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[미국특허] Wave-division multiplexing telecommunications system and method 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04B-010/00
  • H04J-014/02
  • H04B-010/50
  • H04B-010/548
출원번호 US-0287662 (2008-10-10)
등록번호 US-9037000 (2015-05-19)
발명자 / 주소
  • Snawerdt, Peter
출원인 / 주소
  • TQ GAMMA, LLC
대리인 / 주소
    Jackson Walker L.L.P.
인용정보 피인용 횟수 : 0  인용 특허 : 73

초록

A fiber optic data transmission system includes an optical fiber and a data transmitter having a first laser having a first wavelength, a first phase modulator for phase modulating light from the first laser as a function of a first data input stream so as to create a first phase-modulated output da

대표청구항

1. A method for transmitting data over optical fiber comprising the steps of: transmitting light at a first wavelength via a first laser;phase modulating light at the first wavelength at a data transmitter as a function of a first electronic data input stream so as to create a first output data stre

이 특허에 인용된 특허 (73) 인용/피인용 타임라인 분석

  1. Ibe, Hiroyuki; Miyachi, Masahide, Apparatus and method for optical modulation.
  2. Donald G. Heflinger ; Jeffrey S. Bauch ; Todd E. Humes, Apparatus and method for tuning an optical interferometer.
  3. Akita Osamu (Osaka JPX) Nakanishi Hiromi (Osaka JPX), Card-shaped optical data link device.
  4. Djupsjobacka Anders,SEX, Compensation of dispersion.
  5. Takahashi Yasushi (Hachioji JPX), Crossconnect apparatus for a coherent transmission system.
  6. Rich Randall Wayne, Dual mode radio subscriber unit having a diversity receiver apparatus and method therefor.
  7. Siwiak Kazimierz (Coral Springs FL) Leitch Clifford D. (Coral Springs FL) Schwendeman Robert J. (Pompano Beach FL), Dual mode receiver having battery saving capability.
  8. Wang Hefeng,JPX ; Onodera Tetsuo,JPX, Dual mode transmitter.
  9. Dixon Robert C. (Palmer Lake CO) Vanderpool Jeffrey S. (Colorado Springs CO), Dual mode transmitter and receiver.
  10. Snawerdt, Peter, Dual-mode fiber optic telecommunications system and method.
  11. Olsen James J. (Concord MA), Error-rate-based laser drive control.
  12. Hamlet Darrel J. ; Franklin Eric G., Face plate for a chassis for high frequency components.
  13. Rollins David L., Feed forward optical frequency/phase demodulator.
  14. Goldsmith Charles L. (Plano TX) Kanack Bradley M. (DeSoto TX), Integrated optical transmitter and receiver.
  15. Bunn James B. (Los Angeles County CA), Interferometer amplitude modulation reduction circuit.
  16. Kiasaleh Kamran (Richardson TX), Interferometric, self-homodyne optical receiver and method and optical transmission system incorporating same.
  17. Tangonan, Gregory L.; Pedinoff, Melvin E., Intrusion detection system for secure fiber optics.
  18. Karstensen Holger,DEX ; Zarschizky Helmut,DEX ; Gerndt Christian,DEX ; Schneider Hartmut,DEX, Means for connecting electronic devices for communication with one another.
  19. Spanke Ronald A. (Wheaton IL), Method and apparatus to compensate for differential attenuation in an optical time slot interchanger.
  20. Deutsch, Bernhard A. M., Method and device for continuously monitoring an optical transmission path.
  21. Hoshida,Takeshi; Onaka,Hiroshi, Method and system for demultiplexing non-intensity modulated wavelength division multiplexed (WDM) signals.
  22. Liu Shoa-Kai, Method and system for detecting optical faults within the optical domain of a fiber communication network.
  23. Ono Takashi,JPX ; Yano Yutaka,JPX, Method for generating duobinary signal and optical transmitter using the same method.
  24. Tsuda, Takashi; Yamane, Kazuo; Kawasaki, Yumiko; Okano, Satoru, Method for optical fiber communication, and terminal device and system for use in carrying out the method.
  25. Bulow Henning,DEX, Method for optical transmission over a fiber optic network, and optical communication network.
  26. Ishikawa George,JPX ; Nishimoto Hiroshi,JPX, Method of and device for driving optical modulator, and optical communications system.
  27. Davis Gary B. ; Fee John ; Liu Shoa-Kai, Method of and system for diagnosing optical system failures.
  28. Mahlon Danny Kimbrough ; John Matthes ; Barry Joe Ethridge, Multi-service adaptable optical network unit.
  29. Eumurian Grgoire (Paris FRX) Gadrault Robert (Paris FRX), Multiple-threshold optical receiver for a variable-rate digital data transmission system.
  30. Bosso Sergio,ITX ; Casaccia Emilio,ITX ; Gobetti Gianluca,ITX, Narrow-band optical modulator with reduced power requirement.
  31. Ryu Shiro,JPX, Optical communication system.
  32. Watanabe Shigeki,JPX, Optical communication system.
  33. Hansen Per Bang ; Nielsen Torben N., Optical differential phase shift keying transmission system having multiplexing, routing and add/replace capabilities.
  34. Henry Paul S. (Holmdel NJ), Optical local area network using a common optical carrier with separate user angle modulation.
  35. Beylat Jean-Luc,FRX ; Chesnoy Jose,FRX ; Penninckx Denis,FRX, Optical method of transmitting digital data.
  36. Treyz, G. Victor; Ye, Jun, Optical network equipment with optical channel monitor and dynamic spectral filter alarms.
  37. Choudhary,Seemant; Hoshida,Takeshi, Optical phase modulation.
  38. Dennis Ann W. (Aloha OR) Giza Jerome J. (Hillsboro OR) Kozicki Donald H. (Portland OR) Liebenrood John D. (Portland OR) Shaar Casey S. (Portland OR), Optical router with optical control.
  39. Davis Charles M. (Centreville VA) Ward Marvin W. (Centreville VA) Zarobila Clarence J. (Leesburg VA), Optical telecommunications system employing multiple phase-compensated optical signals.
  40. Bateman Glenn (Redmond OR), Optical time domain reflectometer having pre and post front panel connector testing capabilities.
  41. Yonenaga Kazushige (Kanagawa JPX) Kuwano Shigeru (Kanagawa JPX) Shibata Nori (Kanagawa JPX) Norimatsu Seiji (Tokyo JPX), Optical transmission system.
  42. Masaru Fuse JP; Jun Ohya JP, Optical transmission system and optical transmitter and optical receiver used therefor.
  43. Chraplyvy Andrew R. (Matawan NJ) Nagel Jonathan A. (Freehold NJ) Tkach Robert W. (Little Silver NJ), Optical transmission system equalizer.
  44. Choy Michael M.,CNX ; Green ; Jr. Paul Eliot ; Hall William Eric ; Janniello Frank James ; Kravitz Jeff Kenneth ; Liu Karen ; Ramaswami Rajiv ; Tong Franklin Fuk-Kay, Optical wavelength division multiplexer for coupling to data sources and sinks, wherein at least two data sources and si.
  45. Gilliland Patrick B. ; Leger Michael F., Optoelectronic transceiver having an adaptable logic level signal detect output.
  46. Darcie Thomas Edward (Middletown NJ) Frigo Nicholas J. (Atlantic Highlands NJ) Iannone Patrick P. (Edison NJ), Passive optical network with bi-directional optical spectral slicing and loop-back.
  47. Darcie Thomas Edward ; Frigo Nicholas J. ; Iannone Patrick P., Passive optical network with diagnostic loop-back.
  48. Mamyshev Pavel V., Phase modulator-based generation of high-quality high bit rate return-to-zero optical data streams.
  49. Peter Snawerdt, Phase-modulated fiber optic telecommunications system.
  50. Peter Snawerdt, Phase-modulated fiber optic telecommunications system.
  51. Townsend Paul David,GBX, Quantum cryptography.
  52. Hoshida,Takeshi, Receiver and method for a multichannel optical communication system.
  53. Thomas Pfeiffer DE, Receiver for an optical communications system and method for operating such a system.
  54. Siegel Stefan A. (Fogelsville PA), Receiver having an interferometer.
  55. Arnold, Philip A; Callan, Paul A.; Claringburn, Harry R, Ring gain control in WDM optical signal transmission system.
  56. Udd Eric (Huntington Beach CA), Secure communication alarm system.
  57. Udd Eric (Huntington Beach CA), Secure communications system.
  58. Snawerdt, Peter, Secure fiber optic telecommunications system and method.
  59. Kazovsky Leonid G. (Aberdeen NJ), Simultaneous transmission of LED and laser signals over single mode fiber.
  60. Udd, Eric; Morrell, Michael M.; Snawerdt, III, Peter F., Single fiber Sagnac interferometer based secure communication system.
  61. Suzuki Masatoshi (Kawashima-machi JPX) Edagawa Noboru (Tokyo JPX) Taga Hidenori (Sakado JPX) Yamamoto Shu (Shiki JPX) Akiba Shigeyuki (Tokyo JPX), Soliton optical communication system and optical transmitter and optical receiver therefor.
  62. Horiuchi Yukio,JPX ; Yamamoto Shu,JPX, Surveillance method of optical communication line.
  63. Blow Keith James,GBX, System and method for quantum cryptography.
  64. Prisco John J. (West Chester PA), T-carrier fiber optic modem.
  65. Snawerdt,Peter, Telecommunications card for secure optical data transmission and installation method.
  66. Garthe Dietmar,GBX ; Saunders Ross Alexander,GBX ; Robinson Alan,GBX ; O'Sullivan Maurice,CAX ; Hui Rongqing, Transmission system with cross-phase modulation compensation.
  67. Furuya Yukitsuna (Tokyo JPX), Variable modulation communication method and system.
  68. Alexander Stephen B. ; Chaddick Steve W. ; Huber David R. ; Smith Cecil D., WDM optical communication system with remodulators and diverse optical transmitters.
  69. Hakki, Basil Wahid; Smith, Robert W., Wave division multiplexing channel telemetry by phase modulation.
  70. Bergano Neal S. ; Davidson Carl R. ; Evangelides ; Jr. Stephen G., Wavelength division multiplexed system employing optimal channel modulation.
  71. Nemecek Joseph E. ; Noonan Michael J. ; Mahapatra Amaresh, Wavelength division multiplexing system.
  72. Tajima Kazuhito (Tokyo JPX), Wavelength multiplexed optical transmitter for generating constant-amplitude angle-modulated beams to eliminate phase no.
  73. Fukuchi Kiyoshi,JPX ; Ono Takashi,JPX, Wavelength-division multiplexing optical communication apparatus and method therefor.

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