OPTICAL FIBER SIGNAL TRANSMISSION MACHINE

Brand Owner (click to sort) Address Description
ESSENTIAL SWITCH SYSTEMS Fiber Logic Communications, Inc. 5F-3, No. 9 Prosperity Road One Science-Based Industrial Park Hsinchu Taiwan OPTICAL FIBER SIGNAL TRANSMISSION MACHINE; OPTICAL FIBER SIGNAL REGENERATOR; OPTICAL FIBER SIGNAL RECEIVER; OPTICAL FIBER COMMUNICATION MACHINE, NAMELY, SYNCHRONOUS DIGITAL HIERARCHY ADD/DROP MULTIPLEXER; OPTICAL MODEM FOR USE WITH OPTICAL FIBER; OPTICAL SIGNAL REPEATER; COAXIAL CABLE SIGNAL CARRIER; SIGNAL RECEIVER; PULSE CODE MODULATION SIGNAL CARRIER, NAMELY, TL/EL LEASE LINE EQUIPMENT, NAMELY, MULTIPLEXERS AND MODEMS; SIGNAL INTENSIFIER; SOUND AMPLIFIER; RADIO TRANSMITTER; ELECTRONIC SWITCH; TELECOMMUNICATION MACHINE, NAMELY, FACSIMILE MACHINE; COMPUTER PROGRAMS FOR USE IN DATABASE MANAGEMENT AND AS A SPREADSHEET; COMPUTER FIRMWARE FOR USE IN DATABASE MANAGEMENT AND FOR USE AS A SPREADSHEET; COMPUTER NETWORK CONTROLLER, NAMELY, INTEGRATED CIRCUITS; TELEPHONE SWITCH; AUTOMATIC CIRCUIT SENSOR; NETWORK INTERFACE CARDS FOR INTERFACING A COMPUTER TO A LOCAL OR GLOBAL COMPUTER NETWORK; HUB FOR NETWORKING COMPUTERS; ROUTER FOR INTERFACING A COMPUTER OR A LOCAL AREA COMPUTER NETWORK TO A GLOBAL COMPUTER NETWORK; NETWORK GATEWAY; NETWORK BRIDGE; INTERNET PHONE; MODULATOR AND DEMODULATOR MODEM; TELECOM TRANSMISSION MULTIPLEXER; TELECOM TRANSMISSION CONCENTRATOR; NETWORK TRANSMISSION MULTIPLEXER; NETWORK TRANSMISSION CONCENTRATOR;SWITCH SYSTEMS;
HYPERDNS Fiber Logic Communications, Inc. 5F-3, No. 9 Prosperity Road One Science-Based Industrial Park Hsinchu Taiwan OPTICAL FIBER SIGNAL TRANSMISSION MACHINE; OPTICAL FIBER SIGNAL REGENERATOR; OPTICAL FIBER SIGNAL RECEIVER; OPTICAL FIBER COMMUNICATION MACHINE, NAMELY, SYNCHRONOUS DIGITAL HIERARCHY ADD/DROP MULTIPLEXER; OPTICAL MODEM FOR USE WITH OPTICAL FIBER; OPTICAL SIGNAL REPEATER; COAXIAL CABLE SIGNAL CARRIER; SIGNAL RECEIVER; PULSE CODE MODULATION SIGNAL CARRIER, NAMELY, TL/EL LEASE LINE EQUIPMENT, NAMELY, MULTIPLEXERS AND MODEMS; SIGNAL INTENSIFIER; SOUND AMPLIFIER; RADIO TRANSMITTER; ELECTRONIC SWITCH; TELECOMMUNICATION MACHINE, NAMELY, FACSIMILE MACHINE; COMPUTER PROGRAMS FOR USE IN DATABASE MANAGEMENT AND AS A SPREADSHEET; COMPUTER FIRMWARE FOR USE IN DATABASE MANAGEMENT AND FOR USE AS A SPREADSHEET; COMPUTER NETWORK CONTROLLER, NAMELY, INTEGRATED CIRCUITS; TELEPHONE SWITCH; AUTOMATIC CIRCUIT SENSOR; NETWORK INTERFACE CARDS FOR INTERFACING A COMPUTER TO A LOCAL OR GLOBAL COMPUTER NETWORK; HUB FOR NETWORKING COMPUTERS; ROUTER FOR INTERFACING A COMPUTER OR A LOCAL AREA COMPUTER NETWORK TO A GLOBAL COMPUTER NETWORK; NETWORK GATEWAY; NETWORK BRIDGE; INTERNET PHONE; MODULATOR AND DEMODULATOR MODEM; TELECOM TRANSMISSION MULTIPLEXER; TELECOM TRANSMISSION CONCENTRATOR; NETWORK TRANSMISSION MULTIPLEXER; NETWORK TRANSMISSION CONCENTRATOR;
MESHVPN Fiber Logic Communications, Inc. 5F-3, No. 9 Prosperity Road One Science-Based Industrial Park Hsinchu Taiwan OPTICAL FIBER SIGNAL TRANSMISSION MACHINE; OPTICAL FIBER SIGNAL REGENERATOR; OPTICAL FIBER SIGNAL RECEIVER; OPTICAL FIBER COMMUNICATION MACHINE, NAMELY, SYNCHRONOUS DIGITAL HIERARCHY ADD/DROP MULTIPLEXER; OPTICAL MODEM FOR USE WITH OPTICAL FIBER; OPTICAL SIGNAL REPEATER; COAXIAL CABLE SIGNAL CARRIER; SIGNAL RECEIVER; PULSE CODE MODULATION SIGNAL CARRIER, NAMELY, TL/EL LEASE LINE EQUIPMENT, NAMELY, MULTIPLEXERS AND MODEMS; SIGNAL INTENSIFIER; SOUND AMPLIFIER; RADIO TRANSMITTER; ELECTRONIC SWITCH; TELECOMMUNICATION MACHINE, NAMELY, FACSIMILE MACHINE; COMPUTER PROGRAMS FOR USE IN DATABASE MANAGEMENT AND AS A SPREADSHEET; COMPUTER FIRMWARE FOR USE IN DATABASE MANAGEMENT AND FOR USE AS A SPREADSHEET; COMPUTER NETWORK CONTROLLER, NAMELY, INTEGRATED CIRCUITS; TELEPHONE SWITCH; AUTOMATIC CIRCUIT SENSOR; NETWORK INTERFACE CARDS FOR INTERFACING A COMPUTER TO A LOCAL OR GLOBAL COMPUTER NETWORK; HUB FOR NETWORKING COMPUTERS; ROUTER FOR INTERFACING A COMPUTER OR A LOCAL AREA COMPUTER NETWORK TO A GLOBAL COMPUTER NETWORK; NETWORK GATEWAY; NETWORK BRIDGE; INTERNET PHONE; MODULATOR AND DEMODULATOR MODEM; TELECOM TRANSMISSION MULTIPLEXER; TELECOM TRANSMISSION CONCENTRATOR; NETWORK TRANSMISSION MULTIPLEXER; NETWORK TRANSMISSION CONCENTRATOR;
OPTIQWAVE Fiber Logic Communication, Inc. 5F-3, No. 9 Hsinchu Taiwan OPTICAL FIBER SIGNAL TRANSMISSION MACHINE; OPTICAL FIBER SIGNAL REGENERATOR; OPTICAL FIBER SIGNAL RECEIVER; OPTICAL FIBER COMMUNICATION MACHINE, NAMELY, SYNCHRONOUS DIGITAL HIERARCHY ADD-DROP MULTIPLEXER, FIBER OPTICAL MODEM AND OPTICAL REPEATER; COAXIAL CABLE SIGNAL CARRIER; SIGNAL RECEIVER; PULSE CODE MODULATION SIGNAL CARRIER, NAMELY, T1/E1 LEASE LINE EQUIPMENT, SUCH AS MODELS AND MULTIPLEXERS; SIGNAL INTENSIFIER; SOUND AMPLIFIER; RADIO TRANSMITTER; ELECTRONIC SWITCH; TELECOMMUNICATION MACHINE, NAMELY, FACSIMILE MACHINE; COMPUTER PROGRAMS FOR USE IN DATABASE MANAGEMENT AND AS A SPREADSHEET; COMPUTER FIRMWARE FOR USE IN DATABASE MANAGEMENT AND FOR USE AS A SPREADSHEET; COMPUTER NETWORK CONTROLLER, NAMELY, INTEGRATED CIRCUITS; TELEPHONE SWITCH; AUTOMATIC CIRCUIT SENSOR; COMPUTER CIRCUIT CARD; COMPUTER NETWORK HUB; COMPUTER NETWORK ROUTER; COMPUTER NETWORK GATEWAY; COMPUTER NETWORK BRIDGE; INTERNET PHONE; MODULATOR AND DEMODULATOR MODEM; TELECOM TRANSMISSION MULTIPLEXER; TELECOM TRANSMISSION CONCENTRATOR; NETWORK TRANSMISSION MULTIPLEXER; NETWORK TRANSMISSION CONCENTRATOR; COMMUNICATION SERVER; COMMUNICATION MACHINE; RADIO BASE STATION;OPTIC WAVE;
 

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Technical Examples
  1. A method for mitigating modal dispersion in a multimode optical fiber involves launching a diffractionless optical beam, such as a Bessel beam, into a multimode optical fiber. A fiber optical transmission system includes a multimode optical fiber transmission medium having an input end and an output end, an optical signal transmitter in communication with the input end of the multimode optical fiber medium, means for converting the optical signal into a diffractionless optical signal, means for launching the diffractionless optical signal in the input end of the multimode optical fiber transmission medium, means for outputting the propagated optical signal from an output end of the multimode fiber transmission medium, and a receiver that receives the optical signal from the output means. Fiber optic communication systems employing the invention embodiments include point-to-point transmission links, local area networks and WDM systems including coarse wavelength division multiplexing and dense wavelength division multiplexing systems.