Processing and transmitting video data
One or more example embodiments relates to an integrated switching arrangement, in particular an FPGA or ASIC, for processing and transmitting data comprising at least video data in a network. Routes for individual data streams are specified via a configurable addressing scheme. One or more example embodiments further relates to a network device, a network and a method for processing and transmitting data.
1. An integrated switching arrangement for processing and transmitting data comprising at least video data in a network, the integrated switching arrangement comprising:
a number of video interfaces configured to at least one of receive or send the video data in data streams;
a number of network interfaces configured to connect the integrated switching arrangement to a number of other spatially separated integrated switching arrangements, the other spatially separated integrated switching arrangements configured to transmit at least the video data;
a frame buffer controller and a frame buffer interface, the frame buffer controller configured to control access to a frame buffer, via the frame buffer interface such that the video data from one or more of the other spatially separated integrated switching arrangements can be at least one of stored in the frame buffer as a combined frame of the video data from one or more of the other spatially separated integrated switching arrangements or read out from the frame buffer; end
a connection matrix configured to receive and transmit the data streams between the number of video interfaces, the number of network interfaces, and the frame buffer interface; and
processing circuity configured to cause the integrated switching arrangement to
allocate a position of each data stream of the video data in the frame buffer such that the arrangement of the video data of the respective data streams is defined in the combined frame, and
reset the positions if there is a shift in a position of one of the data streams of video data in the frame buffer,
wherein routes of the data streams are specified via a configurable addressing scheme.
2. The integrated switching arrangement of claim 1 comprising:
a number of video processing units configured to process the video data.
3. The integrated switching arrangement of claim 2 , wherein the video processing units are configured to process the video data, the processing including at least one of scaling, clipping, filtering, line reconstruction, compression or decompression.
4. The integrated switching arrangement of claim 1 , wherein a data rate of the network interfaces is greater than or equal to 5 Gbps.
5. The integrated switching arrangement of claim 1 , wherein the video data comprises at least high-resolution video data.
6. The integrated switching arrangement of claim 1 , father wherein the processing circuitry is further configured to cause the integrated switching arrangement to:
provide an image of a mouse pointer and assign the mouse pointer to defined positions in the frame buffer.
7. The integrated switching arrangement of claim 1 , further comprising:
an Ethernet interface configured to at least one of receive or send Ethernet data,
wherein the processing circuitry is further configured to cause the integrated switching arrangement to send the Ethernet data in accordance with the addressing scheme.
8. The integrated switching arrangement of claim 7 , wherein the processing circuitry is further configured to cause the integrated switching arrangement to:
provide an image of a mouse pointer and assign the mouse pointer to defined positions in the frame buffer.
9. The integrated switching arrangement of claim 8 , wherein the addressing scheme comprises an internal component address via which a route for exchanging the data streams via the connection matrix is specified.
10. The integrated switching arrangement of claim 1 , wherein the addressing scheme comprises an internal component address via which a route for exchanging the data streams via the connection matrix is specified.
11. A network device comprising:
the integrated switching arrangement of claim 1 ; and
physical interfaces which are connected to corresponding interfaces of the integrated switching arrangement.
12. The network device of claim 11 , further comprising:
a processor connected to the integrated switching arrangement via an Ethernet switch, the processor configured to configure the addressing scheme or image processing parameters via a User Datagram Protocol (UDP) unit of the integrated switching arrangement.
13. A network comprising at least one network device, the at least one network device being the network device of claim 11 .
14. A method for processing and transmitting data comprising at least video data in a network, said method comprising:
at least one of receiving or sending video data in data streams;
connecting the integrated switching arrangement of claim 1 to the other spatially separated integrated switching arrangements in the network;
at least one of storing or reading out the video data from one or more of the data streams as the combined frame of video data in the frame buffer;
exchanging the data streams between the number of video interfaces, the number of network interfaces, and the frame buffer interface;
allocating a position of each data stream of the video data in the frame buffer such that the arrangement of the video data of the respective data streams is defined in combined frame; and
resetting the positions if there is a shift in a position of one of the data streams of video data in the frame buffer.
15. A non-transitory computer-readable medium storing instructions that, when executed by an integrated switching arrangement, cause the integrated switching arrangement to perform the method of claim 14 .