Converged passive optical LAN
The technology relates to a converged passive optical local access network. The converged passive optical local access network may include a network switch, one or more passive optical splitters, one or more optical network terminals, one or more user devices, and a converged optical line terminal. The converged optical line terminal is integrated into a server and comprised of one or more fiber-optic network interface cards. The converged optical line terminal is configured to manage the transmission of data between the converged passive optical local access network and an external network.
1. A converged passive optical local access network (C-POL) system comprising:
a converged optical line terminal (C-OLT), the C-OLT comprising a server hardware platform and a pluggable one or more fiber-optic network interface cards integrated with an optical line terminal (OLT) passive optical network (PON) application-specific integrated circuit (ASIC), wherein the one or more OLT fiber-optic network interface cards are plugged into the server via one or more internal interconnects;
memory integrated into the C-OLT, wherein the memory stores management suite software, which when executed by one or more server processors manages the flow of data signals through the OLT and the transmission of the data signals between the C-POL and an external network in accordance with a PON network standard; and
a converged optical network terminal (C-ONT) comprising a second fiber-optic network interface card integrated into an end user device, wherein the C-ONT is configured to manage the transmission of data signals between the end user device and the C-OLT.
2. The C-POL of claim 1 , wherein the C-POL further comprises a network switch, the network switch configured to direct data between the external network and the C-POL.
3. The C-POL of claim 1 , wherein the C-POL further comprises one or more optical network terminals configured to convert the data signals from an optical signal to an electrical signal and vice-versa.
4. The C-POL of claim 3 , wherein the one or more optical network terminals are connected to one or more user devices with one or more electrical wires.
5. The C-POL of claim 1 , further comprising
a network switch;
one or more passive optical splitters;
one or more user devices; and
one or more optical network terminals.
6. The C-POL of claim 5 , wherein the network switch is connected to the C-OLT and the external network.
7. The C-POL of claim 6 , wherein the one or more passive optical splitters and the one or more optical network terminals are an optical distribution network (ODN), and the one or more user devices communicate with the C-OLT via the ODN.
8. The C-POL of claim 6 , wherein connections between the C-OLT and the one or more optical network terminals are comprised of single mode fibers.
9. The C-POL of claim 5 , wherein the C-OLT is connected to a first of the one or more passive optical splitters via a first single mode fiber and the first passive optical splitter is connected to at least two of the one or more optical network terminals via two other single mode fibers, respectively.
10. The C-POL of claim 9 , wherein the first passive optical splitter is configured to separate a signal from the C-OLT into two or more signals, wherein the two or more signals are copies of the signal from the C-OLT.
11. The C-POL of claim 9 , wherein the first passive optical splitter is configured to separate a signal from the C-OLT into two or more signals, wherein the two or more signals are copies of the signal from the C-OLT.
12. A converged passive optical local access network (C-POL) system comprising:
a converged optical line terminal (C-OLT), the C-OLT comprising a server hardware platform and a pluggable one or more fiber-optic network interface cards, integrated with an optical line terminal (OLT) passive optical network (PON) application-specific integrated circuit (ASIC), wherein the one or more OLT fiber-optic network interface cards are plugged into the server via one or more internal interconnects; and
a first converged optical network terminal (C-ONT), the first C-ONT comprising a second fiber-optic network interface card integrated into an end user device, wherein the C-ONT is configured to manage the transmission of data signals between the end user device and the C-OLT.
13. The C-POL of claim 12 , wherein the C-POL further comprises a network switch, the network switch configured to direct data between the external network and the C-POL.
14. The C-POL of claim 12 , further comprising
a network switch;
one or more passive optical splitters; and
a plurality of C-ONTs, wherein each of the plurality of C-ONTs is integrated into a respective end user device.
15. The C-POL of claim 14 , wherein the network switch is connected to the C-OLT and the external network.
16. The C-POL of claim 15 , wherein the one or more passive optical splitters and the plurality of C-ONTs are an optical distribution network (ODN), and the end user devices communicate with the C-OLT via the ODN.
17. The C-POL of claim 14 , wherein the C-OLT is connected to a first of the one or more passive optical splitters via a first single mode fiber and the first passive optical splitter is connected to the C-ONT via another single mode fiber.
18. The C-POL of claim 12 , wherein connections between the C-OLT and the C-ONT are comprised of one or more single mode fibers.
19. A converged passive optical local access network (C-POL) system comprising:
a converged optical line terminal (C-OLT), the C-OLT comprising a server hardware platform and a pluggable one or more fiber-optic network interface cards, integrated with an optical line terminal (OLT) passive optical network (PON) application-specific integrated circuit (ASIC), a; and
a converged optical network terminal (C-ONT), the C-ONT comprising a second fiber-optic network interface card integrated into an end user device, wherein the C-ONT is configured to manage the transmission of data signals between the end user device and the C-POL.