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. |
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| 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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