数据包缓冲能在双循环被实现通过在控制信号和数据包之间的跨阶段的调整(XPM ) 的光缓冲区(DLOB ) 。然而,双波长信号的产量平等将由于失衡的获得和阶段移动降级。这个问题能被力量均等用 SOA 的浸透特征解决。有 2.5 Gb/s 的数据包能为相应于产量包的 16.5 μs.The 扑灭比率的 16 个周期在 DLOB 被缓冲当 S/N 是 8.1 dB 时,是 8 dB。
The data packet buffeting can be implemented in dual loop optical buffer (DLOB) through cross-phase modulation (XPM) between the control signal and the data packets. However, the output equality of dual wavelength signals will degrade due to the unbalanced gain and phase shift. This problem can be resolved by power oqualizafion using the saturation characteristics of SOA. The data packets with 2.5 Gb/s can be buffered in DLOB for 16 cycles corresponding to 16.5 μs.The extinction ratio of the output packet is 8 dB while the S/N is 8.1 dB.