structured cabling standards

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Structured Cabling Standards M.C. Juan Carlos Olivares Rojas Department of Computer and System Instituto Tecnológico de Morelia [email protected] 19.72388 lat, -101.1848 long

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Structured Cabling Standards. Department of Computer and System Instituto Tecnológico de Morelia [email protected] 19.72388 lat, -101.1848 long. M.C. Juan Carlos Olivares Rojas. Disclaimer. - PowerPoint PPT Presentation

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Page 1: Structured Cabling Standards

Structured Cabling Standards

M.C. Juan Carlos Olivares Rojas

Department of Computer and SystemInstituto Tecnológico de Morelia

[email protected] lat, -101.1848 long

Page 2: Structured Cabling Standards

DisclaimerSome material in this presentation has been obtained from various sources, each of which has intellectual property, so in this presentation will only have some rights reserved.

These slides are free, so you can add, modify, and delete slides (including this one) and slide content to suit your needs. They obviously represent a lot of work on my part. In return for use, I only ask the following: if you use these slides (e.g., in a class) in substantially unaltered form, that you mention their source.

Page 3: Structured Cabling Standards

Outline•Componentes del cableado estructurado.

•Área de trabajo. •Cableado horizontal. •Cableado vertical. •Cableado Backbone. •Centro de telecomunicaciones principal. •Centro de telecomunicaciones Intermedios.•Servicios de ingreso.

•Planificación de la estructura de cableado.•Normatividad de electricidad y conexiones a tierra.

Page 4: Structured Cabling Standards

Outline•Soluciones para caída y bajada de tensión.

•Normatividad de seguridad

•Documentación de una red. •Diario de Ingeniería.

•Diagramas.

•Cables etiquetados.

•Resumen de tomas y cables.

•Resumen de dispositivos, direcciones MAC e IP.

•Material y presupuestos.

•Presentación del proyecto.

Page 5: Structured Cabling Standards

Objectives• Construct a Computer Network

Infrastructure using Structured Cabling Systems

• Competences:• Making cables• Installing devices• Setup Computer, Host and Devices

Page 6: Structured Cabling Standards

Structured Cabling System• Components of Structured Cabling

– Working Area– Horizontal Cabling– Backbone (Vertical) Cabling– Main Telecomunication Center – Intermedial Telecomunication Center– Incomming Services.

Page 7: Structured Cabling Standards

Structured Cable System• Planning of Structured

– Electricity and Ground Conection Regulation– Solutions to drop voltages. – Security Normativity

• Network Documentation– Logs – Diagrams. – Labeling Cables – Cable and Power Outlet Abstract– Devices, MAC and IP Addresses– Other resources

Page 8: Structured Cabling Standards

Cableado estructurado• Es una metodología para diseñar e instalar de

manera adecuada redes de comunicación, particularmente, redes de computadoras.

• Define más que una simple estructura o forma de realizar cableados de casas y empresas. Forma un estándar para simplificar las cosas. Se centra en la fase de planeación, instalación y expansión de la red.

• It’s called Layer 0

Page 9: Structured Cabling Standards

What’s the problem?

Page 10: Structured Cabling Standards

Safety Procedures• Safety is the primary concern.

• General safety precautions, while working with network building materials - both electrical and construction.

Page 11: Structured Cabling Standards

Structured Cabling Systems• A Structured Cabling System is a cabling and

connectivity products that integrates data, voice, video and various management system of a building

Page 12: Structured Cabling Standards

Benefits of Structured Cabling Benefits of Structured Cabling SystemSystem

• Redundancy at design stage reduces downtime & repair time

• Ease of fault location & repair

• Flexibility, expandability & modular connecting platform

• Ease of moves, adds and changes

• Enhanced end-use understanding and control

• Significant long term cost containment

Page 13: Structured Cabling Standards

Cable Distribution SystemCable Distribution System

• Cable Tray

• Raised Floor

• Conduit

• Hung Ceiling / False Ceiling

Page 14: Structured Cabling Standards

Elements of a Structured Cabling System

Page 15: Structured Cabling Standards

Structered Cabling Components

Page 16: Structured Cabling Standards

Foil Twisted Pair

Page 17: Structured Cabling Standards

Shielded Twisted Pair

Page 18: Structured Cabling Standards

Work Flow

• installing outlets • installing jacks • running cables • punching cables into patch panels • testing cables • documenting cables

Page 19: Structured Cabling Standards

Work Flow (cont)

• installing NICs • installing hubs, switches, bridges,

and routers • configuring routers • installing and configuring PCs

Page 20: Structured Cabling Standards

Place Copper Wires into a Jack

Page 21: Structured Cabling Standards

Documenting Cable Runs• A cut sheet

– is a rough diagram that shows the locations of the cable runs.

– indicates the numbers of the classrooms, offices, or other rooms, to which the cables have been run.

– to place corresponding numbers on all telecommunications outlets and at the patch panel in the wiring closet.

Page 22: Structured Cabling Standards

TIA/EIA-606 for Labeling Cables• Labeling

– NO terms such as "Mr. Zimmerman's math class," or "Ms. Thome's art class".

– incorporate room numbers in the label information – incorporate color coding

• For example, a blue label might identify horizontal cabling at the wiring closet only, while a green label might identify cabling at the work area. 

– mark the cable three times, approximately 60 cm apart – Allow enough cable for the ends to reach all the way to

each jack location, plus enough excess or slack to reach the floor and extend another 60-90 cm.

– Do not cut the cables unless they have a label.

Page 23: Structured Cabling Standards

Cable Labels

Page 24: Structured Cabling Standards

Mounting cables in raceway • decorative raceway

– presents a more finished appearance

• gutter raceway– a less attractive alternative to decorative raceway.

• mounted with adhesive backing or with screws

Page 25: Structured Cabling Standards

SAFETY RULES • turn off power to all circuits that might pass

through those work areas

• Never, ever, touch power cables

• learn the locations of all fire extinguishers in the area.

• Long pants and sleeves help protect your arms and legs. Avoid wearing excessively loose or baggy clothing.

Page 26: Structured Cabling Standards

SAFETY RULES (cont)• Protect your eyes with safety glasses

• If you anticipate working in a dropped ceiling area, survey the area.

• Follow building safety codes

Page 27: Structured Cabling Standards

Supporting Horizontal Cables• Wall-mounted gutter

• Tie-wraps

• Ladder rack

• Tools– A telepole

• is nothing more than a telescoping pole with a hook at one end to hold the cable.

• is used to string cable across a dropped ceiling or attic quickly.

– fishing cable • When you pull cable up through a wall, you ordinarily work from an

attic or dropped ceiling space

Page 28: Structured Cabling Standards

Wiring Closets• the equipment in a wiring closet includes:

– patch panels – wiring hubs – bridges – switches – routers

Page 29: Structured Cabling Standards

Network Operating Test• The baseline

– is a record of your network's starting point or newly installed performance capabilities.

• Continue to test your network on a regular basis in order to ensure that it performs at its peak

• A cable tester is a hand held device that can certify that cable meets the required IEEE and TIA/EIA standards.

Page 30: Structured Cabling Standards

Cable Tester• Determine cable distance • Locate bad connections

• Provide wire maps for detecting crossed pairs • Measure signal attenuation • Measure near-end crosstalk 

• Detect split pairs  • Perform noise level tests  • Trace cable behind walls 

Page 31: Structured Cabling Standards

Cable Tester

Page 32: Structured Cabling Standards

Conexión de cables

Page 33: Structured Cabling Standards

Jack

El jack es el componente femenino en un dispositivo de red, toma de pared o panel de conexión.

Page 34: Structured Cabling Standards

Jack

Para que la electricidad fluya entre el conector y el jack, el orden de los hilos debe seguir el código de colores T568A, o T568B recomendado en los estándares EIA/TIA-568-B.1

Page 35: Structured Cabling Standards

Configuración

Page 36: Structured Cabling Standards

Conexión directa

Utilice cables de conexión directa para el siguiente cableado:

•Switch a router •Switch a PC o servidor •Hub a PC o servidor

Page 37: Structured Cabling Standards

Conexión Cruzada

Utilice cables de conexión cruzada para el siguiente cableado:

•Switch a switch •Switch a hub •Hub a hub •Router a router •PC a PC •Router a PC

Page 38: Structured Cabling Standards

Esquema de Conexión EIA/TIA 568

Page 39: Structured Cabling Standards

CABLE TESTER.

Page 40: Structured Cabling Standards

We all have some ugly wiring

Page 41: Structured Cabling Standards

Unshielded Twisted Pair Cable

• Labeling is a key to reduce work later

Page 42: Structured Cabling Standards

Fiber Optic Cable Construction

• Fiber has bend radius issues

Page 43: Structured Cabling Standards

Fiber Optic Cable Construction• Leave slack loops

Page 44: Structured Cabling Standards

Cutting, Striping & Crimping Tools

Page 45: Structured Cabling Standards

Punching Tool

Page 46: Structured Cabling Standards

Cabling Rules• Try to avoid running cables parallel to power

cables.

• Do not bend cables to less than four times the diameter of the cable.

• If you bundle a group of cables together with cable ties (zip ties), do not over-cinch them. You should be able to turn the tie with fingers.

Page 47: Structured Cabling Standards

Cabling Rules• Keep cables away from devices which can

introduce noise into them. Here's a short list: copy machines, electric heaters, speakers, printers, TV sets, fluorescent lights, copiers, welding machines, microwave ovens, telephones, fans, elevators, motors, electric ovens, dryers, washing machines, and shop equipment.

• Avoid stretching UTP cables (tension when pulling cables should not exceed 25 LBS).

• Do not run UTP cable outside of a building.  It presents a very dangerous lightning hazard!

• Do not use a stapler to secure UTP cables.  Use telephone wire/RJ6 coaxial wire hangers which are available at most hardware stores.

Page 48: Structured Cabling Standards

Cabling Rules• Do not run UTP cable outside of a building. 

It presents a very dangerous lightning hazard!

• Do not use a stapler to secure UTP cables.  Use telephone wire/RJ6 coaxial wire hangers which are available at most hardware stores.

Page 49: Structured Cabling Standards

Standards• Exist a lot of normativity and best practices for the

correct construction of cables:– ANSI/TIA/EIA-568-B– ANSI/TIA/EIA-569-A– ANSI/TIA/EIA-607– ANSI/TIA/EIA-570-A– ISO/IEC 11801

Page 50: Structured Cabling Standards

Subsystem of a Structured Cabling System

• Horizontal Cabling– Cable from patch panel to work area– Telco outlets– Cable terminations– Cross-connections– One transition point– Maximum length – 100 meters

• 90 meters for cable• 10 meters for 2 patch cables

Page 51: Structured Cabling Standards

Cabling Subsystem cont.

• Entrance Facility– Point in the building

where cable interfaces with the outside world

– May share the space with the equipment room

Page 52: Structured Cabling Standards

Structured Cabling in SOHO

Page 53: Structured Cabling Standards

IBM Cable Types

• Type 1A

• Type 2A

• Type 3

• Type 5

• Type 6

• Type 8

• Type 9

Page 54: Structured Cabling Standards

IBM Data Connector

Page 55: Structured Cabling Standards

SEGMENTACIÓN

Existen dos razones principales para segmentar o dividir una LAN.

1. Aislar el tráfico entre segmentos.2. Obtener más ancho de banda por usuario para crear

dominios de colisiones pequeños.

Si no existiera la segmentación, las grandes redes LAN rápidamente serian invadidas por tráfico y colisiones, y provocaría virtualmente en falta de ancho de banda. Los dispositivos como bridges, switches y ruteadores segmentan la red LAN.

Page 56: Structured Cabling Standards

SEGMENTACIÓN

Page 57: Structured Cabling Standards

SEGMENTACIÓNBridge

• Es usada la segmentación usando bridge para proporcionar mayor ancho de banda.

• El bridge permite sólo la información que tienen destinación fuera del segmento.

• Aprende una segmentación de red para construir tablas de direcciones que contienen las direcciones de cada dispositivo de red dentro del segmento.

Page 58: Structured Cabling Standards

SEGMENTACIÓNBridge

Page 59: Structured Cabling Standards

SEGMENTACIÓNSwitch

• El propósito de la segmentación usando switch es que es fácil reducir los cuellos de botella de red.

• Un switch segmenta una LAN dentro de microsegmentos.

• El switch determina cual es la acción a tomar sobre la información si esta localizada en otro segmento, la información se transfiere o switchea a otra destinación.

Page 60: Structured Cabling Standards

SEGMENTACIÓNSwitch

Page 61: Structured Cabling Standards

SEGMENTACIÓNRouter

• Los ruteadores crean los mayores niveles de segmentación debido a su habilidad de realizar determinaciones exactas de donde enviar la información al usar su tabla de ruteo.

Page 62: Structured Cabling Standards

SEGMENTACIÓNRouter

Page 63: Structured Cabling Standards

Internet Conections• Actually conects to other networks is cruatil in

many home and organizations specially with Internet.

• We need to rent a contract with a Internet Service Provider to connect with remote networks.

Page 64: Structured Cabling Standards

References• Forouzan, B. (2008), Data Comunications and

Networking, 4th. Edition, McGraw-Hill.

• Tanenbaum, A (2004). Computer Networks. 4th Edition. Prentice Hall.

• Kurose, J. and Ross, K. (2007) Computer Networking: A Top Down Approach 4th edition. Addison-Wesley, July 2007.

Page 65: Structured Cabling Standards

Questions?