SITUATIONAL

Created by Zac Spencer Leo

A company experiences downtime when one connection fails but installs backup links and continues working
Fault Tolerance

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TermDefinition
A company experiences downtime when one connection fails but installs backup links and continues working
Fault Tolerance
A network becomes slow when many users join so it is upgraded to handle growth without slowing down
Scalability
During an online class video calls lag while downloads are fine
QoS
A hacker intercepts sensitive data during transmission
Confidentiality
Data is protected from being changed during transmission
Integrity
Employees use personal devices for work network access
BYOD
A company allows limited access to outsiders
Extranet
Computers are connected within a classroom
LAN
Branches across cities are connected
WAN
A user accesses files online instead of local storage
Cloud Computing
A device requests and receives data from another device providing it
Client-Server
Two computers share files directly
Peer-to-Peer
A device chooses the best path for data
Router
A device connects computers in a local network and sends data correctly
Switch
A network uses light to transmit data
Fiber Optic
Devices connect without cables
Wireless
Voice video and data are combined in one system
Converged Network
A diagram shows physical connections and cables
Physical Topology
A diagram shows how data flows
Logical Topology
A technician ensures both cable ends match
T568A or T568B
Data travels through multiple paths instead of one
Packet Switching
Data is sent in small pieces across a network
Packet
A business uses a fast dedicated connection
Leased Line
A user experiences delay before data loads
Latency
A network prioritizes voice over downloads
QoS
A central device organizes cables
Patch Panel
A wall Ethernet outlet is used
Keystone Jack
A network ensures users can access data anytime
Availability
A network admin checks how much data can be sent
Bandwidth
There is a delay before data transmission starts
Latency