[pic] TERM PAPER- FIBER TO THE HOME PRESENT TO ASST.PROF. DANUVASIN CHAROEN‚ PH.D. BY |1 |MS.PATTARAPORN |KIRKAIKUL |ID 5510221004 | |2 |MS.PANUMAS |VACHARAKORNYOTHIN |ID 5510221026 | |3 |MS.SUPAK |SOPON |ID 5510221027
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long-distance optical fiber transmission. 4. Output Pattern-is the energy couples into the core of the optical fiber. 5. Output Power- allows transmission distances. 6. Modulation Speed- is something that can limit the performance of a fiber-optic communication system. 7. Core Diameter Mismatch- will cause confusion to the system that you are sending the data from because light will reflect and come back to the system that you sent it from causing that system to process that data. 8. Current-
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video‚ the need for data center space continues to increase. Seeing this opportunity‚ many structured cabling manufacturers have developed programs specifically to attack this market. Growth in the data center market has increased the need for fiber-optic products. The small form-factor LC connector and laser-optimized multi-mode fiber (LOMF) have become the norm and both are expected to grow over the next five years: the LC LOMF plug at a CAGR of 11% and OM3/OM4 LOMF at an average CAGR of 30.2%. Tight
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produces a coherent source of light with a narrow beam and a narrow spectral bandwidth (about 2cm). Lasers in fiber optics are usually solid-state semiconductor types. Lasers are used to provide the high-powered‚ tightly controlled light wavelengths necessary for high-speed‚ long-distance optical fiber transmissions. 4. Output Pattern – LED and laser semiconductors used in fiber-optic light sources are packaged to couple as much light as possible into the core of the optical fiber. The output pattern
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FIBER OPTIC COMMUNICATIONS 1.Introduction 2.Advantages of Fiber Optics 3.Optical Transmitters 4.The Optical Fiber 5.Losses in Optical Fiber 6.Optical Fiber Bandwidth 7.Fiber Optic Cable Construction 8.Other Types of Fibers 9.Optical Connectors 10.Optical Receivers 11.Designing a System 1.Introduction: our current "age of technology" is the result of many brilliant inventions and discoveries‚ but it is our ability to transmit information‚ and the media we use to do it‚ that is perhaps
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1. What was the planned strategy of Level 3 Communications in the late 1990s? Ans. To offer low-priced fiber-optic network that covers connections to major cities in the US focusing on the internet traffic for service providers and corporations. The plan starting from gathering funding from investors to build up a high capacity fiber-optic network that linked major cities in the US‚ then cut prices to attract major users of the networks including corporations‚ Internet service providers like AOL
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R & D to deliver with innovative technology that continually put Corning in the driver seat as the lead supplier in new glass products. In the late 1990’s and early 2000’s Corning started to have some serious success with telecommunications fiber optics. With a new CEO‚ who was obsessed with growth‚ the company decided to spin off some of their other ventures to focus on what they believed to be the areas that held the most potential for growth. This led to the sale of the medical services‚ which
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6 3. ANALYSIS 8 3.1 Fiber-optic technology 9 3.2 Fiber-optic applications 10 3.3 Transmission history 10 3.4 Fiber-optics emergence 11 3.5 Transmission system in Pakistan 12 3.6 Transition from microwave to optical fiber system 13 3.7 On-going optical fiber project 14 3.8 Improvements 14 4. CONCLUSIONS 15 4.1 The success factor of an organisation 16 4.2 Fiber-optic technology‚ a success factor 16 4.3 Impact
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broadband does appear to be trending in a particular direction. Right now one of the biggest future trends in broadband is a service which is being offered by Verizon. This new service is called Fios. Fios is touted to be the latest in fiber optic technology. It delivers laser generated pulses of light‚ riding on hair thin strands of glass fiber‚ all the way to your front door(Verizon.com). Verizon has already begun to install this system in parts of California‚ Florida‚ and Texas. Along
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provider’s central office and a number of optical network units (ONUs) near end users. A PON reduces the amount of fiber and central office equipment required compared with point-to-point architectures. A passive optical network is a form of fiber-optic access network. In most cases‚ downstream signals are broadcast to all premises sharing multiple fibers. Encryption can prevent eavesdropping. Upstream signals are combined using a multiple access protocol‚ usually time division multiple ac
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