Deck 2: Network Devices

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Question
Bridges operate at the Network layer of the OSI model.
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Question
Devices that "see" the traffic of other devices are said to be on the same ____ as those devices.

A) ring
B) block
C) level
D) collision domain
Question
A ____ filters traffic between network segments by examining the destination MAC address.

A) hub
B) repeater
C) router
D) bridge
Question
____ have the most negative effect on network performance.

A) Routers
B) Bridges
C) Switches
D) Gateways
Question
A(n) ____ functions as both a bridge for nonroutable protocols and a router for routable protocols.

A) switch
B) hub
C) amplifier
D) brouter
Question
Switches filter based on ____ addresses.

A) logical
B) IP
C) MAC
D) TCP/IP
Question
Repeaters and hubs reformat data structures, so they can connect networks that require different types of frames.
Question
Like bridges, switches operate at the Network layer of the OSI model.
Question
____ increase network performance by reducing the number of frames transmitted to the rest of the network.

A) Switches
B) Gateways
C) Hubs
D) Amplifiers
Question
The IEEE standards for WLANs use unlicensed, but not unregulated, radio frequencies.
Question
If a single access point is available in infrastructure mode, then the mode is said to be a(n) ____.

A) Virtual Service Set (VSS)
B) Extended Service Set (ESS)
C) Basic Service Set (BSS)
D) Logical Service Set (LSS)
Question
Routers operate at the ____ layer of the OSI model.

A) Network
B) Transport
C) Data Link
D) Physical
Question
When TCP/IP is used on an internetwork, the logical address is known as a(n) ____ address.

A) MAC
B) IP
C) physical
D) domain
Question
A(n) ____ is usually a combination of hardware and software. Its purpose is to translate between different protocol suites.

A) amplifier
B) gateway
C) hub
D) router
Question
____ is a network access method (or media access method) originated by the University of Hawaii.

A) FDDI
B) AppleTalk
C) Ethernet
D) Token Ring
Question
On analog networks, devices that boost the signal are called ____.

A) routers
B) amplifiers
C) hubs
D) repeaters
Question
____ provide filtering and network traffic control on LANs and WANs. These devices can connect multiple segments and multiple networks.

A) Hubs
B) Routers
C) Switches
D) Bridges
Question
The number of nodes on a network and the length of cable used influence the quality of communication on the network.
Question
____ are commonly used to connect networks to the Internet.

A) Bridges
B) Switches
C) Routers
D) Hubs
Question
Typically WLANs involve multiple access points connected to various switches in the network. This type of infrastructure mode is known as a(n) ____.

A) Extended Service Set (ESS)
B) Basic Service Set (BSS)
C) Virtual Service Set (VSS)
D) Logical Service Set (LSS)
Question
Briefly describe Gigabit Ethernet.
Question
When machines must share a wire and compete for available bandwidth with other machines, they experience ____________________.
Question
Ethernet uses ____ to prevent data packets from colliding on the network.

A) CSMA/CD
B) CSMA/CA
C) AppleTalk
D) LPC
Question
What are the advantages of using a bridge?
Question
____________________ provide cell-based areas where wireless clients such as laptops and PDAs can connect to the network by associating with the access point.
Question
____________________ is the breaking down of a single heavily populated network segment into smaller segments, or collision domains, populated by fewer nodes.
Question
What are the advantages of using repeaters and hubs?
Question
What are the disadvantages of using routers on the network?
Question
Describe active and passive hubs.
Question
Briefly describe the components of a wireless network.
Question
In ____ communications, devices can send and receive signals simultaneously.

A) full-duplex
B) mutex
C) half-duplex
D) single-duplex
Question
____________________ usually refers to the physical layout of network cable and devices.
Question
Fast Ethernet is defined under the IEEE ____ standard.

A) 802.3b
B) 802.3f
C) 802.3u
D) 802.3z
Question
Briefly describe transparent bridges.
Question
What are the advantages of using switches?
Question
What are the steps for adding a WLAN to a LAN?
Question
A switch opens a(n) ____________________ between the source and the destination. This prevents communications between just two computers from being broadcast to every computer on the network or segment.
Question
A ____ is the physical area in which a frame collision might occur.

A) signal domain
B) jam area
C) jam domain
D) collision domain
Question
In ____ communications, devices can send and receive signals, but not at the same time.

A) full-duplex
B) half-duplex
C) duplex
D) wire-duplex
Question
____ Ethernet uses the same network access method (CSMA/CD) as common 10BaseT Ethernet, but provides 10 times the data transmission rate.

A) Fast
B) Gigabit
C) 10 Gigabit
D) Terabit
Question
Match between columns
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast domain
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Hub
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Microsegmentation
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast storm
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Internetworks
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Segment
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Service Set Identifier (SSID)
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast frame
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Attenuation
degradation of signal clarity
Broadcast domain
degradation of signal clarity
Hub
degradation of signal clarity
Microsegmentation
degradation of signal clarity
Broadcast storm
degradation of signal clarity
Internetworks
degradation of signal clarity
Segment
degradation of signal clarity
Service Set Identifier (SSID)
degradation of signal clarity
Broadcast frame
degradation of signal clarity
Attenuation
wireless network name
Broadcast domain
wireless network name
Hub
wireless network name
Microsegmentation
wireless network name
Broadcast storm
wireless network name
Internetworks
wireless network name
Segment
wireless network name
Service Set Identifier (SSID)
wireless network name
Broadcast frame
wireless network name
Attenuation
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast domain
a group of network devices that will receive LAN broadcast traffic from each other
Hub
a group of network devices that will receive LAN broadcast traffic from each other
Microsegmentation
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast storm
a group of network devices that will receive LAN broadcast traffic from each other
Internetworks
a group of network devices that will receive LAN broadcast traffic from each other
Segment
a group of network devices that will receive LAN broadcast traffic from each other
Service Set Identifier (SSID)
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast frame
a group of network devices that will receive LAN broadcast traffic from each other
Attenuation
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast domain
preventing communications between just two computers from being broadcast to every computer on the network or segment
Hub
preventing communications between just two computers from being broadcast to every computer on the network or segment
Microsegmentation
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast storm
preventing communications between just two computers from being broadcast to every computer on the network or segment
Internetworks
preventing communications between just two computers from being broadcast to every computer on the network or segment
Segment
preventing communications between just two computers from being broadcast to every computer on the network or segment
Service Set Identifier (SSID)
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast frame
preventing communications between just two computers from being broadcast to every computer on the network or segment
Attenuation
a frame destined for all computers on the network
Broadcast domain
a frame destined for all computers on the network
Hub
a frame destined for all computers on the network
Microsegmentation
a frame destined for all computers on the network
Broadcast storm
a frame destined for all computers on the network
Internetworks
a frame destined for all computers on the network
Segment
a frame destined for all computers on the network
Service Set Identifier (SSID)
a frame destined for all computers on the network
Broadcast frame
a frame destined for all computers on the network
Attenuation
networks connected by multiple routers
Broadcast domain
networks connected by multiple routers
Hub
networks connected by multiple routers
Microsegmentation
networks connected by multiple routers
Broadcast storm
networks connected by multiple routers
Internetworks
networks connected by multiple routers
Segment
networks connected by multiple routers
Service Set Identifier (SSID)
networks connected by multiple routers
Broadcast frame
networks connected by multiple routers
Attenuation
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast domain
when two or more stations engage in the transmission of excessive broadcast traffic
Hub
when two or more stations engage in the transmission of excessive broadcast traffic
Microsegmentation
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast storm
when two or more stations engage in the transmission of excessive broadcast traffic
Internetworks
when two or more stations engage in the transmission of excessive broadcast traffic
Segment
when two or more stations engage in the transmission of excessive broadcast traffic
Service Set Identifier (SSID)
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast frame
when two or more stations engage in the transmission of excessive broadcast traffic
Attenuation
a part of a network that is divided logically or physically from the rest of the network
Broadcast domain
a part of a network that is divided logically or physically from the rest of the network
Hub
a part of a network that is divided logically or physically from the rest of the network
Microsegmentation
a part of a network that is divided logically or physically from the rest of the network
Broadcast storm
a part of a network that is divided logically or physically from the rest of the network
Internetworks
a part of a network that is divided logically or physically from the rest of the network
Segment
a part of a network that is divided logically or physically from the rest of the network
Service Set Identifier (SSID)
a part of a network that is divided logically or physically from the rest of the network
Broadcast frame
a part of a network that is divided logically or physically from the rest of the network
Attenuation
Question
What are the benefits of using full-duplex?
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Deck 2: Network Devices
1
Bridges operate at the Network layer of the OSI model.
False
2
Devices that "see" the traffic of other devices are said to be on the same ____ as those devices.

A) ring
B) block
C) level
D) collision domain
D
3
A ____ filters traffic between network segments by examining the destination MAC address.

A) hub
B) repeater
C) router
D) bridge
D
4
____ have the most negative effect on network performance.

A) Routers
B) Bridges
C) Switches
D) Gateways
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5
A(n) ____ functions as both a bridge for nonroutable protocols and a router for routable protocols.

A) switch
B) hub
C) amplifier
D) brouter
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6
Switches filter based on ____ addresses.

A) logical
B) IP
C) MAC
D) TCP/IP
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7
Repeaters and hubs reformat data structures, so they can connect networks that require different types of frames.
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8
Like bridges, switches operate at the Network layer of the OSI model.
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9
____ increase network performance by reducing the number of frames transmitted to the rest of the network.

A) Switches
B) Gateways
C) Hubs
D) Amplifiers
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10
The IEEE standards for WLANs use unlicensed, but not unregulated, radio frequencies.
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11
If a single access point is available in infrastructure mode, then the mode is said to be a(n) ____.

A) Virtual Service Set (VSS)
B) Extended Service Set (ESS)
C) Basic Service Set (BSS)
D) Logical Service Set (LSS)
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12
Routers operate at the ____ layer of the OSI model.

A) Network
B) Transport
C) Data Link
D) Physical
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13
When TCP/IP is used on an internetwork, the logical address is known as a(n) ____ address.

A) MAC
B) IP
C) physical
D) domain
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14
A(n) ____ is usually a combination of hardware and software. Its purpose is to translate between different protocol suites.

A) amplifier
B) gateway
C) hub
D) router
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15
____ is a network access method (or media access method) originated by the University of Hawaii.

A) FDDI
B) AppleTalk
C) Ethernet
D) Token Ring
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k this deck
16
On analog networks, devices that boost the signal are called ____.

A) routers
B) amplifiers
C) hubs
D) repeaters
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17
____ provide filtering and network traffic control on LANs and WANs. These devices can connect multiple segments and multiple networks.

A) Hubs
B) Routers
C) Switches
D) Bridges
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k this deck
18
The number of nodes on a network and the length of cable used influence the quality of communication on the network.
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19
____ are commonly used to connect networks to the Internet.

A) Bridges
B) Switches
C) Routers
D) Hubs
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k this deck
20
Typically WLANs involve multiple access points connected to various switches in the network. This type of infrastructure mode is known as a(n) ____.

A) Extended Service Set (ESS)
B) Basic Service Set (BSS)
C) Virtual Service Set (VSS)
D) Logical Service Set (LSS)
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21
Briefly describe Gigabit Ethernet.
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22
When machines must share a wire and compete for available bandwidth with other machines, they experience ____________________.
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23
Ethernet uses ____ to prevent data packets from colliding on the network.

A) CSMA/CD
B) CSMA/CA
C) AppleTalk
D) LPC
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24
What are the advantages of using a bridge?
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25
____________________ provide cell-based areas where wireless clients such as laptops and PDAs can connect to the network by associating with the access point.
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26
____________________ is the breaking down of a single heavily populated network segment into smaller segments, or collision domains, populated by fewer nodes.
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27
What are the advantages of using repeaters and hubs?
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28
What are the disadvantages of using routers on the network?
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29
Describe active and passive hubs.
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30
Briefly describe the components of a wireless network.
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31
In ____ communications, devices can send and receive signals simultaneously.

A) full-duplex
B) mutex
C) half-duplex
D) single-duplex
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k this deck
32
____________________ usually refers to the physical layout of network cable and devices.
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33
Fast Ethernet is defined under the IEEE ____ standard.

A) 802.3b
B) 802.3f
C) 802.3u
D) 802.3z
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34
Briefly describe transparent bridges.
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35
What are the advantages of using switches?
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36
What are the steps for adding a WLAN to a LAN?
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37
A switch opens a(n) ____________________ between the source and the destination. This prevents communications between just two computers from being broadcast to every computer on the network or segment.
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38
A ____ is the physical area in which a frame collision might occur.

A) signal domain
B) jam area
C) jam domain
D) collision domain
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k this deck
39
In ____ communications, devices can send and receive signals, but not at the same time.

A) full-duplex
B) half-duplex
C) duplex
D) wire-duplex
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k this deck
40
____ Ethernet uses the same network access method (CSMA/CD) as common 10BaseT Ethernet, but provides 10 times the data transmission rate.

A) Fast
B) Gigabit
C) 10 Gigabit
D) Terabit
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Unlock for access to all 42 flashcards in this deck.
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k this deck
41
Match between columns
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast domain
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Hub
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Microsegmentation
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast storm
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Internetworks
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Segment
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Service Set Identifier (SSID)
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Broadcast frame
a generic connection device used to tie several networking cables together to create a link between different stations on a network
Attenuation
degradation of signal clarity
Broadcast domain
degradation of signal clarity
Hub
degradation of signal clarity
Microsegmentation
degradation of signal clarity
Broadcast storm
degradation of signal clarity
Internetworks
degradation of signal clarity
Segment
degradation of signal clarity
Service Set Identifier (SSID)
degradation of signal clarity
Broadcast frame
degradation of signal clarity
Attenuation
wireless network name
Broadcast domain
wireless network name
Hub
wireless network name
Microsegmentation
wireless network name
Broadcast storm
wireless network name
Internetworks
wireless network name
Segment
wireless network name
Service Set Identifier (SSID)
wireless network name
Broadcast frame
wireless network name
Attenuation
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast domain
a group of network devices that will receive LAN broadcast traffic from each other
Hub
a group of network devices that will receive LAN broadcast traffic from each other
Microsegmentation
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast storm
a group of network devices that will receive LAN broadcast traffic from each other
Internetworks
a group of network devices that will receive LAN broadcast traffic from each other
Segment
a group of network devices that will receive LAN broadcast traffic from each other
Service Set Identifier (SSID)
a group of network devices that will receive LAN broadcast traffic from each other
Broadcast frame
a group of network devices that will receive LAN broadcast traffic from each other
Attenuation
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast domain
preventing communications between just two computers from being broadcast to every computer on the network or segment
Hub
preventing communications between just two computers from being broadcast to every computer on the network or segment
Microsegmentation
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast storm
preventing communications between just two computers from being broadcast to every computer on the network or segment
Internetworks
preventing communications between just two computers from being broadcast to every computer on the network or segment
Segment
preventing communications between just two computers from being broadcast to every computer on the network or segment
Service Set Identifier (SSID)
preventing communications between just two computers from being broadcast to every computer on the network or segment
Broadcast frame
preventing communications between just two computers from being broadcast to every computer on the network or segment
Attenuation
a frame destined for all computers on the network
Broadcast domain
a frame destined for all computers on the network
Hub
a frame destined for all computers on the network
Microsegmentation
a frame destined for all computers on the network
Broadcast storm
a frame destined for all computers on the network
Internetworks
a frame destined for all computers on the network
Segment
a frame destined for all computers on the network
Service Set Identifier (SSID)
a frame destined for all computers on the network
Broadcast frame
a frame destined for all computers on the network
Attenuation
networks connected by multiple routers
Broadcast domain
networks connected by multiple routers
Hub
networks connected by multiple routers
Microsegmentation
networks connected by multiple routers
Broadcast storm
networks connected by multiple routers
Internetworks
networks connected by multiple routers
Segment
networks connected by multiple routers
Service Set Identifier (SSID)
networks connected by multiple routers
Broadcast frame
networks connected by multiple routers
Attenuation
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast domain
when two or more stations engage in the transmission of excessive broadcast traffic
Hub
when two or more stations engage in the transmission of excessive broadcast traffic
Microsegmentation
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast storm
when two or more stations engage in the transmission of excessive broadcast traffic
Internetworks
when two or more stations engage in the transmission of excessive broadcast traffic
Segment
when two or more stations engage in the transmission of excessive broadcast traffic
Service Set Identifier (SSID)
when two or more stations engage in the transmission of excessive broadcast traffic
Broadcast frame
when two or more stations engage in the transmission of excessive broadcast traffic
Attenuation
a part of a network that is divided logically or physically from the rest of the network
Broadcast domain
a part of a network that is divided logically or physically from the rest of the network
Hub
a part of a network that is divided logically or physically from the rest of the network
Microsegmentation
a part of a network that is divided logically or physically from the rest of the network
Broadcast storm
a part of a network that is divided logically or physically from the rest of the network
Internetworks
a part of a network that is divided logically or physically from the rest of the network
Segment
a part of a network that is divided logically or physically from the rest of the network
Service Set Identifier (SSID)
a part of a network that is divided logically or physically from the rest of the network
Broadcast frame
a part of a network that is divided logically or physically from the rest of the network
Attenuation
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42
What are the benefits of using full-duplex?
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