Signal and power interconnect for display device
View Patent ↗Embodiments of the present invention generally provide an interconnect between a data signal source and a display device. The interconnect may be used to transmit data signals, command data, and power from the data signal source to the display device. The interconnect also may be used to transmit feedback data from the display device to the data signal source.
1. An image display system, comprising:
a signal box (sbox) configured to transmit one or more data packets;
a display device configured to receive the one or more data packets and display a digital image on a screen; and
an interconnect coupling the sbox to the display device, comprising:
a first electrical conductor adapted to deliver the one or more data packets from the sbox to the display device, and
a second electrical conductor adapted to deliver power provided by the sbox to the display device, wherein the display device displays the digital image using the power provided by the sbox,
wherein the interconnect is further configured to conduct one or more feedback packets transmitted by the display device to the sbox,
wherein the display device transmits the one or more feedback packets in response to receiving the one or more data packets, and
wherein the sbox transmits the one or more data packets to the display device in order to perform an alignment procedure involving the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the alignment procedure.
2. The image display system of claim 1 , wherein the one or more data packets comprise uncompressed, multiplexed video data packets.
3. The image display system of claim 1 , wherein the display device comprises at least one laser whose output is modulated by the processed information contained in the one or more data packets transferred in the first electrical conductor.
4. The image display system of claim 1 , wherein the interconnect comprises:
a first twisted wire pair having a first wire and a second wire that are each coupled to a pin disposed in a connector, wherein the first wire comprises the second electrical conductor; and
a second twisted wire pair having a third wire and a fourth wire that are each coupled to a pin disposed in the connector, wherein the third wire comprises the first electrical conductor.
5. An image display system, comprising:
a signal box (sbox) configured to transmit one or more data packets;
a display device configured to receive the one or more data packets and display a digital image on a screen; and
an interconnect coupling the sbox to the display device, comprising:
a first electrical conductor adapted to deliver the one or more data packets from the sbox to the display device, and
a second electrical conductor adapted to deliver power provided by the sbox to the display device,
wherein the display device displays the digital image using the power provided by the sbox,
wherein the interconnect is further configured to conduct one or more feedback packets transmitted by the display device to the sbox,
wherein the display device transmits the one or more feedback packets in response to receiving the one or more data packets, and
wherein the sbox transmits the one or more data packets to the display device in order to perform a firmware update with the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the firmware update.
6. The image display system of claim 5 , wherein the display device comprises at least one laser whose output is modulated by the processed information contained in the one or more data packets transferred in the first electrical conductor.
7. The image display system of claim 5 , wherein the one or more data packets comprise uncompressed, multiplexed video data packets.
8. An image display system, comprising:
a signal box (sbox) configured to transmit one or more data packets;
a display device configured to receive the one or more data packets and display a digital image on a screen; and
an interconnect coupling the sbox to the display device, comprising:
a first electrical conductor adapted to deliver the one or more data packets from the sbox to the display device, and
a second electrical conductor adapted to deliver power provided by the sbox to the display device,
wherein the display device displays the digital image using the power provided by the sbox,
wherein the interconnect is further configured to conduct one or more feedback packets transmitted by the display device to the sbox,
wherein the display device transmits the one or more feedback packets in response to receiving the one or more data packets, and
wherein the sbox transmits the one or more data packets to the display device in order to perform a diagnostic subroutine involving the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the diagnostic subroutine.
9. The image display system of claim 8 , wherein the display device comprises at least one laser whose output is modulated by the processed information contained in the one or more data packets transferred in the first electrical conductor.
10. The image display system of claim 8 , wherein the one or more data packets comprise uncompressed, multiplexed video data packets.
11. An image display system, comprising:
a signal box (sbox) configured to transmit one or more data packets;
a display device configured to receive the one or more data packets and display a digital image on a screen; and
an interconnect coupling the sbox to the display device, comprising:
a first electrical conductor adapted to deliver the one or more data packets from the sbox to the display device,
a second electrical conductor adapted to deliver power provided by the sbox to the display device, wherein the display device displays the digital image using the power provided by the sbox
a first twisted wire pair configured to conduct power, the first twisted wire pair having:
a first wire; and
a second wire that are each coupled to a pin disposed in a connector, wherein the first wire comprises the second electrical conductor;
a second twisted wire pair configured to conduct a current mode logic signal, the second twisted wire pair having a third wire and a fourth wire that are each coupled to a pin disposed in the connector, wherein the third wire comprises the first electrical conductor;
a third twisted wire pair configured to conduct a low-voltage differential signaling signal; and
a fourth twisted wire pair configured to conduct a universal receiver/transceiver signal.
12. An image display system, comprising:
a signal box (sbox) configured to transmit one or more data packets;
a display device configured to receive the one or more data packets and display a digital image on a screen; and
an interconnect coupling the sbox to the display device, comprising:
a first electrical conductor adapted to deliver the one or more data packets from the sbox to the display device,
a second electrical conductor adapted to deliver power provided by the sbox to the display device, wherein the display device displays the digital image using the power provided by the sbox;
a first twisted wire pair that is configured to conduct power and having a first wire and a second wire that are each coupled to a pin disposed in a first set of pins disposed in a connector;
a second twisted wire pair that is configured to conduct a low-voltage differential signaling signal and having a third wire and a fourth wire that are each coupled to a pin disposed in a second set of pins disposed in the connector;
a third twisted wire pair that is configured to conduct a universal receiver/transceiver signal and having a fifth wire and a sixth wire that are each coupled to a pin disposed in a third set of pins disposed in the connector; and
a fourth twisted wire pair that is configured to conduct a command mode logic signal and having a seventh wire and an eighth wire that are each coupled to a pin disposed in a fourth set of pins disposed in the connector, wherein the first set of pins is disposed between the fourth set of pins and the third set of pins, and the first set of pins is also disposed between the second set of pins and the fourth set of pins.
13. A method for displaying a digital image on a display device, comprising:
transmitting power from a signal box (sbox) to the display device via a first conductor disposed in an interconnect; and
transmitting one or more data packets from the sbox to the display device via a second conductor disposed in the interconnect, wherein the display device displays the digital image using the power transmitted by the sbox,
wherein the interconnect is further configured to conduct one or more feedback packets transmitted by the display device to the sbox,
wherein the display device transmits the one or more feedback packets in response to receiving the one or more data packets,
wherein the sbox transmits the one or more data packets to the display device in order to perform an alignment procedure involving the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the alignment procedure.
14. The method of claim 13 , wherein the one or more data packets comprise uncompressed, multiplexed video data packets.
15. The method of claim 13 , wherein the sbox transmits the one or more data packets to the display device in order to perform a diagnostic subroutine involving the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the diagnostic subroutine.
16. The method of claim 13 , further comprising:
receiving the one or more data packets from the sbox; and
processing at least a portion of the one or more data packets to create a signal that is configured to modulate the output of at least one laser, wherein the output of the at least one laser is configured to create at least a portion of the digital image on a screen of the display device.
17. The method of claim 13 , wherein the interconnect comprises a plurality of independently shielded twisted wire pairs configured to be coupled to at least one connector, wherein each twisted wire pair within the plurality of twisted wire pairs is configured to conduct data and/or power, and each twisted wire pair is configured to be coupled to a different set of pins within a connector that forms one end of the interconnect.
18. A method for displaying a digital image on a display device, comprising:
transmitting power from a signal box (sbox) to the display device via a first conductor disposed in an interconnect; and
transmitting one or more data packets from the sbox to the display device via a second conductor disposed in the interconnect, wherein the display device displays the digital image using the power transmitted by the sbox,
wherein the interconnect is further configured to conduct one or more feedback packets transmitted by the display device to the sbox,
wherein the display device transmits the one or more feedback packets in response to receiving the one or more data packets, and
wherein the sbox transmits the one or more data packets to the display device in order to perform a firmware update with the display device, and the display device transmits the one or more feedback packets to the sbox in order to report status information associated with the firmware update.
19. A method for displaying a digital image on a display device, comprising:
transmitting power from a signal box (sbox) to the display device via a first conductor disposed in an interconnect; and
transmitting one or more data packets from the sbox to the display device via a second conductor disposed in the interconnect, wherein the display device displays the digital image using the power transmitted by the sbox,
wherein the interconnect includes:
a first twisted wire pair configured to conduct power, wherein the first twisted wire pair comprises the first conductor;
a second twisted wire pair configured to conduct a current mode logic signal, wherein the second twisted wire pair comprises the second conductor;
a third twisted wire pair configured to conduct a low-voltage differential signaling signal; and
a fourth twisted wire pair configured to conduct a universal receiver/transceiver signal.
20. The method of claim 19 , wherein the first twisted wire pair is coupled to a first set of pins within a connector, the second twisted wire is coupled to a second set of pins within the connector, the third twisted wire is coupled to a third set of pins within the connector, and the fourth twisted wire is coupled to a fourth set of pins within the connector, wherein the first set of pins are disposed between the second set of pins and the third set of pins, the first of set of pins is disposed between the second set of pins and the fourth set of pins, and the second set of pins is disposed adjacent to a first side of the connector.