DISTRIBUTED CABIN NETWORK ARCHITECTURE
A system and method for a cabin network system for an onboard entertainment system of an aircraft cabin, the system including at least one node having an internal CPU, wireless antenna, Ethernet switch and file storage. An A I/O and a content loader are preferably additionally connected with respect to the at least one node.
1 . A cabin network system for an onboard entertainment system of an aircraft cabin, the system comprising:
at least one node having an internal CPU, wireless antenna, Ethernet switch and file storage; and
an A I/O connected with respect to the at least one node.
2 . The cabin network system of claim 1 further comprising:
a content loader connected with respect to the at least one node for providing content to the at least one node.
3 . The cabin network system of claim 1 comprising two or more nodes wherein the A I/O is connected with respect to only a first node.
4 . The cabin network system of claim 3 wherein each of the two or more nodes include redundant systems and content.
5 . The cabin network system of claim 1 comprising three or more nodes.
6 . The at least one node of claim 1 further comprising a first power supply and a second power supply.
7 . The at least one node of claim 1 wherein the at least one node comprises two output signals and six input discrete signals.
8 . The at least one node of claim 1 comprising a unitized housing having external connector interfaces compliant with standard aircraft bus connectors.
9 . The at least one node of claim 1 further comprising two external cooling fans.
10 . A method for operating a cabin network system for an onboard entertainment system of an aircraft cabin, the method comprising:
providing two or more nodes throughout the aircraft cabin, each node having an internal CPU, wireless antenna, Ethernet switch and file storage;
connecting an A I/O with respect to the at least two nodes; and
distributing content throughout the aircraft cabin using the two or more nodes.
11 . The method of claim 10 further comprising:
connecting a content loader with respect to the at least two nodes for providing content to the at least two nodes.
12 . The method of claim 10 further comprising connecting the A I/O with respect to only a first node of the two or more nodes.
13 . The method of claim 10 further comprising:
providing a first power supply for each node of the least two nodes and a second power supply for each node providing a bypass of the Ethernet switch.