We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for transparent routing of packets with multiple data formats and data bit rates. Packets employing in-band labels can be processed without the need to reconfigure the label processor and the switch when changing data format and bit-rate. The label processor is based on asynchronous optical signal processing in combination with a simple electronic combinatory network. This makes the label processor capable to process a large number of labels with low latency time
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We present a scalable, low latency optical packet switch sub-system that is capable to switch optica...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We present a scalable, low latency optical packet switch for optical packets with multiple modulatio...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We present a scalable, low latency optical packet switch sub-system that is capable to switch optica...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We demonstrate an optical packet switch (OPS) subsystem employing in-band labeling to allow for tran...
We present a scalable, low latency optical packet switch for optical packets with multiple modulatio...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
Scalability and photonic integration of packet switched cross-connect nodes that utilize all-optical...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We investigate photonic packet switches that allow scaling to a large number of input and output por...
We present a scalable, low latency optical packet switch sub-system that is capable to switch optica...
We investigate photonic packet switches that allow scaling to a large number of input and output por...