All-Optical XOR Gate Based on RSOA at 300 Gbps

Review on all-optical logic gates: design techniques and classifications – heading toward high-speed optical integrated circuits

“…AO-XOR gate using RSOA achieved 300 Gbps at 0.3 mW power input. 17 SOAs having quantum dot active regions or QD-SOAs provide superior performance compared with their conventional counterparts owing to their high thermal stability, low temperature sensitivity along with ultrafast gain recovery times. AO-AND, XOR, and NOT gates were modeled using QD-SOAs to operate up to 250 Gbps.…”

Review on all-optical logic gates: design techniques and classifications – heading toward high-speed optical integrated circuits

“…AO-XOR gate using RSOA achieved 300 Gbps at 0.3 mW power input. 17 SOAs having quantum dot active regions or QD-SOAs provide superior performance compared with their conventional counterparts owing to their high thermal stability, low temperature sensitivity along with ultrafast gain recovery times. AO-AND, XOR, and NOT gates were modeled using QD-SOAs to operate up to 250 Gbps.…”

Review on all-optical logic gates: design techniques and classifications – heading toward high-speed optical integrated circuits

“…AO-XOR gate using RSOA achieved 300 Gbps at 0.3 mW power input. 17 SOAs having quantum dot active regions or QD-SOAs provide superior performance compared with their conventional counterparts owing to their high thermal stability, low temperature sensitivity along with ultrafast gain recovery times. AO-AND, XOR, and NOT gates were modeled using QD-SOAs to operate up to 250 Gbps.…”

Review on all-optical logic gates: design techniques and classifications – heading toward high-speed optical integrated circuits

“…AO-XOR gate using RSOA achieved 300 Gbps at 0.3 mW power input. 17 SOAs having quantum dot active regions or QD-SOAs provide superior performance compared with their conventional counterparts owing to their high thermal stability, low temperature sensitivity along with ultrafast gain recovery times. AO-AND, XOR, and NOT gates were modeled using QD-SOAs to operate up to 250 Gbps.…”