D413 - Telecomm and Wireless Communications study guide, Study Guides, Projects, Research of Advanced Education

D413 - Telecomm and Wireless Communications study guide

Typology: Study Guides, Projects, Research

2025/2026

Available from 04/11/2026

tizian-mwangi
tizian-mwangi 🇺🇸

4.1

(8)

29K documents

1 / 9

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
1
/
9
D413 - Telecomm and Wireless Communications
study guide
1.
Network:
Interconnected
collection
of
computers
and
communication
devices
2.
Node:
Individual
computer
or
device
connected
to
a
network
3.
Host:
Computer
or
device
connected
to
a
network
that
provides
services
4.
Advantages
of
Networking:
Sharing equipment and data
5.
Disadvantages
of
Networking:
Personnel
and
cost
increase,
vulnerabilities
to
cyberattacks
6.
Local
Area
Network
(LAN):
A network that is usually confined to a single building and
managed by a
single entity. Example: Oflce Building
7.
Metropolitan
Area
Network
(MAN):
Consists of two or more LANs connected with
private or public
communication lined within the same geographic area—for example, a computer
network used by governmental employees of an entire city.
8.
Wide
Area
Network
(WAN):
Consists of a large number of networks and PCs connected with
private and
public communication lines throughout many geographic areas; for example, computers
used by the US government.
9.
Personal
Area
Network
(PAN):
A small network, perhaps consisting of a single
computer and mobile device.
10.
Campus
Area
Network
(CAN):
A network spread across multiple buildings in the
same geographical
location, much like a college campus.
11.
Global
Area
Network
(GAN):
Any
network
that
spans
multiple
countries,
for
example,
pf3
pf4
pf5
pf8
pf9

Partial preview of the text

Download D413 - Telecomm and Wireless Communications study guide and more Study Guides, Projects, Research Advanced Education in PDF only on Docsity!

1 /

D413 - Telecomm and Wireless Communications

study guide

  1. Network: Interconnected collection of computers and communication devices
  2. Node: Individual computer or device connected to a network
  3. Host: Computer or device connected to a network that provides services
  4. Advantages of Networking: Sharing equipment and data
  5. Disadvantages of Networking: Personnel and cost increase, vulnerabilities to cyberattacks
  6. Local Area Network (LAN): A network that is usually confined to a single building and managed by a single entity. Example: Oflce Building
  7. Metropolitan Area Network (MAN): Consists of two or more LANs connected with private or public communication lined within the same geographic area—for example, a computer network used by governmental employees of an entire city.
  8. Wide Area Network (WAN): Consists of a large number of networks and PCs connected with private and public communication lines throughout many geographic areas; for example, computers used by the US government.
  9. Personal Area Network (PAN): A small network, perhaps consisting of a single computer and mobile device.
  10. Campus Area Network (CAN): A network spread across multiple buildings in the same geographical location, much like a college campus.
  11. Global Area Network (GAN): Any network that spans multiple countries, for example,

2 / the Internet.

  1. Star Topology: A topology that involves running cables from each node to connect a single point. The center is usually a device known as a hub.
  2. Ring Topology: Common network topology with devices connected in a circular loop
  3. Bus Topology: Network topology that uses a single cable or conductor to connect all nodes on the network.
  4. Mesh Topology: A network topology where each node is connected to each of the other nodes. The number of cable paths rapidly increases as more nodes are added.
  5. Centralized Administration: Methodology used to administer a client/server network
  6. Decentralized Administration: Methodology used to administer a peer-to-peer network
  7. Cloud Computing: Otters services including SaaS, PaaS, and IaaS
  8. Private Cloud: Type of cloud that is not accessible to the general public
  9. Public Cloud: Type of cloud that is accessible to the general public
  10. Hybrid Cloud: Type of cloud that combines private and public cloud services
  11. Network Operating System (NOS): Provides a communication system between nodes. Examples include Windows Server 2008/2012/2016, Unix, and Linux.
  12. Data Segments: Divided parts of data to be transmitted on a network
  13. Protocol: Set of rules that controls communication between two nodes
  14. MAC Address: Physical address used to identify a node on a network
  15. IP Address: Logical address used to identify a node on a network
  16. Media Converter: Converts one type of electrical signal into another

4 /

  1. Near-End Crosstalk: A measurement of crosstalk at the near end, or send-ing end, of a cable.
  2. Far-End Crosstalk (FEXT): A measurement of reflective loss at the far end, or output end, of a cable.
  3. Alien Crosstalk (AXT): Crosstalk generated from network cables in close proximity to each other
  4. Decibal: An electrical measurement that is used to express the amount of power or energy gained or lost.
  5. Power over Ethernet (PoE): A way of powering devices that consume small amounts of electrical energy, approximately 13 watts at 48 volts, over net-work cable.

5 /

  1. fiber-optic cable: Cable that uses light guided through thin glass/plastic tubes, instead of electrical signals, to transmit data.
  2. Wavelength: The total distance the electromagnetic wave or light wave travels during one full cycle.
  3. Single-mode fiber-optic cable: Has a smaller core diameter than multimode fiber-optic cable and carries light farther and with less attenuation.
  4. Modulation: The mixing of two radio signals, typically a carrier wave with a data signal.
  5. Infrared: Used in line-of-sight transmissions and is not susceptible to radio interference.
  6. Orthogonal Frequency Division Multiplexing (OFDM): Transmission technique used with wireless devices that use the 5-GHz radio band and can achieve a data rate as high as 54 Mbps. It divides the allotted frequency into channels similar to frequency hopping and direct sequencing. Digital.
  7. Dense Wavelength Division Multiplexing (DWDM): An optical multiplexing technology that allows several ditterent streams of data to travel down the same optical fiber simultaneously.
  8. Frequency Division Multiplexing (FDM): Divides the available bandwidth into frequency bands, and each band is used for a ditterent communication channel. Analog or Digital.
  9. Synchronous Time Division Multiplexing: Which multiplexing technique transmits each signal from one input source via a single time slot through the creation of ditterent slots?
  10. Asynchronous Time-Division Multiplexing: Which category of multiplexing randomly allocates time slots to ditterent data signals depending on the rate at which they are being generated from the source?
  11. Needs: Which assessment is the first part of the design process?

7 / frequencies?

  1. Low powered radio waves: Which type of waves are used in Bluetooth transmission?
  2. Electric motors: What is a source of industrial noise?
  3. A cable transmitting signals between 15 and 20 MHz: Which cable realizes noise protection with the use of foil shielding?
  4. 802.3: IEEE standard that describes the characteristics of various Ethernet technologies, such as 10 Mbps, Fast Ethernet, Gigabit Ethernet, and 10 Giga-bit Ethernet.
  5. Analog signal: A signal that has a continuous range of values, much like a wave.
  6. Digital Signal: Signal that has discrete values of on or ott.
  7. Crosstalk: Interference that comes from neighboring conductors inside a wire's insulating jacket
  8. Resistance: The opposition to direct current (DC)
  9. Cat 5/5e Maximum Frequency Rating: 100 MHz
  10. Cat 6 Maximum Frequency Rating: 250 MHz
  11. Cat 6a Maximum Frequency Rating: 500 MHz
  12. Cat 7 Maximum Frequency Rating: 600 MHz
  13. Cat 5/5e Data Rate: 100 Mbps/1000 Mbps (using 4 pairs)
  14. Cat 6 - Data Rate: 1 GBps
  15. Cat 6a - Data Rate: 10 Gbps
  16. Cat 7 - Data Rate: 10 Gbps
  17. Cat 8 - Data Rate: 40 Gbps
  18. Auto-MDIX compliant device: Automatically reassigns the pin functions so that a

8 / crossover cable is not required for communication.

  1. demodulation: The receiver separates the voice wave from the carrier wave.
  2. Wireless Access Point (WAP): Provides a connection between a wireless network and a cable-based network.
  3. 802.1x: A standard for authentication methods for wireless networking.
  4. Service Set Identifier (SSID): The user-supplied network name of a WLAN; it can generally be alphanumeric from 2 to 32 characters.
  5. Parity check: A method of verifying the integrity of transmitted data.
  6. Broadcast storm: When the number of collisions reaches a point that the network is flooded with a continuous number of collisions and rebroadcasts.
  7. Collision Domain: a section of a network where collisions occur
  8. Segmenting: The act of dividing a network into smaller sections to avoid collisions
  9. Interior Gateway Protocol (IGP): The routing protocol the administrator uses to connect networks within an autonomous system.
  10. Exterior Gateway Protocol (EGP): A routing protocol that was designed to exchange routing information between ditterent autonomous systems.
  11. Peak Amplitude: What is the absolute value of a signal's greatest magnitude in proportion to the energy that it is able to carry?
  12. Wavelength Division Multiplexing (WDM): Multiple communications channels are consolidat-ed and then transmitted on lightwaves with ditterent wavelengths. More common in telecommunication systems and computer networks that use laser systems to send light signals over fiber optic cables.
  13. Code-division multiplexing (CDM): Assigns a unique code to each channel, and all channels share the same frequency band simultaneously. Digital.