SYSTEM AND APPARATUS FOR PROVIDING A HIGH QUALITY OF SERVICE NETWORK CONNECTION VIA PLASTIC OPTICAL FIBER

• US 20110044693A1
• Filed: 01/05/2009
• Published: 02/24/2011
• Est. Priority Date: 01/04/2008
• Status: Abandoned Application

• Current Assignee: Nyce Networks, Inc.
• Original Assignee: Nyce Networks, Inc.
• Inventors: Dunfield, Alexander Gordon, Kelly, Bradley George, Rooyakkers, Edward Matthew
• Application Number:
  US12/811,679
• Publication Number:
  US 20110044693A1
• Time in Patent Office: Days
• US Class Current: 398/116
• CPC Class Codes: H04B 10/40 Transceivers
• CPC Class Codes: H04M 11/062 using different frequency bands for speech and other data

Abstract

A media converter for converting between electrical and optical signals is provided. The media converter includes an electro-optical transceiver configured to convert an optical signal into an electrical signal and vice-versa. The electro-optical transceiver includes an optical signal port connectable to a plastic optical fiber, the optical signal port for sending and receiving the optical signal along the plastic optical fiber; and an electrical signal port for sending and receiving the electrical signal. The media converter also includes a plurality of means for electrically conveying the electrical signal. A switch is in electrical communication with the electrical signal port of the electro-optical transceiver and with the plurality of means for electrically conveying the electrical signal, and is configured to direct the electrical signal from the electro-optical transceiver to any one of the means for electrically conveying the electrical signal and vice-versa, thereby facilitating bi-directional communication. The media converter can also have a telephonic network access port connectable to a telephone cable, which includes a pair of power carrying wires for carrying electrical power. A power supply is in electrical communication with the switch and the electro-optical transceiver, and power supply wiring electrically couples the telephonic network access port to the power supply for powering the media converter by transmitting power from the power carrying wires to the power supply when the telephone cable is coupled to the network access port. Beneficially, by obtaining power from the telephonic network, a low voltage telecommunications technician is able to install the media converter within a building, thereby allowing for relatively inexpensive installation.

Claims

1. A media converter comprising:

(a) an electro-optical transceiver configured to convert an optical signal into an electrical signal and vice-versa, the electro-optical transceiver having;

(i) an optical signal port connectable to a plastic optical fiber, the optical signal port for sending and receiving the optical signal along the plastic optical fiber;

(ii) an electrical signal port for sending and receiving the electrical signal;

(b) a plurality of means for electrically conveying the electrical signal;

(c) a switch in electrical communication with the electrical signal port of the electro-optical transceiver and with the plurality of means for electrically conveying the electrical signal, the switch configured to direct the electrical signal from the electro-optical transceiver to any one of the means for electrically conveying the electrical signal and vice-versa, thereby facilitating bi-directional communication;

(d) a telephonic network access port connectable to a telephone cable, the telephone cable comprising a pair of power carrying wires for carrying electrical power;

(e) a power supply in electrical communication with the switch and the electro-optical transceiver; and

(f) power supply wiring electrically coupled to the telephonic network access port and to the power supply for powering the media converter by transmitting power from the power carrying wires to the power supply when the telephone cable is coupled to the network access port.

2. A media converter as claimed in claim 1 wherein:

(a) the telephone cable further comprises a pair of data carrying wires for transmitting telephonic data; and

(b) the media converter further comprises;

(i) a telephone jack;

(ii) data wiring electrically coupling the telephone jack to the pair of data carrying wires when the telephone cable is coupled to the network access port, thereby facilitating telephonic communication.

3. A media converter as claimed in claim 1 further comprising a feedthrough transceiver configured to convert a second optical signal into a second electrical signal and vice-versa, the feedthrough transceiver having:

(a) an optical signal port connectable to a second plastic optical fiber, the optical signal port for sending and receiving the second optical signal along the second plastic optical fiber;

(b) an electrical signal port for sending and receiving the second electrical signal;

and wherein the switch is in electrical communication with the electrical signal port of the feedthrough transceiver and is further configured to direct the electrical signal from the electrical signal port of the electro-optical transceiver to the electrical signal port of the feedthrough transceiver, thereby facilitating daisy-chaining of media converters via the feedthrough transceiver.

4. A media converter as claimed in claim 1 wherein the means for electrically conveying the electrical signal comprises:

(a) a wireless connectivity module in electrical communication with the switch; and

(b) an antenna in electrical communication with the wireless connectivity module.

5. A media converter as claimed in claim 1 wherein the means for electrically conveying the electrical signal comprises a network jack in electrical communication with the switch and configured to be electrically coupled to a cable for conveying the electrical signal.

13. A system for facilitating bi-directional communication between a media converter and a packet-switched network, the system comprising:

(a) a network hub comprising;

(i) a network communication port in communication with the packet-switched network;

(ii) a plurality of network hub electro-optical transceivers configured to convert an optical signal into an electrical signal and vice-versa, each network hub electro-optical transceiver having;

(A) an optical signal port connectable to a plastic optical fiber, the optical signal port for sending and receiving the optical signal along the plastic optical fiber;

(B) an electrical signal port for sending and receiving the electrical signal;

(iii) a network hub switch in electrical communication with the network communication port and in electrical communication with the electric signal ports of the plurality of network hub switch electro-optical transceivers, the network hub switch configured to direct the electrical signal from the network communication port to any one of the network hub electro-optical transceivers and vice-versa, thereby facilitating bi-directional communication;

(b) a media converter as claimed in claim 1; and

(c) plastic optical fiber optically coupled at one end to the media converter and at another end to the network hub.

6. A media converter comprising:

(a) a housing;

(b) a networking circuitry printed circuit board inside the housing and having mounted thereon;

(i) an electro-optical transceiver and configured to convert an optical signal into an electrical signal and vice-versa, the electro-optical transceiver having;

(A) an optical signal port protruding through the housing and connectable to a plastic optical fiber, the optical signal port for sending and receiving the optical signal along the plastic optical fiber;

(B) an electrical signal port contained within the compact housing for sending and receiving the electrical signal;

(ii) a plurality of means for electrically conveying the electrical signal; and

(iii) a switch in electrical communication with the electrical signal port of the electro-optical transceiver and with the plurality of means for electrically conveying the electrical signal, the switch configured to direct the electrical signal from the electro-optical transceiver to any one of the means for electrically conveying the electrical signal and vice-versa, thereby facilitating bi-directional communication; and

(c) a power circuitry printed circuit board inside the housing and having mounted thereon a power supply in electrical communication with the switch and the electro-optical transceiver,

wherein the power circuitry printed circuit board and the networking circuitry printed circuit board are stacked on each other within the housing.

7. A media converter as claimed in claim 6 further comprising an electrical plug in electrical communication with the power supply and for insertion into a power outlet, the electrical plug protruding from the housing such that when the electrical plug is inserted into the power outlet, the housing is pressed flush against the power outlet.

8. A media converter as claimed in claim 6 further comprising electrical contacts in electrical communication with the power supply and disposed on the housing.

9. A media converter as claimed in claim 8 wherein the housing has a height of about 2.7 inches, a width of about 3.8 inches and a depth of about 1.6 inches and wherein the media converter further comprises a power outlet disposed on a faceplate of the housing and in electrical communication with the electrical contacts.

10. A media converter as claimed in claim 6 wherein:

(a) the networking circuitry printed circuit board has further mounted thereon a feedthrough transceiver configured to convert a second optical signal into a second electrical signal and vice-versa, the feedthrough transceiver having;

(i) an optical signal port protruding through the housing and connectable to a second plastic optical fiber, the optical signal port for sending and receiving the second optical signal along the second plastic optical fiber;

(ii) an electrical signal port for sending and receiving the second electrical signal;

(b) the power supply is in electrical communication with the feedthrough transceiver; and

(c) the switch is in electrical communication with the electrical signal port of the feedthrough transceiver and is further configured to direct the electrical signal from the electrical signal port of the electro-optical transceiver to the electrical signal port of the feedthrough transceiver, thereby facilitating daisy-chaining of media converters via the feedthrough transceiver.

11. A media converter as claimed in claim 6 wherein:

(a) the means for electrically conveying the electrical signal comprises;

(i) a wireless connectivity module in electrical communication with the switch; and

(ii) an antenna in electrical communication with the wireless connectivity module; and

(b) the power supply is in electrical communication with the wireless connectivity module.

12. A media converter as claimed in claim 6 wherein the means for electrically conveying the electrical signal comprises a network jack in electrical communication with the switch and configured to be electrically coupled to a cable for conveying the electrical signal.

14. (canceled)