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What is fiber optics?
Fiber optics refer to any filament that is made of dielectric materials, which guides light, whether or not it is used to transmit signals.
total search631 articles
2001-10-12 S3063, S3064 and S3056 with OC-48/STM-16 Sumitomo fiber optics and S4801 AMAZON
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of AMCC's S3063 transmitter, S3064 receiver, S3056 CRU and AMAZON S4801 POS/ATM SONET mapper, and Sumitomo's SDM7128-XC fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 Sumitomo 5V-fiber optics and S1201 CONGO application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper, and a Sumitomo 1-by-9 5V fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 Sumitomo 3.3V-fiber optics application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver, AMCC/Cimaron S1202 NILE ATM/SONET mapper and a Sumitomo 1-by-9 3.3V fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 Sumitomo 3.3V-fiber optics and S1201 CONGO application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper and a Sumitomo 1-by-9 3.3V fiber optic transceiver.
2001-10-16 S3037 with 1 X 9 Lucent fiber optics and S1201 CONGO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper and a Lucent 1-by-9 fiber optic transceiver.
2001-10-16 S3037 with 1 X 9 Lucent fiber optics
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1202 NILE ATM/SONET mapper and a Lucent 1-by-9 fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 Infineon fiber optics and S1201 CONGO application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper and an Infineon 1-by-9 fiber optic transceiver.
2001-10-16 S3037 with 1 X 9 Infineon fiber optics and S1201 CONGO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper and an Infineon 1-by-9 fiber optic transceiver.
2001-10-16 S3037 with 1 X 9 Infineon fiber optics
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1202 NILE ATM/SONET mapper and an Infineon 1-by-9 fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 HP fiber optics application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1202 NILE ATM/SONET mapper and an HP 1-by-9 fiber optic transceiver.
2001-10-17 S3037 with 1 X 9 HP fiber optics and S1201 CONGO application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3037 transceiver and S1201 CONGO POS/ATM/SONET mapper and an HP 1-by-9 fiber optic transceiver.
2001-10-16 S3032 with 1 X 9 Sumitomo 3.3V fiber optics and S1204 ORINOCO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3032 transceiver and S1204 ORINOCO SONET mapper, and a Sumitomo 1-by-9 fiber optic transceiver.
2001-10-16 S3032 with 1 X 9 Sumitomo 3.3V fiber optics and S1201 CONGO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3032 transceiver and S1201 CONGO POS/ATM SONET mapper, and a Sumitomo 1-by-9 fiber optic transceiver.
2001-10-15 S3032 with 1 x 9 HP fiber optics and AMCC S1201 CONGO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of AMCC's S3063 SONET/SDH transceiver and CONGO S1201 POS/ATM SONET mapper, and HP's 1-by-9 fiber-optic transceiver.
2001-10-15 S3029 to WAC-413 and 3.3V optical module applications note
This application note describes the implementation of a true four-channel 3.3V STS-1, STS-3/OC-3 or STM-1 solution with the use of the AMCC S3029 CRU, WAC-413 UNI processor and a Siemens 3.3V 1-by-9 fiber-optic transceiver.
2001-10-11 S3028B with 2 X 9 with no ref. clock (Serial datacom/Telecom)
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3028B transceiver, PMC PM5355 fiber-optic transceiver and a 2-by-9 fiber-optic transceiver with CRU and no reference clock.
2001-10-10 S3028B with 2 X 9 HP HFBR-5207 with reference clock applications note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH applications with the use of the AMCC S3028B transceiver, HP HFBR-5207 fiber-optic transceiver and PMC PM5355 fiber-optic transceiver.
2001-10-11 S3028B and PMC PM5355 applications note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of AMCC's S3028B transceiver and S3026 CRU, and PMC's PM5355 fiber-optic transceiver.
2001-10-11 S3028B and Honeywell optics HFM2553-001 application note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH applications with the use of the AMCC S3028B and S3027 transceivers, Honeywell HFM2553-001 and PMC PM5355 fiber-optic transceivers.
2001-10-11 S3028B & Molex optics 86990-9030 application note
This application note illustrates the design of a Physical Media Dependent (PMD) layer solution using AMCC S3028B and S3027 SONET/SDH transceivers, PMC PM5355 and Molex 86990-9030 fiber-optic transceivers.
2001-10-11 S3028A with 2 X 9 HP HFBR-5207 with reference clock applications note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH applications with the use of the AMCC S3028A transceiver, HP HFBR-5207 fiber-optic transceiver and PMC PM5355 fiber-optic transceiver.
2001-10-11 S3028A and PMC PM5355 applications note
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of AMCC's S3028A transceiver and S3026 CRU, and PMC's PM5355 fiber-optic transceiver.
2001-10-11 S3028A and Molex optics 86990-9030 application note
This application note illustrates the design of a Physical Media Dependent (PMD) layer solution using AMCC S3028A and S3027 SONET/SDH transceivers, PMC PM5355 and Molex 86990-9030 fiber-optic transceivers.
2001-10-19 S3019 with 1 x 9 Sumitomo 5V fiber optics and S1202 NILE/S1201 CONGO
This application note describes a Physical Media Dependent (PMD) layer solution for SONET/SDH data transfer with the use of the AMCC S3019 transceiver, S1202 NILE and S1201 CONGO POS/ATM SONET mappers and Sumitomo 1-by-9 5V fiber optic transceivers.
2001-10-10 S3019 with 1 x 9 Lucent fiber-optics and S1202 NILE/S1201 CONGO
This application note illustrates the design of a Physical Media Dependent (PMD) layer solution using AMCC's SONET/SDH transceivers and Lucent's fiber-optic transceivers.
2002-02-19 Ronnguang SC connectors offers <0.5dB loss
The company's SC connectors for single-mode fiber-optic cables feature an insertion loss of <0.5dB and a return loss of >45dB, making them suitable for use in telecom equipment like transmitters, receivers, couplers, and multiplexers.
2002-07-18 RiteKom GBIC measures 65.4-by-33.04mm
RiteKom Photonics Corp.'s TS3-1250-55L-T2 gigabit interface converter is a 1,310nm single-mode transceiver that operates from a 5V supply.
2002-03-22 RiteKom 2.5Gbps optical transceiver spans 80km
Aimed at high-density switches in the metro and access markets, the company's 2.5Gbps SFP optical transceiver product line is capable of operating from 2km to 80km, with a choice of both single-channel and CWDM versions.
2009-01-14 Researchers use fiber optics for tunnel detection
Technion-Israel Institute of Technology researchers claim that detecting tunneling activity under the security fence separating Gaza from Egypt could be accomplished through a buried fiber-optic cable.
2002-09-11 Researchers claim fastest data transmission speed
A research team from Essex University announced that they have developed a data transmission method that can achieve telecommunication data rates of over 1Tbps on multimode fibers.
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