Optical Fiber Cable Production Industry.
Fiber optic cable is a high-speed data transmission medium. It contains tiny glass or plastic filaments that carry light beams. Digital data is transmitted through the cable via rapid pulses of light. In recent years, fiber optic technology has become increasingly popular for local Internet connections as well.
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Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
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#Optical_Fiber_Cable_Manufacturers, #Optical_fiber_and_cable, #Fiber_Optic_Cable_Manufacturer, #Optical_Fiber_Cable, Optical_Fiber_Cables_Manufacturers,_Suppliers, #Exporter_Optical_Cable_Manufacturers, #Fiber_Cable_Manufacturers, #HFCL_Optical_Fiber_Optical_Fiber_Cable_(OFC)_Manufacturer, #Finolex_Optical_Fiber_Cable, #Fiber_Optic_Cables_Manufacturer, #Fiber_Optical_Cables_Manufacturing_Plant, #Detailed_Project_Fiber_Optic_Cable_Production, manufacturing_the_fiber_optic_cable, How optical fiber is made (PDF) Manufacturing Methods, How Are Optical Fibers Made? Optical fiber communications, How to Start Optical Fiber Cable Processing Industry in India Optical Fiber Cable Processing Industry in India, Most Profitable Optical Fiber Cable Processing Business Ideas
Fiber Optic Cable Production. Optical Fiber Cable Manufacturing Industry
An optical fiber cable is a type of cable that has a number of optical fibers bundled together, which are normally covered in their individual protective plastic covers. Optical cables are used to transfer digital data signals in the form of light up to distances of hundreds of miles with higher throughput rates than those achievable via electrical communication cables. All optical fibers use a core of hair-like transparent silicon covered with less refractive indexed cladding to avoid light leakage to the surroundings. Due to the extreme sensitivity of the optical fiber, it is normally covered with a high-strength, lightweight protective material like Kevlar. Optical fiber cable is widely used in fiber optic communications.
See more
https://goo.gl/u8rUU2
https://goo.gl/xFZttv
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Fiber Optical Cables, Fiber Optic Cable Production, Production of Fiber Optic Cable, Manufacture of Fibre Optic Cable, Fiber Optic Cable Manufacturing, How Fiber Optics are made, Fiber-Optic Cable Manufacturing Industry, Manufacturing Process of Fiber Optic Cable, Optical Fiber Cable Manufacture, Manufacturing of Fiber Optic Cables, Optical Fiber Production, Fiber Optic & Cable, Optical Fiber Manufacturing Process Pdf, Optical Fibre Manufacturing Process PPT, Fiber Optical Cables Manufacturing Plant, Fiber Optic Cable Manufacture, Fiber and Optical Cable Production Unit, Fiber Optic Cables Manufacturing Unit, Industrial Fiber Optic Cables Manufacture, Fiber Optic Cables Production Process, Fiber Optics Industry, Fiber-Optic Cable and Method of Manufacture, Industrial Fiber Optic Cables, Fiber Optic Cable Marking Process, Optical Fiber Cable Manufacturing Factory, Fiber Optic Cables, Electrical Cable, Fiber Optic Cables Uses, Project Report on Fiber-Optic Cable Manufacturing Industry, Detailed Project Report on Fiber-Optic Cable Manufacturing, Project Report on Fiber-Optic Cable Manufacturing, Pre-Investment Feasibility Study on Fiber-Optic Cable Manufacturing, Techno-Economic feasibility study on Fiber-Optic Cable Manufacturing, Feasibility report on Fiber Optic Cable Production, Free Project Profile on Fiber Optic Cable Production, Project profile on Fiber Optic Cable Production, Download free project profile on Fiber Optic Cable Production
This document discusses natural bast fibers which can be used as an alternative to petrochemical fibers in automotive composites. Bast fibers include flax, hemp, kenaf, and ramie, which are renewable crops that provide long, strong fibers. The document outlines the growing, harvesting, and processing steps to separate the bast fibers from the plant core. It highlights advantages of bast fibers such as lower cost, weight reduction, and environmental benefits compared to fibers like fiberglass. While bast fibers have potential, investment is needed in domestic farming and processing facilities to ensure an adequate supply for the automotive industry.
This document discusses optical fiber and its advantages. It defines optical fiber as long, thin strands of pure glass that transmit light signals over long distances. It describes the evolution of optical fiber from the 1880s to its use as the backbone of long distance telephone networks in the 1980s. The key components of optical fiber are the core where light travels and the cladding that surrounds the core. Optical fiber works through the phenomenon of total internal reflection, where light bouncing off the cladding remains trapped in the core. The main types are single mode fiber for long distances and multi-mode fiber for shorter runs. Advantages of optical fiber include high bandwidth, low power loss, immunity to interference, small size and weight, safety,
This document is Priyanshi Arora's submission for Assignment 1, Task 4 of her BTEC HND Level Fashion and Textile program from 2014-2018. It discusses technical textiles, which are materials and products made primarily for their performance properties rather than aesthetic qualities. It covers the large and growing technical textiles sector, classifications of technical textiles like agro tech, cloth tech, and sports tech, and emerging areas like e-textiles which integrate electronics and enhance performance.
Optical fibers carry information in the form of light. They have several advantages over metallic wires including much higher bandwidth, immunity to electromagnetic interference, lighter weight and smaller size. Optical fibers have a core made of glass or plastic surrounded by a cladding layer. They transmit light using either single mode or multimode transmission. Common applications of optical fibers include telecommunications, local area networks, sensors and computer networks due to their high information carrying capacity and low signal attenuation.
Optical fibers transmit light between two ends of a flexible, transparent glass strand. They have a core surrounded by a cladding layer made of dielectric material that reflects light internally via total internal reflection. This keeps light signals confined within the core. Optical fibers come in single-mode, which transmits light straight down the core, and multi-mode, which allows multiple paths. They have wide applications in internet, cable TV, telephone networks, computer networking, medicine, lighting, inspections, military systems, and automotive technologies due to advantages like high bandwidth, immunity to electromagnetic interference, light weight, safety, and longer transmission distances compared to copper cables.
This document provides an overview of computer network concepts including:
- A computer network allows interconnected computers to share resources and communicate. The first major network was ARPANET funded by the US Department of Defense.
- Networks can be classified by scale, structure, and topology. Examples include LANs, WANs, MANs, and topologies like bus, star, ring, mesh, and tree.
- Network components include nodes, servers, clients, and different types of transmission media like twisted pair cable, coaxial cable, fiber optic cable, and wireless.
- An internetwork connects two or more networks and includes intranets within organizations and extranets with limited external connections, as well as
A presentation About Recycling Plastic BottlesNakib Akash
This Pressentation is all about plastic bottle recycling.The whole presentation is a clear defination of why,how,what is need to recycling plastic bottles.
Fiber Optic Cable Production. Optical Fiber Cable Manufacturing Industry
An optical fiber cable is a type of cable that has a number of optical fibers bundled together, which are normally covered in their individual protective plastic covers. Optical cables are used to transfer digital data signals in the form of light up to distances of hundreds of miles with higher throughput rates than those achievable via electrical communication cables. All optical fibers use a core of hair-like transparent silicon covered with less refractive indexed cladding to avoid light leakage to the surroundings. Due to the extreme sensitivity of the optical fiber, it is normally covered with a high-strength, lightweight protective material like Kevlar. Optical fiber cable is widely used in fiber optic communications.
See more
https://goo.gl/u8rUU2
https://goo.gl/xFZttv
Contact us:
Niir Project Consultancy Services
An ISO 9001:2015 Company
106-E, Kamla Nagar, Opp. Spark Mall,
New Delhi-110007, India.
Email: npcs.ei@gmail.com , info@entrepreneurindia.co
Tel: +91-11-23843955, 23845654, 23845886, 8800733955
Mobile: +91-9811043595
Website: www.entrepreneurindia.co , www.niir.org
Tags
Fiber Optical Cables, Fiber Optic Cable Production, Production of Fiber Optic Cable, Manufacture of Fibre Optic Cable, Fiber Optic Cable Manufacturing, How Fiber Optics are made, Fiber-Optic Cable Manufacturing Industry, Manufacturing Process of Fiber Optic Cable, Optical Fiber Cable Manufacture, Manufacturing of Fiber Optic Cables, Optical Fiber Production, Fiber Optic & Cable, Optical Fiber Manufacturing Process Pdf, Optical Fibre Manufacturing Process PPT, Fiber Optical Cables Manufacturing Plant, Fiber Optic Cable Manufacture, Fiber and Optical Cable Production Unit, Fiber Optic Cables Manufacturing Unit, Industrial Fiber Optic Cables Manufacture, Fiber Optic Cables Production Process, Fiber Optics Industry, Fiber-Optic Cable and Method of Manufacture, Industrial Fiber Optic Cables, Fiber Optic Cable Marking Process, Optical Fiber Cable Manufacturing Factory, Fiber Optic Cables, Electrical Cable, Fiber Optic Cables Uses, Project Report on Fiber-Optic Cable Manufacturing Industry, Detailed Project Report on Fiber-Optic Cable Manufacturing, Project Report on Fiber-Optic Cable Manufacturing, Pre-Investment Feasibility Study on Fiber-Optic Cable Manufacturing, Techno-Economic feasibility study on Fiber-Optic Cable Manufacturing, Feasibility report on Fiber Optic Cable Production, Free Project Profile on Fiber Optic Cable Production, Project profile on Fiber Optic Cable Production, Download free project profile on Fiber Optic Cable Production
This document discusses natural bast fibers which can be used as an alternative to petrochemical fibers in automotive composites. Bast fibers include flax, hemp, kenaf, and ramie, which are renewable crops that provide long, strong fibers. The document outlines the growing, harvesting, and processing steps to separate the bast fibers from the plant core. It highlights advantages of bast fibers such as lower cost, weight reduction, and environmental benefits compared to fibers like fiberglass. While bast fibers have potential, investment is needed in domestic farming and processing facilities to ensure an adequate supply for the automotive industry.
This document discusses optical fiber and its advantages. It defines optical fiber as long, thin strands of pure glass that transmit light signals over long distances. It describes the evolution of optical fiber from the 1880s to its use as the backbone of long distance telephone networks in the 1980s. The key components of optical fiber are the core where light travels and the cladding that surrounds the core. Optical fiber works through the phenomenon of total internal reflection, where light bouncing off the cladding remains trapped in the core. The main types are single mode fiber for long distances and multi-mode fiber for shorter runs. Advantages of optical fiber include high bandwidth, low power loss, immunity to interference, small size and weight, safety,
This document is Priyanshi Arora's submission for Assignment 1, Task 4 of her BTEC HND Level Fashion and Textile program from 2014-2018. It discusses technical textiles, which are materials and products made primarily for their performance properties rather than aesthetic qualities. It covers the large and growing technical textiles sector, classifications of technical textiles like agro tech, cloth tech, and sports tech, and emerging areas like e-textiles which integrate electronics and enhance performance.
Optical fibers carry information in the form of light. They have several advantages over metallic wires including much higher bandwidth, immunity to electromagnetic interference, lighter weight and smaller size. Optical fibers have a core made of glass or plastic surrounded by a cladding layer. They transmit light using either single mode or multimode transmission. Common applications of optical fibers include telecommunications, local area networks, sensors and computer networks due to their high information carrying capacity and low signal attenuation.
Optical fibers transmit light between two ends of a flexible, transparent glass strand. They have a core surrounded by a cladding layer made of dielectric material that reflects light internally via total internal reflection. This keeps light signals confined within the core. Optical fibers come in single-mode, which transmits light straight down the core, and multi-mode, which allows multiple paths. They have wide applications in internet, cable TV, telephone networks, computer networking, medicine, lighting, inspections, military systems, and automotive technologies due to advantages like high bandwidth, immunity to electromagnetic interference, light weight, safety, and longer transmission distances compared to copper cables.
This document provides an overview of computer network concepts including:
- A computer network allows interconnected computers to share resources and communicate. The first major network was ARPANET funded by the US Department of Defense.
- Networks can be classified by scale, structure, and topology. Examples include LANs, WANs, MANs, and topologies like bus, star, ring, mesh, and tree.
- Network components include nodes, servers, clients, and different types of transmission media like twisted pair cable, coaxial cable, fiber optic cable, and wireless.
- An internetwork connects two or more networks and includes intranets within organizations and extranets with limited external connections, as well as
A presentation About Recycling Plastic BottlesNakib Akash
This Pressentation is all about plastic bottle recycling.The whole presentation is a clear defination of why,how,what is need to recycling plastic bottles.
Electronic-textiles (e-textiles) incorporate electronic functionality into textiles by using conductive materials. They contain conductive yarns or fibers and can be produced using textile manufacturing techniques. E-textiles allow for innovative designs and integration of sensors, displays and other electronics into fabrics and garments. They provide benefits like flexibility, comfort and low-cost production compared to rigid electronics. However, challenges remain around reliability, mass production costs and limited processing capability due to power constraints. Ongoing research aims to address these issues and further the applications of intelligent textile technologies.
This presentation is about evolution of Textile Industry from animan skin to most modern performance clothing. It gives overview of past, present & future innovations in Textile Industry.
Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission.Li-Fi is designed to use LED light bulbs similar to those currently in use in many energy-conscious homes and offices.
NOTE: The slides contain the visual effects. So for complete information download the presentation and view it in slideshow mode.
Description of Non-orthogonal Multiple access in 5G networks Detailed discussion on downlink NOMA scenario and future challenges and trends.
The document discusses smart textiles, which are textiles that can sense and react to environmental conditions. Originally textiles provided protection from weather, but now integrate technologies to increase functionality. Smart textiles are classified into passive, active, and ultra-smart varieties based on their ability to sense and react. Examples include fabrics that monitor health, control devices, and regulate temperature. Significant opportunities exist in medicine, sustainability, and wearable technology as the industry grows.
Plastic is primarily made from petroleum and exists in two categories, thermoplastics and thermosetting plastics. India's plastic industry began production of various plastics like polystyrene, LDPE, PVC, and HDPE from the 1950s-1970s. Plastic waste includes items like PET, HDPE, PVC, LDPE, PP, and PS. Recycling plastic is important because plastic pollution harms sea life, plastic does not degrade, producing new plastic requires fossil fuels, and recycling conserves resources and energy while reducing emissions and landfill space. The plastic recycling process involves sorting, washing, shredding, and reforming plastic into pellets. Recycling plastic
The document discusses the environmental and human impacts of the textile industry. It notes that while people originally used textiles to fulfill basic needs, fashion has led to a large increase in production and consumption straining natural resources. Rapid industrialization and the use of chemicals, dyes, and synthetic fibers contributes to deforestation, fossil fuel and water usage, water pollution, and releases hazardous chemicals. This impacts both the environment and human health. The document calls for more sustainable textile production methods.
The document provides information on various types of dyes used in the textile industry such as direct dyes, vat dyes, disperse dyes, and reactive dyes. It describes the properties and mechanisms of each dye type. It also discusses natural dyes extracted from plants and provides tips for more sustainable and eco-friendly dyeing processes.
Rate and Performance Analysis of Indoor Optical Camera Communications in Opti...Willy Anugrah Cahyadi
This document presents a dissertation written by Willy Anugrah Cahyadi for the degree of Doctor of Philosophy at Pukyong National University in November 2018. The dissertation focuses on improving the data rate and performance of optical camera communications (OCC) by investigating downlink and proposing uplink solutions. Key contributions include achieving a downlink rate of 11,520 bits/s using a split-frame technique and a rate of over 2 Mbits/s using high-density modulation with a neural network. An uplink scheme using a smartphone display is also presented achieving an effective data rate of 360 bits/s. The aim is to address critical limitations of OCC and provide complementary solutions within the standardized use cases.
This document describes how a basic one-way laser communication system works. It consists of a transmitter that uses amplitude modulation to vary the intensity of a laser beam according to an input audio signal. At the receiver, the varying laser intensity is detected by a photodiode or other optical sensor. The document discusses components of the transmitter and receiver, modulation techniques, advantages like high bandwidth and security, and challenges like beam dispersion and interference from other light sources.
This document discusses how textiles are being used for environmental protection applications such as floor sealing, erosion protection, air cleaning, preventing water pollution, water cleaning, waste treatment and recycling. It notes that textiles are gaining popularity in these areas as well as in clothing, home furnishings and fashion accessories by helping to protect the environment. The document was prepared by Md. Siful Islam Bulbul for his professor Md. Mahbub Hasan at the Bangladesh University of Business & Technology to discuss new applications of textiles in environmental protection.
Optical fibers carry data over long distances at high speeds using light that travels down the core of the fiber and bounces off the cladding. They have advantages over copper cables in that they can transmit data over longer distances and faster speeds while being smaller, lighter, and able to be bent. However, optical fibers are more expensive to install and can be easily damaged. Overall, while optical fibers have disadvantages, they will likely replace copper cables in networks due to their advantages.
Laser communication uses lasers to transmit information through free space instead of fiber optic cables. It works similarly to fiber optics but transmits the beam through the atmosphere instead of cables. The transmitter converts signals into laser light and the receiver includes a telescope to capture the beam and detectors to convert it back into signals. Laser communication has advantages over radio frequency and fiber optics for applications where laying cable is not possible or practical such as for satellites, remote areas, and emergencies due to its high bandwidth, directivity, security, and smaller antenna size.
Recycling of textile waste products on different process.Rajib Mia
Study On-Recycling of textile waste products on different process.
Presentation on -garments waste product re-use. Recycling is a process in which waste materials are treated in a way that they can be used again. Processes Of Recycling : Collection The first step required for recycling is collecting recyclable materials from communities. Families who recycle items such as paper, bottles and cans, place the items in recycling collection bins. These bins usually have the recycling symbol on them.
Optical fibers transmit data using light signals through thin glass or plastic strands. There are two main types: single-mode fibers carry one signal using a single frequency, while multi-mode fibers carry multiple signals using different frequencies. Optical fibers have a core that guides light through total internal reflection, surrounded by a cladding with a lower refractive index. They offer high bandwidth, are immune to electromagnetic interference, and can transmit signals over long distances with low loss. Common uses include telecommunications, sensors, and transmitting power and images. Optical fibers enable vast data transmission and are a primary solution to increasing global bandwidth demands.
Ecofriedly dyeing process and ecolabelsChandran Kani
This document discusses eco-friendly dyeing processes and eco-labeling. It defines what makes a product eco-friendly, including limiting harmful chemicals and minimizing pollution. The government of India has banned certain dyes and chemicals containing amines. Requirements for eco-friendly textiles include the absence of banned chemicals and heavy metals, and low levels of formaldehyde. The document then discusses how to make various textile production processes like scouring, bleaching, dyeing and finishing more environmentally friendly, for example by using enzymes. It also covers eco-labeling schemes in India to identify environmentally friendly textile products for consumers.
This document discusses eco-friendly textiles and sustainable textile processing. It defines eco-textiles as textile products that are produced and processed in an eco-friendly manner using renewable and non-toxic resources with minimal environmental impact. Key aspects covered include types of eco-friendly fibers like organic cotton and wool; natural dyes from plant, animal and mineral sources; sustainable practices like chemical substitution, recovery and process modification; and eco-friendly processes like enzymatic treatment, low water technologies, and supercritical CO2 dyeing. The document emphasizes moving from a 'cradle to grave' approach to a 'cradle to cradle' model of sustainability.
E-textiles are fabrics that can have digital components and electronics embedded in them. They are classified based on how classical electronic devices are mounted and the electronic functions they enable. Construction kits like LilyPad Arduino and Aniomagic allow people to make e-textiles. E-textiles are beneficial because they are flexible, don't require wires, can sense over large surface areas, and are invisible to others. They also have low-cost manufacturing. E-textiles have electrical and mechanical properties like flexibility, washability and sewability. Some applications of e-textiles include health monitoring, sports training, hazardous personnel monitoring, soldier tracking, driver fatigue monitoring, innovative fashion, and helping regain lost senses.
In this slide i am sharing introduction to E Textile and thier application in daily life .
An e-textile is a fabric developed with electronics in it to
enable conductivity and the use of various technologies.
• Electronic textiles may be embedded with sensors, batteries
LEDs and hands-free computing devices.
• The field of electronic textiles combines the worlds of
textiles and electronics, and explores techniques that
redefine construction methods .
• They usually contain conductive yarns that are either spun
or twisted and incorporate some amount of conductive
material to enable electrical conductivity.
E-Textile Applications
There are several applications of e-textiles,
ranging from healthcare to consumer goods.
Health Monitoring :
The most well-researched application of
e-textiles is medical. Specifically, the
monitoring of health conditions.
Currently, there are medical wearables
that have been invented to monitor
several aspects of a person’s health, such
as blood pressure, heart rate, and
symptoms of disease.
Worker Safety :
Occupational safety is another area where e-textiles
can provide a great deal of service. One hypothetical
use is for construction workers who are working
outdoors late at night. LED lights can be affixed to a
uniform and automatically turn on when it gets dark
outside, improving visibility.
A favorable feature among drivers is heated seats. Who
doesn’t like being blanketed in warmth while driving?
While it is often a luxury, heated seats and steering
wheels are essential for drivers in frigid temperatures.
5G-Advanced Technology Evolution from a Network Perspective White Paper 2.0IPLOOK Networks
"5G-Advanced Technology Evolution from a Network Perspective" white paper 2.0 is officially released on March 1, 2022.
From the perspective of network, this document clarifies the evolution of 5G-Advanced-Technology in details (5G Development, 5G-Advanced Architecture and Technical Trends, key 5G-Advanced Technologies).
Electronic-textiles (e-textiles) incorporate electronic functionality into textiles by using conductive materials. They contain conductive yarns or fibers and can be produced using textile manufacturing techniques. E-textiles allow for innovative designs and integration of sensors, displays and other electronics into fabrics and garments. They provide benefits like flexibility, comfort and low-cost production compared to rigid electronics. However, challenges remain around reliability, mass production costs and limited processing capability due to power constraints. Ongoing research aims to address these issues and further the applications of intelligent textile technologies.
This presentation is about evolution of Textile Industry from animan skin to most modern performance clothing. It gives overview of past, present & future innovations in Textile Industry.
Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission.Li-Fi is designed to use LED light bulbs similar to those currently in use in many energy-conscious homes and offices.
NOTE: The slides contain the visual effects. So for complete information download the presentation and view it in slideshow mode.
Description of Non-orthogonal Multiple access in 5G networks Detailed discussion on downlink NOMA scenario and future challenges and trends.
The document discusses smart textiles, which are textiles that can sense and react to environmental conditions. Originally textiles provided protection from weather, but now integrate technologies to increase functionality. Smart textiles are classified into passive, active, and ultra-smart varieties based on their ability to sense and react. Examples include fabrics that monitor health, control devices, and regulate temperature. Significant opportunities exist in medicine, sustainability, and wearable technology as the industry grows.
Plastic is primarily made from petroleum and exists in two categories, thermoplastics and thermosetting plastics. India's plastic industry began production of various plastics like polystyrene, LDPE, PVC, and HDPE from the 1950s-1970s. Plastic waste includes items like PET, HDPE, PVC, LDPE, PP, and PS. Recycling plastic is important because plastic pollution harms sea life, plastic does not degrade, producing new plastic requires fossil fuels, and recycling conserves resources and energy while reducing emissions and landfill space. The plastic recycling process involves sorting, washing, shredding, and reforming plastic into pellets. Recycling plastic
The document discusses the environmental and human impacts of the textile industry. It notes that while people originally used textiles to fulfill basic needs, fashion has led to a large increase in production and consumption straining natural resources. Rapid industrialization and the use of chemicals, dyes, and synthetic fibers contributes to deforestation, fossil fuel and water usage, water pollution, and releases hazardous chemicals. This impacts both the environment and human health. The document calls for more sustainable textile production methods.
The document provides information on various types of dyes used in the textile industry such as direct dyes, vat dyes, disperse dyes, and reactive dyes. It describes the properties and mechanisms of each dye type. It also discusses natural dyes extracted from plants and provides tips for more sustainable and eco-friendly dyeing processes.
Rate and Performance Analysis of Indoor Optical Camera Communications in Opti...Willy Anugrah Cahyadi
This document presents a dissertation written by Willy Anugrah Cahyadi for the degree of Doctor of Philosophy at Pukyong National University in November 2018. The dissertation focuses on improving the data rate and performance of optical camera communications (OCC) by investigating downlink and proposing uplink solutions. Key contributions include achieving a downlink rate of 11,520 bits/s using a split-frame technique and a rate of over 2 Mbits/s using high-density modulation with a neural network. An uplink scheme using a smartphone display is also presented achieving an effective data rate of 360 bits/s. The aim is to address critical limitations of OCC and provide complementary solutions within the standardized use cases.
This document describes how a basic one-way laser communication system works. It consists of a transmitter that uses amplitude modulation to vary the intensity of a laser beam according to an input audio signal. At the receiver, the varying laser intensity is detected by a photodiode or other optical sensor. The document discusses components of the transmitter and receiver, modulation techniques, advantages like high bandwidth and security, and challenges like beam dispersion and interference from other light sources.
This document discusses how textiles are being used for environmental protection applications such as floor sealing, erosion protection, air cleaning, preventing water pollution, water cleaning, waste treatment and recycling. It notes that textiles are gaining popularity in these areas as well as in clothing, home furnishings and fashion accessories by helping to protect the environment. The document was prepared by Md. Siful Islam Bulbul for his professor Md. Mahbub Hasan at the Bangladesh University of Business & Technology to discuss new applications of textiles in environmental protection.
Optical fibers carry data over long distances at high speeds using light that travels down the core of the fiber and bounces off the cladding. They have advantages over copper cables in that they can transmit data over longer distances and faster speeds while being smaller, lighter, and able to be bent. However, optical fibers are more expensive to install and can be easily damaged. Overall, while optical fibers have disadvantages, they will likely replace copper cables in networks due to their advantages.
Laser communication uses lasers to transmit information through free space instead of fiber optic cables. It works similarly to fiber optics but transmits the beam through the atmosphere instead of cables. The transmitter converts signals into laser light and the receiver includes a telescope to capture the beam and detectors to convert it back into signals. Laser communication has advantages over radio frequency and fiber optics for applications where laying cable is not possible or practical such as for satellites, remote areas, and emergencies due to its high bandwidth, directivity, security, and smaller antenna size.
Recycling of textile waste products on different process.Rajib Mia
Study On-Recycling of textile waste products on different process.
Presentation on -garments waste product re-use. Recycling is a process in which waste materials are treated in a way that they can be used again. Processes Of Recycling : Collection The first step required for recycling is collecting recyclable materials from communities. Families who recycle items such as paper, bottles and cans, place the items in recycling collection bins. These bins usually have the recycling symbol on them.
Optical fibers transmit data using light signals through thin glass or plastic strands. There are two main types: single-mode fibers carry one signal using a single frequency, while multi-mode fibers carry multiple signals using different frequencies. Optical fibers have a core that guides light through total internal reflection, surrounded by a cladding with a lower refractive index. They offer high bandwidth, are immune to electromagnetic interference, and can transmit signals over long distances with low loss. Common uses include telecommunications, sensors, and transmitting power and images. Optical fibers enable vast data transmission and are a primary solution to increasing global bandwidth demands.
Ecofriedly dyeing process and ecolabelsChandran Kani
This document discusses eco-friendly dyeing processes and eco-labeling. It defines what makes a product eco-friendly, including limiting harmful chemicals and minimizing pollution. The government of India has banned certain dyes and chemicals containing amines. Requirements for eco-friendly textiles include the absence of banned chemicals and heavy metals, and low levels of formaldehyde. The document then discusses how to make various textile production processes like scouring, bleaching, dyeing and finishing more environmentally friendly, for example by using enzymes. It also covers eco-labeling schemes in India to identify environmentally friendly textile products for consumers.
This document discusses eco-friendly textiles and sustainable textile processing. It defines eco-textiles as textile products that are produced and processed in an eco-friendly manner using renewable and non-toxic resources with minimal environmental impact. Key aspects covered include types of eco-friendly fibers like organic cotton and wool; natural dyes from plant, animal and mineral sources; sustainable practices like chemical substitution, recovery and process modification; and eco-friendly processes like enzymatic treatment, low water technologies, and supercritical CO2 dyeing. The document emphasizes moving from a 'cradle to grave' approach to a 'cradle to cradle' model of sustainability.
E-textiles are fabrics that can have digital components and electronics embedded in them. They are classified based on how classical electronic devices are mounted and the electronic functions they enable. Construction kits like LilyPad Arduino and Aniomagic allow people to make e-textiles. E-textiles are beneficial because they are flexible, don't require wires, can sense over large surface areas, and are invisible to others. They also have low-cost manufacturing. E-textiles have electrical and mechanical properties like flexibility, washability and sewability. Some applications of e-textiles include health monitoring, sports training, hazardous personnel monitoring, soldier tracking, driver fatigue monitoring, innovative fashion, and helping regain lost senses.
In this slide i am sharing introduction to E Textile and thier application in daily life .
An e-textile is a fabric developed with electronics in it to
enable conductivity and the use of various technologies.
• Electronic textiles may be embedded with sensors, batteries
LEDs and hands-free computing devices.
• The field of electronic textiles combines the worlds of
textiles and electronics, and explores techniques that
redefine construction methods .
• They usually contain conductive yarns that are either spun
or twisted and incorporate some amount of conductive
material to enable electrical conductivity.
E-Textile Applications
There are several applications of e-textiles,
ranging from healthcare to consumer goods.
Health Monitoring :
The most well-researched application of
e-textiles is medical. Specifically, the
monitoring of health conditions.
Currently, there are medical wearables
that have been invented to monitor
several aspects of a person’s health, such
as blood pressure, heart rate, and
symptoms of disease.
Worker Safety :
Occupational safety is another area where e-textiles
can provide a great deal of service. One hypothetical
use is for construction workers who are working
outdoors late at night. LED lights can be affixed to a
uniform and automatically turn on when it gets dark
outside, improving visibility.
A favorable feature among drivers is heated seats. Who
doesn’t like being blanketed in warmth while driving?
While it is often a luxury, heated seats and steering
wheels are essential for drivers in frigid temperatures.
5G-Advanced Technology Evolution from a Network Perspective White Paper 2.0IPLOOK Networks
"5G-Advanced Technology Evolution from a Network Perspective" white paper 2.0 is officially released on March 1, 2022.
From the perspective of network, this document clarifies the evolution of 5G-Advanced-Technology in details (5G Development, 5G-Advanced Architecture and Technical Trends, key 5G-Advanced Technologies).
Sterlite Technologies is an integrated fiber manufacturer with end-to-end capabilities across the fiber value chain. The company has a growing product and services business addressing the increasing demand for fiber driven by the evolution of networks to 5G. Sterlite is well positioned to capitalize on the growing need for fiber and smarter network solutions globally as data consumption increases exponentially over the coming years.
Future & growth of semiconductor & Defence industry In IndiaRajendra kumar singh
This document discusses Boson Techno Systems Pvt. Ltd., an Indian company that distributes semiconductor and electronics manufacturing equipment. It provides information on:
1) The company's presence in North, West, and South India with 5 offices and plans to open an office in Singapore.
2) The sectors and major customers it serves including defense, aerospace, automotive, semiconductor industry, and electronics manufacturing.
3) Its focus on distributing "state of the art" technology products and providing technical service support through its experienced sales and technical staff.
Global IOT Node and Gateway Market Size Was Valued at USD 419.65 Billion in 2022, and is Projected to Reach USD 836.18 Billion by 2030, Growing at a CAGR of 9.0 % From 2023-2030.
Internet of things Emerging Network Technology Assessment ReportHuilian (Irene) Zhang
This document summarizes a technology assessment report recommending network technologies for a client company to invest in over the next five years to take advantage of the imminent growth of the Internet of Things (IoT). The report assesses seven candidate technologies and recommends three: Software Defined Networking (SDN), Network Functions Virtualization (NFV), and Optical Packet Switching (OPS). It analyzes the feasibility, performance, and profitability of these technologies, identifies partnership opportunities to mitigate risks, and concludes the technologies chosen will provide major network improvements and pay for themselves within a year.
This document provides an overview of Boson Techno Systems Pvt. Ltd., an Indian company that distributes semiconductor and electronics manufacturing equipment. It discusses the company's presence in India, major customers, and business divisions. The company aims to leverage the growing Indian semiconductor market by partnering with equipment manufacturers and targeting universities and research centers. It proposes a collaboration to penetrate the market using Boson's sales team and strategic focus on the Indian government's initiatives in the semiconductor sector.
The telecom industry in India has evolved significantly over the past few decades and now includes wireless, wireline, and broadband internet segments. It is controlled by TRAI and spectrum is provided through government auctions. Key players include Jio, Airtel, Vodafone Idea, and BSNL. Jio has disrupted the market with cheap data plans. Data consumption is growing rapidly driven by video. The future includes expanding 5G networks and improving broadband access. The industry faces challenges like debt, competition, and adapting to new technologies.
Silicon Photonics 2018 - Report by Yole Developpement Yole Developpement
Fueled by increasing internet traffic thanks to social networks, video and gaming content, increasing bandwidth will be required for inter- and intra-data center communications. As a short term answer to this possible bandwidth congestion, new photonics technology for transceivers is still pulled onto the market by Google, Apple, Facebook, Amazon and Microsoft (GAFAM) and now by Baidu, Alibaba and Tencent (BAT) in China.
More information on that report at http://www.i-micronews.com/reports.html
Carbon Fiber, Carbon Fiber Composites, Graphite Fiber and Carbon Fiber Reinforced Polymer Manufacturing Plant, Detailed Project Report, Profile, Business Plan, Industry Trends, Market Research, Survey, Manufacturing Process, Machinery, Raw Materials, Feasibility Study, Investment Opportunities, Cost and Revenue, Plant Economics, Production Schedule, Working Capital Requirement, Plant Layout, Process Flow Sheet, Cost of Project, Projected Balance Sheets, Profitability Ratios, Break Even Analysis
Carbon fibers or carbon fibres (alternatively CF, graphite fiber or graphite fibre) are fibers about 5–10 micrometres in diameter and composed mostly of carbon atoms. To produce a carbon fiber, the carbon atoms are bonded together in crystals that are more or less aligned parallel to the long axis of the fiber as the crystal alignment gives the fiber high strength-to-volume ratio (making it strong for its size). Several thousand carbon fibers are bundled together to form a tow, which may be used by itself or woven into a fabric.
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Cable_transmission wires_ Industry Analysis ReportSumit Arora
The document provides an industry analysis report of Sterlite Technologies. It discusses the size and growth of the cable and telecom industry in India. It analyzes Sterlite Technologies' competitors and provides details on their market share, revenues, costs, and growth. Additionally, it covers macro factors like regulatory environment, economic conditions, and substitutes that could impact the industry. Financial details on Sterlite Technologies and its peers are presented, including their balance sheets, revenues, margins and other metrics. A Porter's five forces analysis of the industry is also mentioned.
Pluggable transceivers in high volume production. Co-packaged optics in line of sight.
More information on: https://www.i-micronews.com/products/silicon-photonics-2020/
Optical Wavelength Services Market by Product Type, Distribution Channel, End...IMARC Group
The global optical wavelength services market size reached US$ 4.6 Billion in 2023. Looking forward, IMARC Group expects the market to reach US$ 9.0 Billion by 2032, exhibiting a growth rate (CAGR) of 7.5% during 2024-2032.
More Info:- https://www.imarcgroup.com/optical-wavelength-services-market
Perspectives on the optical fiber industry where do we go from herePulkit Bhatnagar
Strategy Paper on how successful countries and companies were driving Broadband (... and Optical Fiber usage) and what Fiber manufacturers could learn from these case studies.
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Jio's competitiveness at the Global levelAnil Bahuman
This is a paper for the general public.
Content copyright.belongs to Wasim Rahman of
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Silicon Photonics for Data Centers and Other Applications 2016 - Report by Yo...Yole Developpement
Exponential data growth in data centers will propel silicon photonics to take off into other applications, like lidar.
Big data is getting bigger by the second. Transporting this level of data around with existing technologies will soon reach power consumption, density and weight limits. Photons will continue to replace electrons throughout networks, including in the data center, in the rack and very soon on the board.
Silicon photonics is an exciting technology mixing optics, CMOS technology and advanced packaging. It combines silicon technology’s low cost, higher integration and interconnect density and higher number of embedded functionalities with lower power consumption and better reliability compared to legacy optics.
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Introduction
Fiber optic cable is a high-speed data transmission medium. It contains tiny
glass or plastic filaments that carry light beams. Digital data is transmitted
through the cable via rapid pulses of light. In recent years, fiber optic
technology has become increasingly popular for local Internet connections
as well. Fiber Optics, also called optical fibers, are microscopic strands of
very pure glass with about the same diameter of a human hair. Thousands
of these optical fibers are arranged in bundles in optical cables and are used
to transmit light signals over long distances.
3. www.entrepreneurindia.co
The bundles are protected by a jacket, which is the cable's outer covering.
The single optical fiber consists of the core which is the thin glass center of
the fiber where the light travels, the outer optical material that surrounds
the core and reflects the light back into it is the cladding, and the plastic
coating that protects the fiber from moisture and damage is the buffer
coating. Single-mode and multi-mode are the two types of optical fibers. The
single-mode, used for long distances, has small cores and transmits infrared
laser light. The multi-mode, normally used for short distances, has large
cores and transmits infrared light. There are three types of fiber optic cable
commonly used: single mode, multimode and plastic optical fiber (POF).
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Market Outlook
India optical fiber cables (OFC) market stood at $ 881.5 million in 2019 and
is projected to grow at a CAGR of 19.7% to reach $ 2.1 billion by 2024.
Growth in the market is led by rising investments in OFC network
infrastructure by the Indian government to increase internet penetration
across the country, which is in line with government initiatives such as
Smart Cities Vision and Digital India. Moreover, growing demand for OFC
from IT & telecom sector, rising number of mobile devices, increasing
adoption of FTTH (Fiber to the Home) connectivity and surging number of
data centers are further anticipated to fuel optical fiber cables market in
India over the coming years. India optical fiber cables market is gaining
traction and expanding to various regions in the country. In 2018, West was
at the forefront of India optical fiber cables market, however south region is
anticipated to grow at the highest CAGR during the forecast period
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Future growth potential of OFC market in India and provides statistics and
information on market structure, industry behavior and trends. The report
includes market projections and demand forecasting. Further, technological
advancements in the telecom sector have increased the deployment of
broadband network architectures. Fiber to the Home (FTTH) and Fiber to
the Building (FTTB) are the few prominent broadband networking
architectures that necessitate the large-scale deployment of fiber optic
networks. This factor is driving the demand for fiber optic cables. The major
benefit of fiber optic cable is the increased security option that cannot be
tapped with the traditional copper cable. This is another major factor driving
the fiber optic cables market. With the increasing demand for IoT and more
number of connected devices, data transmission has become vital for the
users. Hence, the fiber optic cable market is witnessing a huge opportunity
of growth during the forecast period.
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Project at a Glance
COST OF PROJECT MEANS OF FINANCE
Particulars Existing Proposed Total Particulars Existing
Propose
d Total
Land & Site
Development Exp. 0.00 395.00 395.00Capital 0.00 2085.56
2085.5
6
Buildings 0.00 1296.001296.00Share Premium 0.00 0.00 0.00
Plant & Machineries 0.00 1411.901411.90
Other Type Share
Capital 0.00 0.00 0.00
Motor Vehicles 0.00 15.00 15.00Reserves & Surplus 0.00 0.00 0.00
Office Automation
Equipments 0.00 195.00 195.00Cash Subsidy 0.00 0.00 0.00
Technical Knowhow
Fees & Exp. 0.00 75.00 75.00
Internal Cash
Accruals 0.00 0.00 0.00
Franchise & Other
Deposits 0.00 0.00 0.00
Long/Medium Term
Borrowings 0.00 6256.68
6256.6
8
Preliminary& Pre-
operative Exp 0.00 15.00 15.00Debentures / Bonds 0.00 0.00 0.00
Provision for
Contingencies 0.00 137.00 137.00
Unsecured
Loans/Deposits 0.00 0.00 0.00
Margin Money -
Working Capital 0.00 4802.344802.34
TOTAL 0.00 8342.248342.24TOTAL 0.00 8342.24
8342.2
4
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Project at a Glance
Yea
r
Annualised Boo
k
Val
ue
Debt Divid
end
Retained
Earnings
Payo
ut
Proba
ble
Marke
t Price
P/E
Ratio
Yield
Price/
Book
Value
EPS CEPS Per Share
Per
Share Per Share
No.of
Time
s` ` ` ` ` % ` % ` %
1-2 7.42 9.28
17.4
2 24.00 0.00
100.
00 7.42 0.00 7.42 1.00 0.00
2-
3 9.77 11.39
27.1
9 18.00 0.00
100.
00 9.77 0.00 9.77 1.00 0.00
3-
4 12.24 13.66
39.4
3 12.00 0.00
100.
00
12.2
4 0.00 12.24 1.00 0.00
4-5 14.69 15.93
54.1
2 6.00 0.00
100.
00
14.6
9 0.00 14.69 1.00 0.00
5-6 17.10 18.19
71.2
2 0.00 0.00
100.
00
17.1
0 0.00 17.10 1.00 0.00
13. www.entrepreneurindia.co
Project at a Glance
Year D. S. C. R. Debt
/ -
Depos
its
Debt
Equity
as-
Equity
Total
Net
Wort
h
Retur
n on
Net
Wort
h
Profitability Ratio Assets
Turno
ver
Ratio
Curre
nt
Ratio
Indivi
dual
Cumul
ative
Over
all
GPM PBT PAT Net
Contri
butio
n
P/V
Ratio
(Number of times)
(Number of
times) % % % % % %
Initi
al 3.00 3.00
1-
2 1.35 1.35 1.38 1.38 6.49 5.37% 2.60%
1.71
%
15711
.14
17.34
% 3.34 1.21
2-
3 1.63 1.48 0.66 0.66 4.45 5.56% 3.00%
1.93
%
9210.
08
8.71
% 3.43 1.24
3-
4 1.97 1.63 1.97 0.30 0.30 3.29 5.69% 3.32%
2.11
%
10308
.68
8.53
% 3.43 1.27
4-5 2.39 1.80 0.11 0.11 2.56 5.78% 3.56%
2.25
%
11407
.27
8.39
% 3.39 1.31
5-6 2.89 1.97 0.00 0.00 2.07 5.84% 3.73%
2.36
%
12505
.86
8.28
% 3.32 1.42
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Project at a Glance
BEP
BEP - Maximum Utilisation Year 5
Cash BEP (% of Installed Capacity) 40.95%
Total BEP (% of Installed Capacity) 42.76%
IRR, PAYBACK and FACR
Internal Rate of Return .. ( In %age
) 32.42%
Payback Period of the Project is (
In Years )
2 Years 3
Months
Fixed Assets Coverage Ratio ( No.
of times ) 71.749
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1. What is Optical Fiber Cables Manufacturing
industry ?
2. How has the Optical Fiber Cables Manufacturing
industry performed so far and how will it perform
in the coming years ?
3. What is the Project Feasibility of Optical Fiber
Cables Manufacturing Plant ?
4. What are the requirements of Working Capital for
setting up Optical Fiber Cables Manufacturing
plant ?
Major Queries/Questions Answered in the Report?
16. 5. What is the structure of the Optical Fiber Cables
Manufacturing Business and who are the key/major
players ?
6. What is the total project cost for setting up Optical
Fiber Cables Manufacturing Business?
7. What are the operating costs for setting up Optical
Fiber Cables Manufacturing plant ?
8. What are the machinery and equipment
requirements for setting up Optical Fiber Cables
Manufacturing plant ?
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17. 9. Who are the Suppliers and Manufacturers of Plant
& Machinery for setting up Optical Fiber Cables
Manufacturing plant ?
10. What are the requirements of raw material for
setting up Optical Fiber Cables Manufacturing
plant ?
11. Who are the Suppliers and Manufacturers of Raw
materials for setting up Optical Fiber Cables
Manufacturing Business?
12. What is the Manufacturing Process of Optical Fiber
Cables ?
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18. www.entepreneurindia.co
13. What is the total size of land required for setting up
Optical Fiber Cables Manufacturing plant ?
14. What will be the income and expenditures for
Optical Fiber Cables Manufacturing Business?
15. What are the Projected Balance Sheets of Optical
Fiber Cables Manufacturing plant ?
16. What are the requirement of utilities and
overheads for setting up Optical Fiber Cables
Manufacturing plant?
17. What is the Built up Area Requirement and cost for
setting up Optical Fiber Cables Manufacturing
Business?
19. 18. What are the Personnel (Manpower)
Requirements for setting up Optical Fiber Cables
Manufacturing Business?
19. What are Statistics of Import & Export for Optical
Fiber Cables ?
20. What is the time required to break-even of Optical
Fiber Cables Manufacturing Business?
21.What is the Break-Even Analysis of Optical Fiber
Cables Manufacturing plant?
22.What are the Project financials of Optical Fiber
Cables Manufacturing Business?
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20. 23. What are the Profitability Ratios of Optical Fiber
Cables Manufacturing Project?
24. What is the Sensitivity Analysis-Price/Volume of
Optical Fiber Cables Manufacturing plant?
25. What are the Projected Pay-Back Period and
IRR of Optical Fiber Cables Manufacturing
plant?
26. What is the Process Flow Sheet Diagram of
Optical Fiber Cables Manufacturing project?
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21. 27. What are the Market Opportunities for setting
up Optical Fiber Cables Manufacturing plant?
28. What is the Market Study and Assessment for
setting up Optical Fiber Cables Manufacturing
Business?
29. What is the Plant Layout for setting up Optical
Fiber Cables Manufacturing Business?
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23. 1 PROJECT LOCATION
1.1. CITY PROFILE & GEOTECHNICAL SITE CHARACTERIZATION
1.1.1. General
1.1.2. Physical Characteristics
1.1.3. Climate and Rainfall
1.1.4. Map
1.1.5. Economy and Industry
1.1.6. Transport
2. INTRODUCTION
2.1. FIBER OPTICAL CABLES
3. PHYSICS OF OPTICAL FIBERS
3.1. MAJOR BENEFITS OF FIBER OPTICAL CABLES
3.2. FIBER OPTIC CABLE BASED ON FIBER TYPES
3.3. TYPES OF MULTI-MODE FIBERS
3.4. ELEMENTS IN A FIBER OPTIC CABLES
3.5. CABLE JACKET MATERIALS
3.6. APPLICATION REQUIREMENTS
3.7. FIBRE CABLE CHOICE
3.8. TWO BASIC FIBER STRUCTURES
4. B.I.S. SPECIFICATIONS
4.1. IS 13882-1-1 (2001): OPTICAL FIBRE CABLES, PART 1: GENERAL
SPECIFICATION, SECTION 1: GENERAL
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24. 4.2. IS/QC 210700 (1998): CONNECTORS FOR OPTICAL FIBRES AND CABLES,
PART 7: SECTIONAL FIBRE OPTIC CONNECTOR - TYPE FC
4.3. IS/IEC 60794-1-1 (2001): OPTICAL FIBRES CABLES, PART 1:GENERAL
SPECIFICATION, SECTION 1: GENERAL
5. MARKET SURVEY
5.1. NEWLY EMERGING INDICATORS
5.2. INDIA'S TELECOM NETWORK SCENARIO
5.3. OPTICAL FIBRE CABLES: PAST AND FUTURE
5.4. LEAD PLAYERS
5.5. MARKET STRUCTURE
6. EXPORT & IMPORT: ALL COUNTRIES
6.1. EXPORT: ALL COUNTRIES
6.2. IMPORT: ALL COUNTRIES
7. FINANCIALS & COMPARISON OF MAJOR INDIAN PLAYERS/COMPANIES
7.1. ABOUT FINANCIAL STATEMENTS OF CMIE DATABASE
7.2. PROFITS & APPROPRIATIONS
7.3. TOTAL LIABILITIES
7.4. TOTAL ASSET
7.5. NET CASH FLOW FROM OPERATING ACTIVITIES
7.6. SECTION –I
7.6.1. Name of Company with Contact Details
7.6.2. Name of Director(S)
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25. 7.6.3. Credit Ratings
7.6.4. Plant Capacity
7.6.5. Location of Plant
7.6.6. Name of Raw Material(S) Consumed With Quantity &Cost
7.7. SECTION–II
7.7.1. Assets
7.7.2. Cash Flow
7.7.3. Cost as % Ge of Sales
7.7.4. Forex Transaction
7.7.5. Growth in Assets & Liabilities
7.7.6. Growth in Income & Expenditure
7.7.7. Income & Expenditure
7.7.8. Liabilities
7.7.9. Liquidity Ratios
7.7.10. Profitability Ratio
7.7.11. Profits
7.7.12. Return Ratios
7.7.13. Structure of Assets & Liabilities(%)
7.7.14. Working Capital & Turnover Ratios
8. COMPANY PROFILE OF MAJOR PLAYERS
9. OPTICAL FIBER CABLE CONSTRUCTION
10. OPTICAL FIBER CABLE DESIGN
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26. 11. GENERALIZED FIBER CABLE DESIGN FLOW CHART
12. CATEGORIES OF CABLING
12.1. VARIETY OF INDOOR CABLES
12.2. COLOR CODING
12.3. GENERAL REQUIREMENTS
12.4. INDOOR/OUTDOOR BREAKOUT CABLE
13.SOURCES OF MECHANICAL STRESS ON A FIBE
14. MECHANICAL DESIGN CONSIDERATIONS
15. RAW MATERIAL DETAILS
16. PROCESS OF MANUFACTURING
16.1. PREFORM PREPARATION
16.2. FIBER FABRICATION
16.3. FIBER DRAWING AND COATING
17. DRAWING THE FIBER
18. OPTICAL FIBRE AND CABLE TESTING
19.POLLUTION CONTROL OF GASEOUS EFFLUENTS
19.1. GASEOUS POLLUTANTS
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27. 19.2. AIR POLLUTANTS
19.3. PARTICULATE POLLUTANTS
20. BUYER’S LIST
20.1. CONTACT DETAILS OF BUYER’S
20.2. NAME OF DIRECTOR(S)
20.3. CREDIT RATINGS
20.4. PLANT CAPACITY
20.5. LOCATION OF PLANT
20.6. COMPANY WISE CONSUMPTION DETAIL OF THE RAW MATERIALS
21. SUPPLIER OF PLANT & MACHINERY
22. SUPPLIERS OF RAW MATERIALS
23. PHOTOGRAPHS/IMAGES FOR AS REFERENCES
23.1. PRODUCT PHOTOGRAPHS
23.2. MACHINERY PHOTOGRAPHS
23.3. RAW MATERIAL PHOTOGRAPHS
24. PLANT LAYOUT
25. QUOTATION OF PLANT, MACHINERY AND EQUIPMENTS FROM SUPPLIER
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28. Project Financials
• Project at a Glance Annexure
• Assumptions for Profitability workings ………………………..1
• Plant Economics…………………………………………………..2
• Production Schedule………………………………………………3
• Land & Building……………………………………………….……4
Factory Land & Building
Site Development Expenses
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29. • Plant & Machinery……………………………………………..……..5
Indigenous Machineries
Other Machineries (Miscellaneous, Laboratory etc.)
• Other Fixed Assets………………………………………..........….......6
Furniture & Fixtures
Pre-operative and Preliminary Expenses
Technical Knowhow
Provision of Contingencies
• Working Capital Requirement Per Month……………………….…7
Raw Material
Packing Material
Lab & ETP Chemical Cost
Consumable Store
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30. • Overheads Required Per Month and Per Annum………….…….…8
Utilities & Overheads (Power, Water and Fuel Expenses etc.)
Royalty and Other Charges
Selling and Distribution Expenses
• Salary and Wages …………………………………………....……..9
• Turnover Per Annum ……………………………………….....…10
• Share Capital…………………………………………………….....11
Equity Capital
Preference Share Capital
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31. • Annexure 1 :: Cost of Project and Means of Finance
• Annexure 2 :: Profitability and Net Cash Accruals
Revenue/Income/Realisation
Expenses/Cost of Products/Services/Items
Gross Profit
Financial Charges
Total Cost of Sales
Net Profit After Taxes
Net Cash Accruals
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32. www.entrepreneurindia.co
• Annexure 3 :: Assessment of Working Capital requirements
Current Assets
Gross Working Capital
Current Liabilities
Net Working Capital
Working Note for Calculation of Work-in-process
• Annexure 4 :: Sources and Disposition of Funds
33. • Annexure 5 :: Projected Balance Sheets
ROI (Average of Fixed Assets)
RONW (Average of Share Capital)
ROI (Average of Total Assets)
• Annexure 6 :: Profitability Ratios
D.S.C.R
Earnings Per Share (EPS)
Debt Equity Ratio
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35. • Annexure 8 to 11 :: Sensitivity Analysis-Price/Volume
Resultant N.P.B.T
Resultant D.S.C.R
Resultant PV Ratio
Resultant DER
Resultant ROI
Resultant BEP
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36. • Annexure 12 :: Shareholding Pattern and Stake Status
Equity Capital
Preference Share Capital
• Annexure 13 :: Quantitative Details-Output/Sales/Stocks
Determined Capacity P.A of Products/Services
Achievable Efficiency/Yield % of Products/Services/Items
Net Usable Load/Capacity of Products/Services/Items
Expected Sales/ Revenue/ Income of Products/ Services/ Items
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37. • Annexure 14 :: Product wise Domestic Sales
Realisation
• Annexure 15 :: Total Raw Material Cost
• Annexure 16 :: Raw Material Cost per unit
• Annexure 17 :: Total Lab & ETP Chemical Cost
• Annexure 18 :: Consumables, Store etc.
• Annexure 19 :: Packing Material Cost
• Annexure 20 :: Packing Material Cost Per Unit
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39. • Annexure 29 :: Depreciation Charges – as per Books (Total)
• Annexure 30 :: Depreciation Charges – as per Books (P & M)
• Annexure 31 :: Depreciation Charges - as per IT Act WDV (Total)
• Annexure 32 :: Depreciation Charges - as per IT Act WDV (P &
M)
• Annexure 33 :: Interest and Repayment - Term Loans
• Annexure 34 :: Tax on Profits
• Annexure 35 :: Projected Pay-Back Period and IRR
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40. Reasons for Buying our Report:
• This report helps you to identify a profitable project for investing
or diversifying into by throwing light to crucial areas like industry
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product
• This report provides vital information on the product like it’s
characteristics and segmentation
• This report helps you market and place the product correctly by
identifying the target customer group of the product
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41. • This report helps you understand the viability of the project by
disclosing details like machinery required, project costs and
snapshot of other project financials
• The report provides a glimpse of government regulations
applicable on the industry
• The report provides forecasts of key parameters which helps to
anticipate the industry performance and make sound business
decisions
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42. Our Approach:
• Our research reports broadly cover Indian markets, present analysis,
outlook and forecast for a period of five years.
• The market forecasts are developed on the basis of secondary
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43. Scope of the Report
The report titled “Market Survey cum Detailed Techno Economic
Feasibility Report on Optical Fiber Cables .” provides an insight
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44. • Good Present/Future Demand
• Export-Import Market Potential
• Raw Material & Manpower Availability
• Project Costs and Payback Period
We at NPCS, through our reliable expertise in the project
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NPCS is manned by engineers, planners, specialists, financial experts,
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Our Market Survey cum Detailed Techno Economic Feasibility Report
provides an insight of market in India. The report assesses the market
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while venturing into new business, entrepreneurs are often faced with
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53. And before diversifying/venturing into any product, they wish to study
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Good Present/Future Demand
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Working Capital Requirement, uses and applications, Plant
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