Designing a technical project of common telecommunications infrastructure / Sebastián García Galán, Magareta Elin Ohberg, Rocío Pérez de Prado, José Enriqué Muñoz Expo sito.

Format:

• Book

Author/Creator:

• García Galán, Sebastián, autor.

Series:

• Ingenieri a y Tecnología.
• Ingenieri a y Tecnología

Language:

English

Subjects (All):

• Networks.
• Telecommunication systems.
• Telematics.
• Redes.
• Sistemas de telecomunicaciones.
• Telema tica.

Local Subjects:

• Redes.
• Sistemas de telecomunicaciones.
• Telema tica.

Genre:

• Libros electronicos.

Physical Description:

1 online resource (183 pages)

Place of Publication:

Jaén, España : Editorial Universidad de Jaén, 2020.

Summary:

The increase in new services based on information and communications technologies (ICT) represents a panoply of opportunities in every single area of our lives. Aspects such as health, security, training, comfort, sustainability and leisure, are continuously being improved because of ICT.In this sense, Common Telecommunication Infrastructures (CTI) play a fundamental role as they structure and guarantee access to these services from the homes. Bearing in mind the Spanish regulations, this book aims to deepen the design of this kind of infrastructure by carrying out a technical project of a CTI in a building. Thus, the authors intend to complement the previous work entitled "Common Telecommunication Infrastructures", which focused on such regulation.Like the previous one, this book is mainly aimed at students of the compulsory course "Telecommunication Infrastructures" included in the Master in Telecommunication Engineering that is taught at the Linares School of Engineering, at the Universidad de Jaén.

Contents:

• Specifications
• 3.1 Special conditions
• 3.1.A Sound broadcasting and television.
• a) Access conditions to the capture systems.
• b) Features of the capture systems.
• c) Features of the active elements.
• d) Features of the passive elements.
• 3.1.B Distribution of publicly available telephony and broadband telecommunications services.
• a) Pairs or twisted pair networks.
• b) Coaxial cable networks.
• c) Optical fiber cable networks.
• 3.1.C Digital home infrastructures (when included in the project).
• 3.1.D Infrastructure.
• a) Condition to be taken into account for its location.
• b) Features of the handholes.
• c) Features of external, link, main, secondary and internal user conduits.
• d) Conditions to be taken into account in the internal distribution of ETFs. Installation and location of the different equipment.
• e) Features of the link, secondary, pass, network termination and user socket junction boxes.
• 3.1.E Tables of measures.
• a) Table of measures to be met in terrestrial television user sockets, including also the margin of the radio spectrum between 950 MHz and 2150 MHz.
• b) Table of measurements of public available telephony and broadband telecommunications networks.
• 3.1.F Use of non-common elements of the building or set of buildings (if any).
• 3.1.G Estimation of the waste generated by the installation of CTI.
• 3.1.H Complementary specifications of the facility
• a) Related to mechanical aspects
• b) Related to constructive aspects
• c) Firewalls
• d) Electrical assembly, protection, security and connection
• e) Installation of equipment and cautions to be taken into account
• 3.2 General conditions
• 3.2.A Regulation of CTI and annex standards.
• 3.2.B Current Regulation on the Prevention of Occupational Risks.
• 3.2.C Regulations on protection against electromagnetic fields.
• 3.2.D Secrecy of communications.
• 3.2.E Regulation on waste management.
• 3.2.F Fire protection regulations.
• 3.2.G Compliance with regulations of the Autonomous Community.
• 3.2.H Specification of compliance with local regulations.
• ANNEX ON HEALTH AND SAFETY CONDITIONS
• I. APPLICABLE LEGAL PROVISIONS
• II. SPECIFIC HEALTH AND SAFETY CHARACTERISTICS TO BE TAKEN INTO ACCOUNT IN THE COMMON TELECOMMUNICATION INFRASTRUCTURE TECHNICAL PROJECT
• 1.1 Installation of the infrastructure outside the building
• 1.2 Installation of the infrastructure inside the building
• 2) INSTALLATION OF THE CAPTURING ELEMENTS, THE HEADER EQUIPMENT, AND LAYING AND CONNECTINg THE CABLES AND PANELS of THE DIFFERENT NETWORKS
• 2.1. Collection element Installation
• 2.2. Electrical installations in the enclosures of telecommunication facilities, cables connection and power strips
• 2.3 Installation of the header equipment and the main junction boxes.
• 2.4 Laying and connecting of the cables and strips of the different networks.
• ANNEX ON WASTE MANAGEMENT
• 1. ESTIMATION OF THE QUANTITY OF RESIDUES GENERATED AND THEIR CODIFICATION
• 2. MEASURES FOR THE PREVENTION OF WASTE IN THE WORK OBJECT OF THE PROJECT
• 3. OPERATIONS OF REUSE, RECOVERY OR DISPOSAL TO WHICH THE WASTE THAT IS GENERATED IN THE WORK WILL BE DESTINED
• 4. WASTE SEPARATION MEASURES AS PER R.D. 105/2008 ARTICLE 5, POINT 5.
• 5. PLANS OF THE FACILITIES PLANNED FOR THE WASTE HANDLING.
• 6. SPECIFIC TECHNICAL REQUIREMENTS
• 7. COST ASSESSMENT OF MANAGING THE WASTE GENERATED.
• Budget and Measures
• BUDGET AND MEASURES
• 1 INFRASTRUCTURES AND SUPPLY, DISTRIBUTION AND DISPERSION NETWORKS
• 1.1 RTV networks
• 1.1.1 RTV signal reception
• 1.1.2 RTV header system
• 1.1.3 RTV distribution network.
• 1.1.4 RTV dispersion network
• 1.2 Twisted pair networks
• 1.2.1 Distribution and dispersion networks. Interconnection point
• 1.3 Coaxial cable networks
• 1.3.1 Distribution and dispersion networks. Interconnection point
• 1.4 Optical fiber network
• 1.4.1 Distribution and dispersion networks. Interconnection point
• 1.5 Infrastructures
• 1.5.1 Infrastructures for supply networks
• 1.5.2 Infrastructures for distribution and dispersion networks
• 1.6. Partial summary
• 2 INFRASTRUCTURES AND INTERNAL USER NETWORKS
• 2.1 Internal network (RTV)
• 2.1.1 User access point (RTV)
• 2.1.2 User socket and RTV user's network
• 2.2 Internal network (twisted pair)
• 2.2.1 User access point (twisted pair)
• 2.2.2 User sockets and cable network of twisted pairs
• 2.3 Internal network (coaxial)
• 2.3.1 User access point (coaxial network)
• 2.3.2 User socket and coaxial cable network
• 2.4 Network termination point (OF)
• 2.4.1 User access point (of network)
• 2.5 Infrastructures
• 2.5.1 Internal conduit (RTV)
• 2.5.2 Internal conduit (twisted pair)
• 2.5.3 Internal conduit (coaxial)
• 2.5.4 Network termination junction boxes
• 2.6. Partial summary
• 3 SUMMARY
• Bibliography
• BIBLIOGRAPHY.
• DESIGNING A TECHNICAL PROJECT OF COMMON TELECOMMUNICATIONS INFRASTRUCTURE
• PÁGINA LEGAL
• FOREWORD
• REPORT
• 1.1 General Information
• 1.1.A details of the developer.
• 1.1.C Application of the Horizontal Property Law.
• 1.1.D Purpose of the Technical Project.
• 1.2 Elements OF the common telecommunication infrastructure
• 1.2.A Collection and distribution of terrestrial television and sound broadcasting.
• a) Design considerations
• b) Terrestrial sound and television broadcast signals received at the receiving antenna site.
• c) Selection of location and parameters of the receiving antennas.
• d) Calculation of the supports for the installation of the receiving antennas
• e) Frequency plan.
• f) Number of user sockets.
• 1.2.B Distribution of sound broadcasting and satellite television.
• 1.2.C Access and distribution of publicly available telephony service and broadband telecommunications services.
• 1.2.C.1) Distribution and dispersion networks.
• 1.2.C.2) Internal user networks.
• 1.2.D Digital Home Infrastructures.
• 1.2.E Conduits and distribution infrastructure.
• a) Considerations regarding the general building outline.
• b) Entry handhole box and external conduit.
• c) Lower and Higher Link Junction Boxes.
• d) Lower and Upper Link Conduits.
• e) Enclosure of telecommunication facilities:
• f) Main junction boxes.
• g) Main conduits and secondary junction boxes.
• h) Secondary conduit and pass-through junction boxes.
• i) Network termination junction boxes.
• j) Internal user conduit.
• This conduit houses the internal user network. It is made up of embedded tubes that join the NTJB with the different terminal access bases. This conduit will use a star topology, and the diameter of the tubes will be:
• k) Socket fixtures.
• l) Summary table of required materials:
• 1.2.F Others.
• Plans.

Notes:

• Incluye índice.
• Incluye bibliografía.
• Descripción basada en metadatos suministrados por el editor y otras fuentes.

ISBN:

84-9159-311-X

OCLC:

1292942940