Cabling The Tie that Binds.

Slides:



Advertisements
Similar presentations
Network Hardware and Physical Media
Advertisements

IST 126 Transmission Media. Characteristics of Transmission Media Cost Ease of installation Bandwidth capacity – the amount of data that can be sent in.
Making connections with Cat5 Way cool!
Introduction to Network
Physical Media PHYSICAL MEDIA.
Transmission Media Wired Wireless Coaxial Twisted Pair (UTP / STP)
Network Devices Sritrusta Sukaridhoto. Network Devices.
Prepared by:Mohammed Ayesh
CS335 Networking & Network Administration Thursday April 1.
Network+ Guide to Networks, Fourth Edition Chapter 3 Transmission Basics and Networking Media.
1 LANs are Subnet Standards Only Physical and Data Link Layer standards Implemented by the NICs:NICs Application Transport Internet LAN Subnet (NIC) Application.
TDC 461 Basic Communications Systems Local Area Networks 29 May, 2001.
Classes of transmission media
1 Physical Media. 2 physical link: what lies between transmitter & receiver guided media: –signals propagate in solid media: copper, coax, fiber unguided.
Additional questions about Conducted and Wireless Media School of Business Eastern Illinois University.
Lesson 4 – UNDERSTANDING NETWORK CABLING. Network topologies Network cabling Installing and maintaining Network cabling Selecting and installing a SOHO.
Network Cabling. Introduction Cable is the medium through which information usually moves from one network device to another. There are several types.
Transmission Media Used in Campus Networks
Router. Switch Repeater Cable is the medium through which information usually moves from one network device to another. It used to connect one network.
Media Chapter 2. Two types of Cables Baseband Broadband.
Physical media Coaxial Twisted pair Fiber optic 1.
Network Cabling and Wireless Network
 Local Area Network (LAN) Local Area Network (LAN)  Wide Area Network (WAN) (The Internet) Wide Area Network (WAN)
PC Maintenance: Preparing for A+ Certification Chapter 7: Cables.
Chapter 20 Networks. 4 Questions that need to be answered concerning networks? –How will each computer be identified? –What kind of wire should you run.
Mr C Johnston ICT Teacher BTEC IT Unit 05 - Lesson 06 Network Cables and Connectors.
Lesson 9 Networking Core Hardware Fundamentals Objectives Explain network communications concepts, including full- and half-duplex, network cabling,
Network Devices.
Physical Transmission
The Saigon CTT Semester 1 CHAPTER 5 Le Chi Trung.
Comparing Network Cables Computer Networking. Comparing Network Cables The Internet uses three main types of cable to transfer data between computers.
Chapter Three The Highways and Byways of the Network.
ETHERNET. Network Architecture Covers issue like how data will flow between the computers on the network. Involves with: Logical design Physical design.
© Cisco Systems, Inc. All rights reserved. Cisco Public ITE PC v4.1 Chapter5 1 Computer Networks.
 Cables  Network Interface Card (NIC)  Repeaters  Hubs  Switches  Routers  Gateways  Bridges.
Day 5 Wires. Why wire? Conducts Electricity and directs it to a location. Cheap! Easy to run.
TRANSMISSION MEDIA.  Factors that directly influences the choice of correct media type;  Transmission rate  Distance covered  Cost & ease of installation.
Transmission Media. Characteristics to consider for Media Selection Throughput Cost Installation Maintenance Obsolescence vs bleeding edge Support Life.
Telecommunications and Networking
LECTURE#6 - CABLES Asma AlOsaimi. Copper Coaxial Cable - Thick or Thin Unshielded Twisted Pair - CAT 3,4,5,5e&6 Optical Fiber Multimode Singlemode Wireless.
UTP5 cables JongMyoung Kim. Wired transmission media Twisted-Pair cable Coaxial Cable Optical Fiber.
1. Network technology 2 Network Card (UTP) 3 UTP cable Unshielded twisted pair (UTP) 4 Shielded twisted pair (STP)
BTEC NAT - UNIT 5 - NETWORKING UNIT 27 - NETWORKING CABLING & CONNECTORS.
NETWORK. To connect a computer with a network we need NETWORK ADAPTER.
Copyright © 2006 Heathkit Company, Inc. All Rights Reserved Introduction to Networking Technologies The Ethernet 10BaseT LAN.
LECTURE#6 - CABLES Asma AlOsaimi. Copper Coaxial Cable - Thick or Thin Unshielded Twisted Pair - CAT 3,4,5,5e&6 Optical Fiber Multimode Singlemode Wireless.
Network Media and Connections. Twisted Pair (UTP)
Understand Network Media Types Part 2 LESSON 2.3_B Networking Fundamentals.
Fatima Alibrahim Intro. to Telecommunication MISY3312
Chapter 7 Transmission Media.
Lecture #01 Transmission Media
Contents Computer Network Benefits of Computer Network
Additional questions about Conducted and Wireless Media
Lecture #01 Transmission Media
Network Media Types COMPUTER NETWORKS 4TH Edition Chapter3
Networking TRANSMISSION MEDIA.
7. Transmission Media.
Conducted and Wireless Media (Part I)
Lecture #01 Transmission Media
Telecommunication ELEC503
Networking Fundamentals
LECTURE #01 TRANSMISSION MEDIA
Lecture #01 Transmission Media
Каблови са металним проводницима
LAN Cabling CCNA Instructor Training Course October 12-17, 2009
LESSON NO:11 Network Cabling Making connections with Cat5 Way cool! SMI-Lecturar Samreen Javed.
NETWORK COMPONENTS PHYSICAL MEDIA
Physical Media PHYSICAL MEDIA.
SYSTEM ADMINISTRATION Chapter 3
Introduction to Networked Computing
Presentation transcript:

Cabling The Tie that Binds

Intro Types Cable Specs Connectivity

Types Unshielded Twisted Pair (UTP) Cable Shielded Twisted Pair (STP) Cable Coaxial Cable Fiber Optic Cable Wireless LANs

Unshielded Twisted Pair Four pairs of wires Twisting helps to eliminate interference More twists less interference More twists = higher cost Six categories 1 1 Mbps Voice Only (Telephone Wire) 2 4 Mbps LocalTalk & Telephone (Rarely used) 3 16 Mbps 10BaseT Ethernet 4 20 Mbps Token Ring (Rarely used) 5 100 Mbps (2 pair) 100BaseT Ethernet 1000 Mbps (4 pair) Gigabit Ethernet 5e 1,000 Mbps 6 10,000 Mbps

Shielded Twisted Pair Individual pairs and complete wire shielded Reduces interference Extends distance allowed between connections Both UTP and STP use RJ-45 connectors

Cabling Order A Side WG, G, WO, B, WB, O, WBr, Br (Straight Thru) WG, G, WO, B, WB, O, WBr, Br (Cross-over) WO, O, WG, B, WB, G, WBr, Br B Side WO, O, WG, B, WB, G, WBr, Br (Straight Thru) WO, O, WG, B, WB, G, WBr, Br (Cross-over) WG, G, WO, B, WB, O, WBr, Br

Coaxial Cable BNC connections Thicknet or 10Base5 TV Cable Longer runs Two types Thinnet or 10Base2 Longest run is 200 meters Thicknet or 10Base5 Longest run is 500 meters Extra thick coating BNC connections

Fiber Optic Center glass surrounded by protective material 10BaseF Single-mode Longer runs Multi-mode Larger or the two types

Cable Specs Specification Cable Type Speed 10BaseT Unshielded Twisted Pair Cat3 (3) UTP/100M/10Mb/S 10Base2 Thin Coaxial Coax/185M/10Mb/S 10Base5 Thick Coaxial Coax/500M/10Mb/S 100BaseT Cat3(4) UTP/100M/100Mb/S 100BaseFX Fiber Optic Fiber/300M/100Mb/S 1000BaseT Cat5 UTP/100M/1000Mb/S 10000BaseFX Fiber/300M/10000Mb/S 10000BaseSX Single-Mode Fiber 2 Fibers/25Miles/10000Mb/S

Wireless Line-of-Sight Scattered broadcast Speeds and coverage Standard Max Speed Typical Range 802.11a 54 Mbps 150 feet 802.11b 11 Mbps 300 feet 802.11g 802.11n 100 Mbps 300+ feet

Wireless (cont.) Advantages Disadvantages Mobility Fast Setup Cost Expandability Disadvantages Security Interference Inconsistent Speed