Deck 6: Network Hardware, Switching, and Routing

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exit full mode
Question
To install a NIC, you must first install the ____.

A) software
B) hardware
C) drivers
D) bus
Use Space or
up arrow
down arrow
to flip the card.
Question
A ____ is a repeater with more than one output port.

A) bridge
B) switch
C) hub
D) router
Question
PCIe slots vary depending on the number of ____ they support.

A) lanes
B) labels
C) cards
D) processors
Question
CompactFlash is an example of a peripheral device attached to the computer's ____ bus.

A) internal
B) external
C) onboard
D) remote
Question
In general, a steady or blinking green LED, sometimes labeled ____, indicates that the NIC is functional and has a connection to the network.

A) LNK
B) ACT
C) TX
D) RX
Question
In addition to viewing its LEDs and using a loopback plug to test a NIC's functionality, you can also check a NIC's connectivity with ____.

A) simple commands
B) special clients
C) special switches
D) special software
Question
Buses differ according to their ____.

A) connectors
B) resistance
C) capacity
D) speed
Question
Traditional switches operate at the ____ layer of the OSI model.

A) Physical
B) Data link
C) Network
D) Session
Question
It is best to perform connectivity tests on a computer connected to a live network.
Question
In data networks, the task of directing information efficiently to the correct destination is handled by connectivity devices, primarily switches and routers.
Question
Repeaters operate in the ____ layer of the OSI model.

A) Physical
B) Network
C) Transport
D) Session
Question
Cut-through switches can detect corrupt packets.
Question
A ____ can interpret physical addressing information.

A) repeater
B) switch
C) hub
D) bridge
Question
Advances in NIC technology are making this hardware smarter than ever.
Question
At its most primitive, a ____ is a repeater with more than one output port.

A) base
B) hub
C) switch
D) bridge
Question
Each time a computer starts up, the device drivers for all its connected peripherals are loaded into ____.

A) ROM
B) EEPROM
C) RAM
D) CMOS
Question
Bridges are protocol independent.
Question
NICs contain a(n) ____, which transmits and receives data signals.

A) keyboard port
B) mouse port
C) data transceiver
D) antenna
Question
A hardware component that can be changed without disrupting operations is known as ____.

A) fast-synching
B) hot-synching
C) hot-swappable
D) fast-swappable
Question
By far, the most popular expansion board NIC today is one that uses a(n) ____ bus.

A) onboard
B) PCIe
C) ExpressCard
D) ISA
Question
A ____ is a multiport connectivity device that directs data between nodes on a network.

A) switch
B) bridge
C) router
D) gateway
Question
Describe how a computer's bus can be expanded to include devices other than those found on the motherboard.
Question
A router that directs data between nodes on an autonomous LAN (or one owned and operated by a single organization) is known as a(n) ____________________ router.
Question
A computer's ____________________ is the circuit, or signaling pathway, used by the motherboard to transmit data to the computer's components, including its memory, processor, hard disk, and NIC.
Question
Describe how a bridge translates between two segment types.
Question
A(n) ____________________ is software that enables an attached device to communicate with the computer's operating system.
Question
Switches that operate anywhere between Layer 4 and Layer 7 are also known as ____ switches.

A) peripheral
B) STP
C) content
D) multiport
Question
To eliminate the possibility of a broadcast storm, switches and bridges implement the ____.

A) RIP (Routing Information Protocol)
B) STP (Spanning Tree Protocol)
C) BGP (Border Gateway Protocol)
D) OSPF (Open Shortest Path First) protocol
Question
A(n) ____________________ NIC is integrated into the motherboard.
Question
____ routing is a technique in which a network administrator programs a router to use specific paths between nodes.

A) Static
B) Dynamic
C) Best path
D) Link-state
Question
Explain why network engineers value VLANs. Include a discussion on reasons for using VLANs.
Question
When selecting a NIC to install, explain what an administrator should do if a motherboard supports more than one kind of expansion slot.
Question
Describe the Routing Information Protocol.
Question
Explain hybrid routing protocols. Describe an example.
Question
Define wireless NICS. Include a description of disadvantages associated with their use.
Question
On a Linux workstation, a popular utility called ____________________ allows you to view and change NIC settings.
Question
Describe a distance-vector routing protocol suited to WANs.
Question
Switches can create ____ by grouping a number of ports into a broadcast domain.

A) trunks
B) spanning trees
C) gateways
D) VLANs
Question
____ are combinations of networking hardware and software that connect two dissimilar kinds of networks.

A) Routers
B) Switches
C) Gateways
D) Broadcast domains
Question
Describe two popular types of gateways.
Question
Describe the IS-IS routing protocol.
Question
Match between columns
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
repeater
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
buffer
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
bridge
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
store-and-forward mode
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
loopback adapter
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
cut-through mode
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
PCIe
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
switch
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
VLANs
Logically separate networks within networks.
repeater
Logically separate networks within networks.
buffer
Logically separate networks within networks.
bridge
Logically separate networks within networks.
store-and-forward mode
Logically separate networks within networks.
loopback adapter
Logically separate networks within networks.
cut-through mode
Logically separate networks within networks.
PCIe
Logically separate networks within networks.
switch
Logically separate networks within networks.
VLANs
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
repeater
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
buffer
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
bridge
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
store-and-forward mode
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
loopback adapter
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
cut-through mode
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
PCIe
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
switch
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
VLANs
Holds incoming data and accommodates bursts of traffic.
repeater
Holds incoming data and accommodates bursts of traffic.
buffer
Holds incoming data and accommodates bursts of traffic.
bridge
Holds incoming data and accommodates bursts of traffic.
store-and-forward mode
Holds incoming data and accommodates bursts of traffic.
loopback adapter
Holds incoming data and accommodates bursts of traffic.
cut-through mode
Holds incoming data and accommodates bursts of traffic.
PCIe
Holds incoming data and accommodates bursts of traffic.
switch
Holds incoming data and accommodates bursts of traffic.
VLANs
Connectivity device that subdivides a network into smaller logical pieces.
repeater
Connectivity device that subdivides a network into smaller logical pieces.
buffer
Connectivity device that subdivides a network into smaller logical pieces.
bridge
Connectivity device that subdivides a network into smaller logical pieces.
store-and-forward mode
Connectivity device that subdivides a network into smaller logical pieces.
loopback adapter
Connectivity device that subdivides a network into smaller logical pieces.
cut-through mode
Connectivity device that subdivides a network into smaller logical pieces.
PCIe
Connectivity device that subdivides a network into smaller logical pieces.
switch
Connectivity device that subdivides a network into smaller logical pieces.
VLANs
Capable of transferring data at up to 1 Gbps per data path.
repeater
Capable of transferring data at up to 1 Gbps per data path.
buffer
Capable of transferring data at up to 1 Gbps per data path.
bridge
Capable of transferring data at up to 1 Gbps per data path.
store-and-forward mode
Capable of transferring data at up to 1 Gbps per data path.
loopback adapter
Capable of transferring data at up to 1 Gbps per data path.
cut-through mode
Capable of transferring data at up to 1 Gbps per data path.
PCIe
Capable of transferring data at up to 1 Gbps per data path.
switch
Capable of transferring data at up to 1 Gbps per data path.
VLANs
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
repeater
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
buffer
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
bridge
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
store-and-forward mode
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
loopback adapter
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
cut-through mode
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
PCIe
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
switch
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
VLANs
Has no means to interpret the data they retransmit.
repeater
Has no means to interpret the data they retransmit.
buffer
Has no means to interpret the data they retransmit.
bridge
Has no means to interpret the data they retransmit.
store-and-forward mode
Has no means to interpret the data they retransmit.
loopback adapter
Has no means to interpret the data they retransmit.
cut-through mode
Has no means to interpret the data they retransmit.
PCIe
Has no means to interpret the data they retransmit.
switch
Has no means to interpret the data they retransmit.
VLANs
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
repeater
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
buffer
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
bridge
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
store-and-forward mode
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
loopback adapter
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
cut-through mode
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
PCIe
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
switch
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
VLANs
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Deck 6: Network Hardware, Switching, and Routing
1
To install a NIC, you must first install the ____.

A) software
B) hardware
C) drivers
D) bus
B
2
A ____ is a repeater with more than one output port.

A) bridge
B) switch
C) hub
D) router
C
3
PCIe slots vary depending on the number of ____ they support.

A) lanes
B) labels
C) cards
D) processors
A
4
CompactFlash is an example of a peripheral device attached to the computer's ____ bus.

A) internal
B) external
C) onboard
D) remote
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5
In general, a steady or blinking green LED, sometimes labeled ____, indicates that the NIC is functional and has a connection to the network.

A) LNK
B) ACT
C) TX
D) RX
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6
In addition to viewing its LEDs and using a loopback plug to test a NIC's functionality, you can also check a NIC's connectivity with ____.

A) simple commands
B) special clients
C) special switches
D) special software
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7
Buses differ according to their ____.

A) connectors
B) resistance
C) capacity
D) speed
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8
Traditional switches operate at the ____ layer of the OSI model.

A) Physical
B) Data link
C) Network
D) Session
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9
It is best to perform connectivity tests on a computer connected to a live network.
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10
In data networks, the task of directing information efficiently to the correct destination is handled by connectivity devices, primarily switches and routers.
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k this deck
11
Repeaters operate in the ____ layer of the OSI model.

A) Physical
B) Network
C) Transport
D) Session
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12
Cut-through switches can detect corrupt packets.
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13
A ____ can interpret physical addressing information.

A) repeater
B) switch
C) hub
D) bridge
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14
Advances in NIC technology are making this hardware smarter than ever.
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15
At its most primitive, a ____ is a repeater with more than one output port.

A) base
B) hub
C) switch
D) bridge
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k this deck
16
Each time a computer starts up, the device drivers for all its connected peripherals are loaded into ____.

A) ROM
B) EEPROM
C) RAM
D) CMOS
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k this deck
17
Bridges are protocol independent.
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18
NICs contain a(n) ____, which transmits and receives data signals.

A) keyboard port
B) mouse port
C) data transceiver
D) antenna
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Unlock for access to all 42 flashcards in this deck.
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k this deck
19
A hardware component that can be changed without disrupting operations is known as ____.

A) fast-synching
B) hot-synching
C) hot-swappable
D) fast-swappable
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k this deck
20
By far, the most popular expansion board NIC today is one that uses a(n) ____ bus.

A) onboard
B) PCIe
C) ExpressCard
D) ISA
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k this deck
21
A ____ is a multiport connectivity device that directs data between nodes on a network.

A) switch
B) bridge
C) router
D) gateway
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k this deck
22
Describe how a computer's bus can be expanded to include devices other than those found on the motherboard.
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23
A router that directs data between nodes on an autonomous LAN (or one owned and operated by a single organization) is known as a(n) ____________________ router.
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24
A computer's ____________________ is the circuit, or signaling pathway, used by the motherboard to transmit data to the computer's components, including its memory, processor, hard disk, and NIC.
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25
Describe how a bridge translates between two segment types.
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26
A(n) ____________________ is software that enables an attached device to communicate with the computer's operating system.
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27
Switches that operate anywhere between Layer 4 and Layer 7 are also known as ____ switches.

A) peripheral
B) STP
C) content
D) multiport
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28
To eliminate the possibility of a broadcast storm, switches and bridges implement the ____.

A) RIP (Routing Information Protocol)
B) STP (Spanning Tree Protocol)
C) BGP (Border Gateway Protocol)
D) OSPF (Open Shortest Path First) protocol
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29
A(n) ____________________ NIC is integrated into the motherboard.
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30
____ routing is a technique in which a network administrator programs a router to use specific paths between nodes.

A) Static
B) Dynamic
C) Best path
D) Link-state
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31
Explain why network engineers value VLANs. Include a discussion on reasons for using VLANs.
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32
When selecting a NIC to install, explain what an administrator should do if a motherboard supports more than one kind of expansion slot.
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33
Describe the Routing Information Protocol.
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34
Explain hybrid routing protocols. Describe an example.
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35
Define wireless NICS. Include a description of disadvantages associated with their use.
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36
On a Linux workstation, a popular utility called ____________________ allows you to view and change NIC settings.
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37
Describe a distance-vector routing protocol suited to WANs.
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38
Switches can create ____ by grouping a number of ports into a broadcast domain.

A) trunks
B) spanning trees
C) gateways
D) VLANs
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39
____ are combinations of networking hardware and software that connect two dissimilar kinds of networks.

A) Routers
B) Switches
C) Gateways
D) Broadcast domains
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40
Describe two popular types of gateways.
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41
Describe the IS-IS routing protocol.
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42
Match between columns
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
repeater
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
buffer
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
bridge
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
store-and-forward mode
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
loopback adapter
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
cut-through mode
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
PCIe
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
switch
A switch running in this mode reads a frame's header and decides where to forward the data before it receives the entire packet.
VLANs
Logically separate networks within networks.
repeater
Logically separate networks within networks.
buffer
Logically separate networks within networks.
bridge
Logically separate networks within networks.
store-and-forward mode
Logically separate networks within networks.
loopback adapter
Logically separate networks within networks.
cut-through mode
Logically separate networks within networks.
PCIe
Logically separate networks within networks.
switch
Logically separate networks within networks.
VLANs
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
repeater
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
buffer
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
bridge
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
store-and-forward mode
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
loopback adapter
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
cut-through mode
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
PCIe
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
switch
Plugs into a port and crosses over the transmit line to the receive line so that outgoing signals can be redirected into the computer for testing.
VLANs
Holds incoming data and accommodates bursts of traffic.
repeater
Holds incoming data and accommodates bursts of traffic.
buffer
Holds incoming data and accommodates bursts of traffic.
bridge
Holds incoming data and accommodates bursts of traffic.
store-and-forward mode
Holds incoming data and accommodates bursts of traffic.
loopback adapter
Holds incoming data and accommodates bursts of traffic.
cut-through mode
Holds incoming data and accommodates bursts of traffic.
PCIe
Holds incoming data and accommodates bursts of traffic.
switch
Holds incoming data and accommodates bursts of traffic.
VLANs
Connectivity device that subdivides a network into smaller logical pieces.
repeater
Connectivity device that subdivides a network into smaller logical pieces.
buffer
Connectivity device that subdivides a network into smaller logical pieces.
bridge
Connectivity device that subdivides a network into smaller logical pieces.
store-and-forward mode
Connectivity device that subdivides a network into smaller logical pieces.
loopback adapter
Connectivity device that subdivides a network into smaller logical pieces.
cut-through mode
Connectivity device that subdivides a network into smaller logical pieces.
PCIe
Connectivity device that subdivides a network into smaller logical pieces.
switch
Connectivity device that subdivides a network into smaller logical pieces.
VLANs
Capable of transferring data at up to 1 Gbps per data path.
repeater
Capable of transferring data at up to 1 Gbps per data path.
buffer
Capable of transferring data at up to 1 Gbps per data path.
bridge
Capable of transferring data at up to 1 Gbps per data path.
store-and-forward mode
Capable of transferring data at up to 1 Gbps per data path.
loopback adapter
Capable of transferring data at up to 1 Gbps per data path.
cut-through mode
Capable of transferring data at up to 1 Gbps per data path.
PCIe
Capable of transferring data at up to 1 Gbps per data path.
switch
Capable of transferring data at up to 1 Gbps per data path.
VLANs
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
repeater
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
buffer
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
bridge
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
store-and-forward mode
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
loopback adapter
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
cut-through mode
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
PCIe
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
switch
Devices that connect two network segments by analyzing incoming frames and making decisions about where to direct them based on each frame's MAC address.
VLANs
Has no means to interpret the data they retransmit.
repeater
Has no means to interpret the data they retransmit.
buffer
Has no means to interpret the data they retransmit.
bridge
Has no means to interpret the data they retransmit.
store-and-forward mode
Has no means to interpret the data they retransmit.
loopback adapter
Has no means to interpret the data they retransmit.
cut-through mode
Has no means to interpret the data they retransmit.
PCIe
Has no means to interpret the data they retransmit.
switch
Has no means to interpret the data they retransmit.
VLANs
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
repeater
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
buffer
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
bridge
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
store-and-forward mode
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
loopback adapter
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
cut-through mode
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
PCIe
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
switch
A switch running in this mode reads the entire data frame into its memory and checks it for accuracy before transmitting the information.
VLANs
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Unlock for access to all 42 flashcards in this deck.