'Unshielded twisted pair' presentation slideshows

CCNA1 Module 3

CCNA1 Module 3. Topics. Objectives. Discuss the electrical properties of matter. Define voltage, resistance, impedance, current, and circuits. Describe the specifications and performances of different types of cable.

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Physical Layer Issues - Transmission Media and Network Cabling

Physical Layer Issues - Transmission Media and Network Cabling. Hitesh lad. What is Cable? Transmission Media. Transmission medium is the physical path between the transmitter and receiver.

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CCNA 1 v3.0 Module 3 Networking Media

CCNA 1 v3.0 Module 3 Networking Media. Purpose of This PowerPoint. This PowerPoint primarily consists of the Target Indicators (TIs) of this module in CCNA version 3.0. It was created to give instructors a PowerPoint to take and modify as their own. This PowerPoint is:

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Chapter 4: Network Access

Chapter 4: Network Access. Introduction to Networks. Chapter 4 : Objectives. Students will be able to: Explain how physical layer protocols and services support communications across data networks. Build a simple network using the appropriate.

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Networking Technologies Topologies

Networking Technologies Topologies. Lesson 3 ( LO 1.2) Lecturer: Daniel K. Tom-Joe. Topology: Scope of Networks. Local Area Network. Wide Area Network. Segment. Terminator. Terminator. Bus Topology. Hub. Star Topology. Ring Topology. Mesh Topology. Star-Bus. Bus. Star-Ring.

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Transmission Media

Transmission Media. Engr. M Jamil Khan. Outline. Twisted Pair: Introduction to Telephone Wire Unshielded Twisted Pair (UTP) Shielded Twisted Pair (STP) Coaxial Cable Microwave Radio Satellite Radio Infrared Fiber Optics. Twisted Pair. Two Copper conductors.

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What is Cable? Transmission Media

What is Cable? Transmission Media. Transmission medium is the physical path between the transmitter and receiver. It is the Transmission medium through which information usually moves from one network device to another.

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OSI Physical Layer

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LAN ETHERNET(TRADITIONAL, FAST, GIGABIT, TOKEN BUS, TOKEN RING)

LAN ETHERNET(TRADITIONAL, FAST, GIGABIT, TOKEN BUS, TOKEN RING). PRESENTING BY: ABHIJEET PRADHAN K.VINOD KUMAR SITANSU DALEI ANUP PATNAIK. CONTENTS. LAN ETHERNET TRADITIONAL ETHERNET ETHERNET FRAME FORMAT PREAMBLE FORMAT AND FUNTION FRAME LENGTH ADDRESSING PHYSICAL LAYER

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2.4 Physical Media

2.4 Physical Media. Network topologies Copper cable twisted pair cable cat-5 cable coaxial cable Fiber optic cable Radio links Satellite communication GSM and UMTS Wireless LAN (802.11, 802.16) Bluetooth. Network Topologies. Star. Bus. Ring. Tree. Full mesh. Partial mesh.

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Objectives

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Straight-Through Cable Construction

Straight-Through Cable Construction. Lab 4. Data Transmission. In data transmission system, the transmission medium is the physical path between transmitter and receiver. The transmission medium that are used to convey information can be classified as : Guided Unguided.

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Layer 1: Physical Layer Network Media

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BASIC TELECOMMUNICATIONS

BASIC TELECOMMUNICATIONS . PATCH CORDS. Telecom Cabling. Even with the advent and deployment of wireless technology, with its inherent problems of size, speed, and security Most people still feel more comfortable with hard-wired systems . Telecom Cabling. voice-telephone

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Transmission Media

Transmission Media. Characteristics to consider for Media Selection. Throughput Cost Installation Maintenance Obsolescence vs bleeding edge Support Life expectancy Size and scalability Environmental considerations. Media to consider. Twisted pair Unshielded Shielded Fiber optic

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Chapter 32

Chapter 32. Serway & Jewett 6 th Ed. 9/22/04. B. E. I = 0. I = I o. R. I. t. What happens when we close the switch?. 1- e -1 = 0.632. Fig 32-4, p.1008. Fig 32-5, p.1008. 9/27/04. Fig 32-3, p.1007. Fig P32-12, p.1025. Fig. 3. Coaxial cable . Coaxial Cable

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Analog Video Transmission over Unshielded Twisted Pair (UTP)

Analog Video Transmission over Unshielded Twisted Pair (UTP). March 2011. R. R. G. G. B. B. Complete Solution for Video over UTP . AD8003 Video Amp. AD8123 Equalizer. AD8143/45 Receiver. AD8120 Delay Line. ADV322x X-point. AD8146/47/48 Driver. Long Distance (0m-300m)

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Net 222: Communications and networks fundamentals ( Practical Part)

Net 222: Communications and networks fundamentals ( Practical Part). Tutorial 3 : Chapter 4 Data & computer communications. Chapter 4 page 135 ( Data & computer communications). Review questions: 4.1 4.3 4.4 Problems: 4.7. Question.

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Application

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