Method and system of connecting broadband wireless systems to wireline serving area interfaces

• US 20030224782A1
• Filed: 02/11/2003
• Published: 12/04/2003
• Est. Priority Date: 02/11/2002
• Status: Abandoned Application

• Current Assignee: Aircover Network Solutions Incorporated
• Original Assignee: Aircover Network Solutions Incorporated
• Inventors: Dougherty, Angus O.
• Application Number:
  US10/364,603
• Publication Number:
  US 20030224782A1
• Time in Patent Office: Days
• US Class Current: 455/426.2
• CPC Class Codes: H04W 84/14 WLL [Wireless Local Loop]; RLL [Radio Local Loop]

Abstract

Interconnecting broadband wireless with local telephone serving area interfaces provide an ability to establish a broadband communication system that delivers high speed Internet access over customer telephone lines unable to get such access through traditional telephone company systems. The present invention discloses how to interconnect a wireless-enabled terminal node to the telephone company serving area interface. How wireless terminal nodes are linked to the Internet using a plurality of microwave relays providing access, distribution and transport, as well as interconnect to the Internet. The terminal node provides Internet access to a variety of devises, including computers, computer networks, personal digital assistance, Internet appliances, telecommunications handsets, entertainment equipment and any other device serving as an information source and sink that is connected to the customer'"'"'s home or office by two wire twisted copper pair or similar connections with a differing number of wires.

In accordance with the present invention, a wireless terminal node is provided. The wireless terminal node permits rapid, scalable, and inexpensive growth of broadband Internet access to communities otherwise unable to be served due to limitations within the outside telecommunications feeder cables and transmission system.

Claims

1. A hybrid wireline/wireless broadband communications system comprising of:

a plurality of terminal nodes, each having access to serving area interface cabinets in the telephone company'"'"'s serving area and providing broadband access to the existing telephone lines of the homes and offices within these service areas.

a plurality of microwave distribution access and transport relays having at lease one directional antenna forming a directional coverage area, each terminal node communicates with a particular distribution access relay and is connected to the larger microwave transport system to interconnect to the Internet.

2. A broadband communications system as in claim 1 further comprising of a method of interconnecting a wireless terminal node to a serving area interface serving a community of residential and business telephone lines.

3. A broadband communications system as in claim 2 wherein the routing network comprises a distributed network of microwave distribution and transport terminals.

4. A broadband communications system as in claim 3 wherein at least one microwave access relay is in the same serving area as one or more terminal nodes.

5. A broadband communications system as in claim 4 wherein as least one microwave access distribution relay is in communication with the routing network through at least one transport relay antenna.

6. A broadband communication system as in claim 1 for selectively connecting any one of said plurality of customer telephone lines to a microwave distribution system.

7. A broadband communications system as in claim 6 wherein the terminal node further comprises routing capabilities to redirect information packets to and from at least one interface.

8. A broadband communications system as in claim 1 further comprising:

a plurality of terminal nodes interconnected through a distributed microwave system interconnected to the Internet by a transport microwave system.

a plurality of microwave access and distribution relays making up a local broadband communications network that operates with out local telephone company transmission systems.

a plurality of microwave transport relays that link a plurality of distribution networks to the Internet with out least facilities from the local telephone company.

9. A method of distributed management of a hybrid wireless/wireline communications network comprising of:

a plurality of terminal nodes located within a telephone company'"'"'s service areas.

a plurality of microwave terminal access and distribution relays making up a distributed communications system with no wireline facility.

a local management application that enables a plurality of the communications system elements to automatically provision themselves within the network, manage system performance, operations and auto automatically recover from packet congestion system failure.

10. A hybrid wireline/wireless broadband communications system, comprising:

a terminal node, the terminal node being communicatively coupled to a service area interface and providing broadband communications to telephone lines coupled to the service area interface; and

a wireless broadband network, the wireless broadband network being communicatively coupled to the terminal node and the Internet, the wireless broadband network having the capacity to carry broadband data.

11. The hybrid wireline/wireless broadband communications system of claim 10, wherein the wireless broadband network uses microwave frequencies for communication.

12. The hybrid wireline/wireless broadband communications system of claim 10, wherein the wireless broadband network uses radio frequencies for communication.

13. The hybrid wireline/wireless broadband communications system of claim 10, wherein the wireless broadband network uses millimeter wavelength frequencies for communication.

14. The hybrid wireline/wireless broadband communications system of claim 10, wherein the wireless broadband network uses infrared frequencies for communication.

15. The hybrid wireline/wireless broadband communications system of claim 10, wherein the wireless broadband network uses light for communication.

16. An apparatus for providing telephone line access to the Internet, comprising:

a terminal node, the terminal node being communicatively coupled to at least one telephone line, the terminal node having wireless portion of exchanging data with the Internet and a wired portion for exchanging data over the at least one telephone line.

17. The apparatus for providing telephone line access to the Internet of claim 16, wherein the wireless portion of terminal node further comprises an antenna communicatively coupled through a distributed microwave system to the Internet by a transport microwave system.

18. The apparatus for providing telephone line access to the Internet of claim 17, wherein the wireless portion of terminal node further comprises a plurality of microwave access and distribution relays making up a local broadband communications network that operates without local telephone company transmission systems.

19. A method for providing a customer access to the Internet, comprising;

coupling a terminal node to a portion of the PSTN including a telephone line to the customer, wherein the terminal node has a wireless portion for exchanging data with the Internet and a wired portion for exchanging data over the telephone line; and

providing Internet access to the customer over a telephone line.

20. The method of claim 19 wherein the wireless portion of the terminal node wirelessly exchanges data with the Internet using microwave electromagnetic frequencies propagated through air.

21. The method of claim 19 wherein the telephone line was a previously existing telephone line.

22. The method of claim 19 wherein the telephone line was not a previously existing telephone line.

23. The method of claim 19 wherein data exchanged over the telephone line carries a voice call.

24. The method of claim 19 wherein the terminal node is coupled to the telephone line in a Serving Area Interface.

25. A method for providing a customer access to the Internet, comprising;

coupling a terminal node to a telephone line supporting at least Plain Old Telephone Service (“

POTS”

), wherein the terminal node has a wireless portion for exchanging data with the Internet and a wired portion for maintaining POTS on the telephone line; and

providing Internet access to the customer over a telephone line.

26. The method for providing a customer access to the Internet of claim 25, further comprising a microwave frequency wireless network for exchanging data between the Internet and the customer.

27. The method for providing a customer access to the Internet of claim 25, wherein a DSL-compatible modem is coupled to the telephone line.

28. A method for providing access to the Internet over a customer telephone line, the customer telephone line being communicatively coupled to the PSTN, comprising;

communicatively severing a link between the customer telephone line and the PSTN; and

communicatively connecting the PSTN and customer telephone line to a terminal node, wherein the terminal node has a wireless portion for facilitating exchanging data with the Internet and a wired portion for communicatively coupling the PSTN and the customer telephone line and for exchanging data over the customer telephone line, the terminal node capable of exchanging data between the wireless portion and wired portion.

29. The method of claim 28 where the link is a cross connect in a Serving Area Interface and the communicatively coupled cross connect is effectively removed from the Serving Area Interface.

30. The method of claim 29 where the terminal node is connected to the PSTN and the customer telephone line in the Serving Area Interface.

31. The method of claim 30 where the terminal node is located adjacent to the Serving Area Interface.

32. A method for providing access to the Internet, comprising;

coupling a terminal node to a portion of the PSTN wherein the terminal node has a wireless portion for exchanging data with the Internet and a wired portion for exchanging data with the PSTN.

33. The method of claim 32 wherein data exchanged with the PSTN carries a voice call.

34. The method of claim 32 wherein data exchanged with the PSTN carries Internet browsing.