Deck 4: Network Interface Cards

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Question
A(n)____ allows the computer and adapters to exchange data in chunks equal to the number of lines extending between them.

A)computer bus
B)NIC
C)adapter slot
D)USB
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to flip the card.
Question
FireWire is also known as IEEE ____.

A)802
B)1394
C)Cardbus
D)ExpressCard
Question
One of the most important jobs a NIC performs is to take outgoing transmissions from the CPU in serial form and recast them into their parallel equivalents.
Question
The type of data transmission that occurs in a computer bus is called ____ transmission.

A)serial
B)parallel
C)analog
D)digital
Question
ExpressCard uses PCI Express technology to provide data transfer rates up to 500 MBps, with future versions reaching 4 GBps.
Question
The PCMCIA bus size is ____ bits.

A)8
B)16
C)32
D)64
Question
Bus mastering means a NIC includes additional memory to provide temporary storage for incoming and outgoing data that arrives at the NIC faster than it can be shipped out.
Question
When purchasing a NIC, it is preferable to buy one that uses a PCI or ISA bus at 32 or 64 bits.
Question
On-board co-processors included on some NICs permit the card to process incoming and outgoing network data without requiring service from the CPU.
Question
It is not possible to change the burned-in MAC address of your network card.
Question
When purchasing a NIC, you should remember that shared memory outpaces I/O or DMA.
Question
The type of data transmission that occurs in any form of networking media is called ____ transmission.

A)serial
B)parallel
C)analog
D)digital
Question
ISA is a type of ____.

A)PCMCIA standard
B)adapter slot
C)computer bus
D)network adapter
Question
In a NIC, ____ are the fundamental unit of data for network transmission and reception.

A)bits
B)segments
C)packets
D)frames
Question
____ cards are credit-card-size expansion cards used primarily to add functionality to laptop computers.

A)USB
B)FireWire
C)NIC
D)PCMCIA
Question
Some NICs can operate in what's called "____ mode"-essentially, this mode turns off the gatekeeper functions and enables the NIC to forward any frames it sees to the computer.

A)promiscuous
B)forwarding
C)sniffing
D)analyzing
Question
NICs can have a major influence on network performance.
Question
The ISA bus originally appeared in the first PCs in a(n)____-bit form.

A)8
B)16
C)32
D)64
Question
USB comes in ____ versions.

A)two
B)three
C)four
D)five
Question
MAC addresses take the form of ____ two-digit hexadecimal numbers separated by colons.

A)four
B)five
C)six
D)seven
Question
The name assigned to a WLAN is called the ____.

A)MAC
B)SSID
C)ODI
D)WEP
Question
Apple Computer and Novell defined the ____ standard to allow a NIC to use multiple protocols and to simplify driver development for NIC manufacturers.

A)PnP
B)NDIS
C)WDM
D)ODI
Question
Large vendors have a searchable database of problems and their solutions in a(n)____________________, where you can enter a keyword or an error code to search for information.
Question
PnP attempts to define a set of configuration protocols so that a computer can communicate with its peripherals during the ____ sequence and negotiate a working configuration without requiring user intervention.

A)boot up
B)POST
C)IEEE 1394
D)load
Question
Most computers start themselves (in a process called ____)by reading information from a disk.

A)boot up
B)POST
C)Boot PROM
D)PXE
Question
The main benefit of the ____ device driver standard is that it allows NICs to use multiple protocols simultaneously.

A)ISA
B)NDIS
C)WDM
D)ODI
Question
____ means a NIC's on-board processor selects a region of RAM on the computer and writes to it as though it were buffer space on the adapter.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
Question
With respect to wireless LANs, WEP stands for _________________________.
Question
Diskless workstations are also called "____________________".
Question
The ____ standard defines a complete NIC driver interface for PCs that run 32-bit Windows operating systems.

A)PnP
B)NDIS
C)WDM
D)ODI
Question
With respect to wireless LANs, WPA stands for _________________________.
Question
Wireless NICs can operate at speeds faster than 100 Mbps by using the ____ technology.

A)IEEE 802.11a
B)IEEE 802.11g
C)IEEE 802.11i
D)IEEE 802.11n
Question
NIC stands for ____________________.
Question
PnP stands for ____________________.
Question
With respect to data transfer speeds of wireless NICs, the most common choices today are 11 Mbps or ____ Mbps.

A)22
B)50
C)54
D)100
Question
One of the most important components on a network adapter is memory, which acts as a(n)____________________, a staging area to hold data.
Question
____ means the adapter's buffers map directly into RAM on the computer.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
Question
When purchasing a NIC for a server, you should choose ____-bit PCI-X or PCIe when possible.

A)8
B)16
C)32
D)64
Question
MAC (as in MAC address)stands for ____________________.
Question
____ permits a network adapter to take control of the computer's bus to initiate and manage data transfers to and from the computer's memory, independent of the CPU.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
Question
What are the characteristics of PCI Express?
Question
Match between columns
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
computer bus
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
bus width
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
adapter slot
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
PCI
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
MAC address
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
Cardbus
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
FireWire
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
DMA
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
device driver
number of parallel lines in a computer bus
computer bus
number of parallel lines in a computer bus
bus width
number of parallel lines in a computer bus
adapter slot
number of parallel lines in a computer bus
PCI
number of parallel lines in a computer bus
MAC address
number of parallel lines in a computer bus
Cardbus
number of parallel lines in a computer bus
FireWire
number of parallel lines in a computer bus
DMA
number of parallel lines in a computer bus
device driver
a high-speed serial bus
computer bus
a high-speed serial bus
bus width
a high-speed serial bus
adapter slot
a high-speed serial bus
PCI
a high-speed serial bus
MAC address
a high-speed serial bus
Cardbus
a high-speed serial bus
FireWire
a high-speed serial bus
DMA
a high-speed serial bus
device driver
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
computer bus
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
bus width
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
adapter slot
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
PCI
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
MAC address
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
Cardbus
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
FireWire
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
DMA
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
device driver
a NIC's unique identifier
computer bus
a NIC's unique identifier
bus width
a NIC's unique identifier
adapter slot
a NIC's unique identifier
PCI
a NIC's unique identifier
MAC address
a NIC's unique identifier
Cardbus
a NIC's unique identifier
FireWire
a NIC's unique identifier
DMA
a NIC's unique identifier
device driver
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
computer bus
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
bus width
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
adapter slot
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
PCI
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
MAC address
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
Cardbus
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
FireWire
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
DMA
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
device driver
type of computer bus
computer bus
type of computer bus
bus width
type of computer bus
adapter slot
type of computer bus
PCI
type of computer bus
MAC address
type of computer bus
Cardbus
type of computer bus
FireWire
type of computer bus
DMA
type of computer bus
device driver
PCMCIA standard
computer bus
PCMCIA standard
bus width
PCMCIA standard
adapter slot
PCMCIA standard
PCI
PCMCIA standard
MAC address
PCMCIA standard
Cardbus
PCMCIA standard
FireWire
PCMCIA standard
DMA
PCMCIA standard
device driver
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
computer bus
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
bus width
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
adapter slot
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
PCI
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
MAC address
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
Cardbus
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
FireWire
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
DMA
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
device driver
Question
With respect to NIC hardware-enhancement options, what is automatic link aggregation ?
Question
Provide a summary of the characteristics of the Universal Serial Bus (USB).
Question
When purchasing a NIC, when should you choose high-performance NIC hardware enhancement options?
Question
What choices can you make when selecting a wireless adapter?
Question
What is FireWire? Summarize its characteristics.
Question
Use an analogy to explain the difference between parallel and serial transmission.
Question
What are the main tasks performed by a NIC?
Question
Describe the role of integrated NICs.
Question
What are the characteristics of PCI-X?
Question
What are the PC settings typically involved in NIC configuration?
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Deck 4: Network Interface Cards
1
A(n)____ allows the computer and adapters to exchange data in chunks equal to the number of lines extending between them.

A)computer bus
B)NIC
C)adapter slot
D)USB
A
2
FireWire is also known as IEEE ____.

A)802
B)1394
C)Cardbus
D)ExpressCard
B
3
One of the most important jobs a NIC performs is to take outgoing transmissions from the CPU in serial form and recast them into their parallel equivalents.
False
4
The type of data transmission that occurs in a computer bus is called ____ transmission.

A)serial
B)parallel
C)analog
D)digital
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5
ExpressCard uses PCI Express technology to provide data transfer rates up to 500 MBps, with future versions reaching 4 GBps.
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6
The PCMCIA bus size is ____ bits.

A)8
B)16
C)32
D)64
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7
Bus mastering means a NIC includes additional memory to provide temporary storage for incoming and outgoing data that arrives at the NIC faster than it can be shipped out.
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8
When purchasing a NIC, it is preferable to buy one that uses a PCI or ISA bus at 32 or 64 bits.
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9
On-board co-processors included on some NICs permit the card to process incoming and outgoing network data without requiring service from the CPU.
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10
It is not possible to change the burned-in MAC address of your network card.
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11
When purchasing a NIC, you should remember that shared memory outpaces I/O or DMA.
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12
The type of data transmission that occurs in any form of networking media is called ____ transmission.

A)serial
B)parallel
C)analog
D)digital
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k this deck
13
ISA is a type of ____.

A)PCMCIA standard
B)adapter slot
C)computer bus
D)network adapter
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k this deck
14
In a NIC, ____ are the fundamental unit of data for network transmission and reception.

A)bits
B)segments
C)packets
D)frames
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15
____ cards are credit-card-size expansion cards used primarily to add functionality to laptop computers.

A)USB
B)FireWire
C)NIC
D)PCMCIA
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16
Some NICs can operate in what's called "____ mode"-essentially, this mode turns off the gatekeeper functions and enables the NIC to forward any frames it sees to the computer.

A)promiscuous
B)forwarding
C)sniffing
D)analyzing
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17
NICs can have a major influence on network performance.
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18
The ISA bus originally appeared in the first PCs in a(n)____-bit form.

A)8
B)16
C)32
D)64
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19
USB comes in ____ versions.

A)two
B)three
C)four
D)five
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20
MAC addresses take the form of ____ two-digit hexadecimal numbers separated by colons.

A)four
B)five
C)six
D)seven
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k this deck
21
The name assigned to a WLAN is called the ____.

A)MAC
B)SSID
C)ODI
D)WEP
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22
Apple Computer and Novell defined the ____ standard to allow a NIC to use multiple protocols and to simplify driver development for NIC manufacturers.

A)PnP
B)NDIS
C)WDM
D)ODI
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k this deck
23
Large vendors have a searchable database of problems and their solutions in a(n)____________________, where you can enter a keyword or an error code to search for information.
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Unlock Deck
k this deck
24
PnP attempts to define a set of configuration protocols so that a computer can communicate with its peripherals during the ____ sequence and negotiate a working configuration without requiring user intervention.

A)boot up
B)POST
C)IEEE 1394
D)load
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k this deck
25
Most computers start themselves (in a process called ____)by reading information from a disk.

A)boot up
B)POST
C)Boot PROM
D)PXE
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26
The main benefit of the ____ device driver standard is that it allows NICs to use multiple protocols simultaneously.

A)ISA
B)NDIS
C)WDM
D)ODI
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27
____ means a NIC's on-board processor selects a region of RAM on the computer and writes to it as though it were buffer space on the adapter.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
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28
With respect to wireless LANs, WEP stands for _________________________.
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29
Diskless workstations are also called "____________________".
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30
The ____ standard defines a complete NIC driver interface for PCs that run 32-bit Windows operating systems.

A)PnP
B)NDIS
C)WDM
D)ODI
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k this deck
31
With respect to wireless LANs, WPA stands for _________________________.
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32
Wireless NICs can operate at speeds faster than 100 Mbps by using the ____ technology.

A)IEEE 802.11a
B)IEEE 802.11g
C)IEEE 802.11i
D)IEEE 802.11n
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33
NIC stands for ____________________.
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34
PnP stands for ____________________.
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35
With respect to data transfer speeds of wireless NICs, the most common choices today are 11 Mbps or ____ Mbps.

A)22
B)50
C)54
D)100
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36
One of the most important components on a network adapter is memory, which acts as a(n)____________________, a staging area to hold data.
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37
____ means the adapter's buffers map directly into RAM on the computer.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
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k this deck
38
When purchasing a NIC for a server, you should choose ____-bit PCI-X or PCIe when possible.

A)8
B)16
C)32
D)64
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k this deck
39
MAC (as in MAC address)stands for ____________________.
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40
____ permits a network adapter to take control of the computer's bus to initiate and manage data transfers to and from the computer's memory, independent of the CPU.

A)DMA
B)Shared system memory
C)Shared adapter memory
D)Bus mastering
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k this deck
41
What are the characteristics of PCI Express?
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42
Match between columns
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
computer bus
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
bus width
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
adapter slot
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
PCI
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
MAC address
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
Cardbus
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
FireWire
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
DMA
socket built into PC motherboards, designed to accommodate add-on cards, such as NICs
device driver
number of parallel lines in a computer bus
computer bus
number of parallel lines in a computer bus
bus width
number of parallel lines in a computer bus
adapter slot
number of parallel lines in a computer bus
PCI
number of parallel lines in a computer bus
MAC address
number of parallel lines in a computer bus
Cardbus
number of parallel lines in a computer bus
FireWire
number of parallel lines in a computer bus
DMA
number of parallel lines in a computer bus
device driver
a high-speed serial bus
computer bus
a high-speed serial bus
bus width
a high-speed serial bus
adapter slot
a high-speed serial bus
PCI
a high-speed serial bus
MAC address
a high-speed serial bus
Cardbus
a high-speed serial bus
FireWire
a high-speed serial bus
DMA
a high-speed serial bus
device driver
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
computer bus
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
bus width
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
adapter slot
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
PCI
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
MAC address
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
Cardbus
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
FireWire
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
DMA
series of parallel data lines that link components inside a computer to send data between the CPU and network adapters
device driver
a NIC's unique identifier
computer bus
a NIC's unique identifier
bus width
a NIC's unique identifier
adapter slot
a NIC's unique identifier
PCI
a NIC's unique identifier
MAC address
a NIC's unique identifier
Cardbus
a NIC's unique identifier
FireWire
a NIC's unique identifier
DMA
a NIC's unique identifier
device driver
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
computer bus
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
bus width
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
adapter slot
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
PCI
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
MAC address
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
Cardbus
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
FireWire
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
DMA
small, specialized program that represents a device to an OS and manages communications between the OS and network adapter
device driver
type of computer bus
computer bus
type of computer bus
bus width
type of computer bus
adapter slot
type of computer bus
PCI
type of computer bus
MAC address
type of computer bus
Cardbus
type of computer bus
FireWire
type of computer bus
DMA
type of computer bus
device driver
PCMCIA standard
computer bus
PCMCIA standard
bus width
PCMCIA standard
adapter slot
PCMCIA standard
PCI
PCMCIA standard
MAC address
PCMCIA standard
Cardbus
PCMCIA standard
FireWire
PCMCIA standard
DMA
PCMCIA standard
device driver
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
computer bus
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
bus width
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
adapter slot
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
PCI
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
MAC address
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
Cardbus
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
FireWire
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
DMA
allows an adapter to transfer data directly from its on-board buffers into the computer's memory, without requiring the CPU to coordinate memory access
device driver
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43
With respect to NIC hardware-enhancement options, what is automatic link aggregation ?
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44
Provide a summary of the characteristics of the Universal Serial Bus (USB).
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45
When purchasing a NIC, when should you choose high-performance NIC hardware enhancement options?
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46
What choices can you make when selecting a wireless adapter?
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47
What is FireWire? Summarize its characteristics.
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48
Use an analogy to explain the difference between parallel and serial transmission.
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49
What are the main tasks performed by a NIC?
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50
Describe the role of integrated NICs.
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51
What are the characteristics of PCI-X?
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52
What are the PC settings typically involved in NIC configuration?
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