronics of the semiconductor chip, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 10

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 6 wherein the external electrical connections include one of a male and a female portion of an electrical plug molded in the base.

Claim 11

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 6 wherein the external electrical connections include externally situated bump bonds.

Claim 12

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 6 wherein the external electrical connections include a leadframe molded in the base.

Claim 13

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 6 wherein the electronics includes one of a microprocessor, DSP, ASIC, gate array.

Claim 14

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a well and a plurality of grooves extending from the well to a first outer edge of the base, the base further having alignment guides associated with the grooves at the first outer edge, and the base further having external electrical connections with first ends exposed and positioned in the well and second ends extending outwardly beyond a second outer edge of the base; an array of photonic components, each having an optical port, positioned in the well of the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the exposed first ends of the external electrical connections of the base; the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; a plurality of optical fibers each having a first end, molded into a package with a side formed to removably mate with the first outer edge of the base, and the package further including alignment guides designed to mate with the alignment guides associated with the grooves at the first outer edge so as to axially align the plurality of optical fibers, one each, with the plurality of grooves in the base; a semiconductor chip positioned in the well and including electronics coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display positioned in the well and coupled to the electronics of the semiconductor chip, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 15

An intelligent opto-bus including a first optical/electrical connector with a display comprising: a base having a well and a plurality of grooves extending from the well to a first outer edge of the base, the base further having alignment guides associated with the grooves at the first outer edge, and the base further having external electrical connections with first ends exposed and positioned in the well and second ends extending outwardly beyond a second outer edge of the base; an array of photonic components, each having an optical port, positioned in the well of the base with the optical ports each aligned with a separate groove, the array further having electrical terminals associated therewith and coupled to the exposed first ends of the external electrical connections of the base; the plurality of grooves in the base being filled with a plastic material to form optical waveguides from the optical ports of the array to the first outer edge of the base; a plurality of optical fibers each having a first end, molded into a package with a side formed to removably mate with the first outer edge of the base, and the package further including alignment guides designed to mate with the alignment guides associated with the grooves at the first outer edge so as to axially align the plurality of optical fibers, one each, with the plurality of grooves in the base; a semiconductor chip positioned in the well and including electronics coupled to the electrical terminals of the array of photonics components and to the external electrical connections of the base, the electronics including circuitry for sensing the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components; and a display positioned in the well and coupled to the electronics of the semiconductor chip, the display providing a visual indication of the operation of the array of photonics components and the status of optical signals supplied to the optical ports of the array of photonic components.

Claim 16

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 11 wherein the external electrical connections include one of a male and a female portion of an electrical plug molded in the base.

Claim 17

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 11 wherein the external electrical connections include externally situated bump bonds.

Claim 18

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 11 wherein the external electrical connections include a leadframe molded in the base.

Claim 19

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 11 and the intelligent opto-bus further including a second optical/electrical connector with a display.

Claim 20

An intelligent opto-bus including a first optical/electrical connector with a display as claimed in claim 15 wherein the plurality of optical fibers each further have a second end, molded into a package with a side formed to removably mate with a first outer edge of a base of the second optical/electrical connector with a display so as to axially align the plurality of optical fibers, one each, with a plurality of grooves in the base of the second optical/electrical connector with a display.