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    • 1. 发明申请
    • ETHERNET TRANSMITTER APPARATUS
    • 以太网发射机设备
    • WO2009040142A1
    • 2009-04-02
    • PCT/EP2008/053149
    • 2008-03-17
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)SCAFFARDI, MircoBERRETTINI, GianlucaDI MURO, RodolfoNAYAR, BimalBOGONI, AntonellaPOTI, Luca
    • SCAFFARDI, MircoBERRETTINI, GianlucaDI MURO, RodolfoNAYAR, BimalBOGONI, AntonellaPOTI, Luca
    • H04J14/06H04J14/08
    • H04J14/06H04J14/08
    • An optical transmitter apparatus capable of a transmission rate of at least 100gbit/second comprises at least three input transmitters that each provide at an output an NRZ optical signal, at least two of the NRZ optical signals having substantially the same bit rate, each of the signals having a bit rate which is less than 100 Gbit/s and the sum of the bit rates of all of the at least three transmitters being at least equal to 100 Gbit/s, an NRZ to RZ converter associated with each transmitter which converts each NRZ signal into an optical RZ signal with the signal remaining in the optical domain during conversion, the optical RZ signal having the same bit rate as the corresponding NRZ signal, an optical time division multiplexer which converts the RZ signals into at least two further signals, one of the further signals being formed by bitwise interleaving the bits of the at least two of the RZ signals which have the same bit rate, and a polarisation multiplexer which processes the two further signals to provide two output signals of differing polarisation, each of the two output signals having the same bit rate as a respective one of the two further signals. The NRZ to RZ converters may be implemented using a SOA based device.
    • 能够传输速率至少为100gbit /秒的光发射机装置包括至少三个输入发射机,每个至少三个输入发射机在输出端提供NRZ光信号,至少两个NRZ光信号具有基本上相同的比特率, 具有小于100Gbit / s的比特率和所有至少三个发射机的比特率的总和至少等于100Gbit / s的信号,与每个发射机相关的NRZ至RZ转换器,每个发射机将每个 NRZ信号转换为在转换期间信号保持在光域中的光学RZ信号,光学RZ信号具有与相应的NRZ信号相同的比特率,光学时分复用器将RZ信号转换为至少两个另外的信号, 通过对具有相同比特率的RZ信号中的至少两个的比特进行逐位交织来形成另外的信号之一,以及处理tw的偏振多路复用器 o进一步的信号以提供不同极化的两个输出信号,两个输出信号中的每一个具有与两个另外的信号中的相应一个相同的比特率。 NRZ到RZ转换器可以使用基于SOA的设备来实现。
    • 2. 发明申请
    • OPTICAL DEVICES AND METHOD OF COUNTING OPTICAL PULSES
    • 光学装置和计算光学脉冲的方法
    • WO2011032609A1
    • 2011-03-24
    • PCT/EP2009/063721
    • 2009-10-20
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)MELONI, GianlucaBERRETTINI, GianlucaPOTI, LucaBOGONI, AntonellaD'ERRICO, Antonio
    • MELONI, GianlucaBERRETTINI, GianlucaPOTI, LucaBOGONI, AntonellaD'ERRICO, Antonio
    • H04Q11/00G06E1/02
    • G06E1/00G02F3/02G06E1/02H04Q11/0005H04Q11/0066H04Q2011/0041
    • An optical device (10) comprises an optical device stage (12), which comprises an optical input (14), an optical AND gate (16), an optical flip-flop (18) and an optical output (26). The optical input (14) is arranged to receive an optical input pulse at an input wavelength. The optical AND gate (16) comprises a first input (16a) arranged to receive a part of said optical input pulse, a second input (16b) arranged to receive at least a part of a flip-flop optical output signal, and an output (16c). The optical AND gate (16) is arranged to generate an AND gate optical output pulse dependent on said flip-flop optical output signal (24). The optical flip-flop (18) comprises a first input (18a) arranged to receive a further part of said optical input pulse, a second input (18b) arranged to receive a said AND gate optical output pulse, and an output (18c). The optical flip-flop (18) is arranged to generate said flip-flop output signal at a flip-flop output wavelength. A least a part of the flip-flop output signal (24) is provided to said output (26).
    • 光学装置(10)包括光学装置级(12),其包括光学输入(14),光学与门(16),光学触发器(18)和光学输出(26)。 光输入(14)被布置成接收输入波长的光输入脉冲。 光与门(16)包括布置成接收所述光输入脉冲的一部分的第一输入端(16a),布置成接收触发器光输出信号的至少一部分的第二输入端(16b) (16C)。 光学与门(16)被布置成根据所述触发器光输出信号(24)产生与门光输出脉冲。 光触发器(18)包括布置成接收所述光输入脉冲的另一部分的第一输入端(18a),布置成接收所述与门光输出脉冲的第二输入端(18b),以及输出端(18c) 。 光学触发器(18)被布置成以触发器输出波长产生所述触发器输出信号。 触发器输出信号(24)的至少一部分被提供给所述输出(26)。
    • 3. 发明申请
    • OPTICAL ANALOGUE TO DIGITAL CONVERTER
    • 数字转换器的光学模拟
    • WO2010049001A1
    • 2010-05-06
    • PCT/EP2008/064789
    • 2008-10-31
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)BOGONI, AntonellaPOTI, LucaSCAFFARDI, MircoLAZZERI, EmmaFRESI, Francesco
    • BOGONI, AntonellaPOTI, LucaSCAFFARDI, MircoLAZZERI, EmmaFRESI, Francesco
    • G02F7/00G02F1/35
    • G02F7/00G02F1/3515G02F2203/70
    • An analogue to digital converter (100) is arranged to receive and process an analogue optical input signal (110) to produce an N bit digital optical output signal (140) quantised to 2 N levels, where N is greater than or equal to 2. The converter (100) has an input (115) for receiving the optical input signal (110) and N processing channels (131, 132, 133) which are each coupled to the input, at least one of said processing channels comprising an optical processing circuit (201, 202, 203, 204, 205, 206, 207) arranged to generate a plurality of digital optical output signals. The optical processing circuit is arranged to change the state of each digital optical output signal corresponding to a respective different value of the analogue optical input signal, and an optical combining circuit (301, 302, 303, 304) for combining the optical output signals in order to generate one bit of the N-bit digital optical signal.
    • 模拟数字转换器(100)被布置为接收和处理模拟光输入信号(110)以产生量化为2N级的N位数字光输出信号(140),其中N大于或等于2。 转换器(100)具有用于接收光输入信号(110)的输入端(115)和各自耦合到输入端的N个处理通道(131,132,133),所述处理通道中的至少一个包括光处理电路 (201,202,203,204,205,206,207),被布置成产生多个数字光输出信号。 光处理电路被配置为改变对应于模拟光输入信号的相应不同值的每个数字光输出信号的状态,以及光合成电路(301,302,303,304),用于将光输出信号 以产生一位N位数字光信号。
    • 7. 发明申请
    • OPTICAL FLIP-FLOP
    • WO2009129866A1
    • 2009-10-29
    • PCT/EP2008/055115
    • 2008-04-25
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)BERRETTINI, GianlucaMALACARNE, AntonioPOTI, LucaBOGONI, Antonella
    • BERRETTINI, GianlucaMALACARNE, AntonioPOTI, LucaBOGONI, Antonella
    • G02F3/02H01S3/23
    • G02F3/026G02F2203/70
    • An optical flip-flop comprises first (102) and second (104) flip-flop elements arranged to respectively provide first (output 1) and second (output 3) optical outputs. Each output is in one of a plurality of states, wherein switching the output from a relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the output from a relatively low power state to a relatively high power state has an associated rising edge transition time. The rising edge transition time is greater than the falling edge transition time. The optical flip-flop also comprises a processor (106) arranged to process the first and second outputs to provide an optical flip-flop output, being one of a plurality of state outputs, wherein switching the flip-flop output froma relatively high power state to a relatively low power state has an associated falling edge transition time, and switching the flip-flop output froma relatively low power state to a relatively high power state has an associated rising edge transition time. The processor is arranged to process the first and second outputs such that both the falling edge transition time and the rising edge transition time of the flip-flop output are independent of the rising edge transitiontimes of boththe first and second flip-flop elements. The invention also provides a method of operating the flip-flop, an optical switching arrangement and an optical switching method.
    • 光学触发器包括布置成分别提供第一(输出1)和第二(输出3)光输出的第一(102)和第二(104)触发器元件。 每个输出处于多个状态之一,其中将输出从相对高功率状态切换到相对低功率状态具有相关联的下降沿转换时间,并且将输出从相对低功率状态切换到相对较高的功率 状态具有相关联的上升沿转换时间。 上升沿转换时间大于下降沿转换时间。 光学触发器还包括处理器(106),其被配置为处理第一和第二输出以提供作为多个状态输出之一的光学触发器输出,其中将触发器输出从较高功率状态切换 相对低功率状态具有相关联的下降沿转换时间,并且将触发器输出从相对低功率状态切换到相对高功率状态具有相关联的上升沿转换时间。 处理器被布置为处理第一和第二输出,使得触发器输出的下降沿转换时间和上升沿转换时间都与第一和第二触发器元件的上升沿转换时间无关。 本发明还提供了一种操作触发器,光开关装置和光开关方法的方法。
    • 10. 发明申请
    • OPTICAL DIGITAL-TO-ANALOG CONVERSION
    • 光学数字到模拟转换
    • WO2010091740A1
    • 2010-08-19
    • PCT/EP2009/051815
    • 2009-02-16
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)PORZI, ClaudioPOTI, LucaBOGONI, Antonella
    • PORZI, ClaudioPOTI, LucaBOGONI, Antonella
    • G02F7/00G02F1/35
    • G02F7/00G02F1/3515G02F2203/70
    • The present invention relates to Digital-to-Analog conversion in the optical or photonic domain. The present invention pr ovides a digital-to-analog converter (DAC) (100) arranged to receive an N-bit digital optical signal (105) and to process the N-bit digital optical signal to generate an analog optical signal (110). The DAC comprises a photonic circuit (120a, 120b) arranged to adjust the amplitude of each bit of the N-bit digital optical signal dependent on the amplitudes of at least one of the other bits of the N-bit digital optical signal. The amplitudes are adjusted using a non-linear optical effect in order to generate respective outputs for each bit. The DAC also comprises a photonic combiner (145) arranged to combine the outputs for each bit to generate the analog output signal (110).
    • 本发明涉及光或光子域中的数模转换。 本发明提供一种被配置为接收N位数字光信号(105)并且处理N位数字光信号以产生模拟光信号(110)的数模转换器(DAC)(100) 。 DAC包括光电路(120a,120b),其被配置为根据N位数字光信号中的至少一个其它位的振幅调整N位数字光信号的每个位的振幅。 使用非线性光学效应来调整幅度,以便为每个位产生相应的输出。 DAC还包括光子组合器(145),其布置成组合每个位的输出以产生模拟输出信号(110)。