Designing a technical project of common telecommunications infrastructure

Detalles Bibliográficos
Otros Autores: García Galán, Sebastián, autor (autor)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Jaén, España : Editorial Universidad de Jaén 2020.
Colección:Ingeniería y Tecnología.
Materias:
Ver en Biblioteca Universitat Ramon Llull:https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009435858306719
Tabla de Contenidos:
  • 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.
  • 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
  • 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
  • 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.