Deck 3: The Central Processing Unit CPU

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Question
You have heard that the Linux distribution your are going to install to run a new application runs best on a RISC architecture. Which of the following CPU families should you consider for the computer on which you will install this Linux distribution?

A)Motorola 68040
B)Intel Xeon
C)SPARC
D)Pentium
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Question
If you are designing a CPU on which you want to memory that can be accessed at the internal clock speed of the CPU, which type of memory are you concerned with?

A)L4 RAM
B)L4 cache
C)L1 cache
D)L1 RAM
Question
A bus is the chip that performs the actual computational and logic work.
Question
You are building a new PC for yourself. You want your computer to have a quad-core processor made by AMD. Which processor family should you choose?

A)K6-III
B)Duron
C)Phenom II
D)Athlon X2
Question
The address bus almost always runs faster than the external clock speed of the CPU.
Question
A RISC CPU performs more complex instructions and use a uniform number of clock cycles for each instruction.
Question
CPUs that run faster generally require more energy and generate more heat.
Question
Which feature of RISC CPUs allows the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions?

A)caching
B)CPU scheduling
C)coprocessing
D)pipelining
Question
If your address bus is 16-bits wide, approximately how much memory can your computer address?

A)64K bytes
B)1024K bytes
C)4G bits
D)64K bits
Question
The Intel Itanium processor is a CISC-based processor that uses a 128-bit architecture.
Question
You have found an old dusty computer in your basement that you can identify as an original IBM PC. You ask your friend if he knows what CPU was used in these computers. Which of the following represents a correct response to your question?

A)8088
B)Pentium
C)80286
D)Itanium
Question
You are troubleshooting a computer that is in the design phase. The problem you see is that the CPU is not receiving information about the status of resources and devices connected to the computer. The CPU is also not receiving IRQs. What component of the computer do you suspect could be the problem?

A)CPU cache
B)data bus
C)control bus
D)address bus
Question
Which CPU vendor developed a processor called Athlon?

A)HP
B)AMD
C)Motorola
D)Intel
Question
Approximately how much data could a CPU with an external clock speed of 2 GHz and a 32-bit data bus transfer per second?

A)4 Gigabits
B)8 Gigabits
C)4 Gigabytes
D)8 Gigabytes
Question
Which part of the CPU is the "director of operations?"

A)CU
B)ALU
C)register
D)system bus
Question
Which hardware component predicts what data will be needed and makes that data available to the CPU's internal memory?

A)cache controller
B)data bus
C)address bus
D)RAM controller
Question
A CPU that has two or more sections that read and execute instructions is referred to as which of the following?

A)multiprocessor CPU
B)single-CPU system
C)multicore processor
D)multibus processor
Question
Which of the following is true about RISC CPU hardware?

A)it is less complicated and can perform pipelining more effectively
B)it is more complicated and must run at slower clock speeds
C)instructions take a widely varying number of clock cycles
D)all current CPUs are based on it
Question
You are creating specifications for a new high-end workstation. Which CPU should you choose if you want at least six CPU cores?

A)Itanium
B)Intel Core i7
C)Athlon II
D)Atom
Question
Which of the following is best described as a technology that enables a single processor to appear as two processors to the OS and allows multiple threads to run simultaneously?

A)EPIC
B)hyper-threading
C)RISC
D)super-threading
Question
Which CPU, developed originally by DEC, had 64-bit data and address buses, and was the first chip to reach 1 GHz?

A)SPARC
B)Alpha
C)PowerPC
D)Athlon
Question
Describe the SPARC architecture.
Question
In which part of a computer does CPU scheduling occur?

A)control bus
B)operating system
C)microcode
D)interrupts
Question
You want your server to be able to access up to 32 GB of RAM. What should you be looking for?

A)32-bit data bus
B)128-bit system bus
C)64-bit address bus
D)48-bit control bus
Question
If two parts of the same process can be executed simultaneously by the CPU, what feature is being used?

A)multithreading
B)multiprocessing
C)multitasking
D)multischeduling
Question
Describe the difference between a RISC and CISC CPU.
Question
What is the purpose of a register in a CPU? Describe three types of registers.
Question
Which AMD processor line has 8 cores and runs up to 4.7 GHz?

A)Duron
B)Phenom II
C)Opteron 6000
D)FX-8320
Question
What is microarchitecture?
Question
While troubleshooting a computer hardware problem, you find that the processor is not being informed when a device has data ready to be read or written. What is the likely problem?

A)ALU
B)hyper-threading
C)IRQs
D)CPU core
Question
What does the control bus do?
Question
What is the purpose of assembly?
Question
Describe what is meant by a computer's system architecture.
Question
Which type of cache is found as part of more advanced CPUs, is shared among the CPU cores and typically comes in sizes of 8 and 16 MB?

A)Level 4
B)Level 2
C)Level 1
D)Level 3
Question
Which type of CPU was designed jointly by Motorola, Apple, and IBM?

A)SPARC
B)Alpha
C)PowerPC
D)Athlon
Question
What is the purpose of a compiler?
Question
What is a name given to the process of a CPU switching between applications very quickly?

A)time slicing
B)multithreading
C)pipelining
D)floating point operations
Question
What is the difference between L1 cache and L2 cache?
Question
List the three types of bus that you will find in every computer design.
Question
If you are concerned about how many bytes per second you computer can transfer from main memory to the CPU, what part of the computer are you concerned with?

A)data bus
B)Level I cache
C)registers
D)address width
Question
Match between columns
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
address bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
external clock speed
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
data bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
CISC
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
core
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
internal clock speed
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
control bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
instruction set
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
RISC
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
pipelining
Question
Match between columns
computer architecture that dedicates processor hardware components to certain functions
address bus
computer architecture that dedicates processor hardware components to certain functions
external clock speed
computer architecture that dedicates processor hardware components to certain functions
data bus
computer architecture that dedicates processor hardware components to certain functions
CISC
computer architecture that dedicates processor hardware components to certain functions
core
computer architecture that dedicates processor hardware components to certain functions
internal clock speed
computer architecture that dedicates processor hardware components to certain functions
control bus
computer architecture that dedicates processor hardware components to certain functions
instruction set
computer architecture that dedicates processor hardware components to certain functions
RISC
computer architecture that dedicates processor hardware components to certain functions
pipelining
Question
Match between columns
the group of commands the processor recognizes
address bus
the group of commands the processor recognizes
external clock speed
the group of commands the processor recognizes
data bus
the group of commands the processor recognizes
CISC
the group of commands the processor recognizes
core
the group of commands the processor recognizes
internal clock speed
the group of commands the processor recognizes
control bus
the group of commands the processor recognizes
instruction set
the group of commands the processor recognizes
RISC
the group of commands the processor recognizes
pipelining
Question
Match between columns
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
address bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
external clock speed
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
data bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
CISC
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
core
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
internal clock speed
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
control bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
instruction set
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
RISC
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
pipelining
Question
Match between columns
the speed at which the CPU executes internal commands
address bus
the speed at which the CPU executes internal commands
external clock speed
the speed at which the CPU executes internal commands
data bus
the speed at which the CPU executes internal commands
CISC
the speed at which the CPU executes internal commands
core
the speed at which the CPU executes internal commands
internal clock speed
the speed at which the CPU executes internal commands
control bus
the speed at which the CPU executes internal commands
instruction set
the speed at which the CPU executes internal commands
RISC
the speed at which the CPU executes internal commands
pipelining
Question
Match between columns
the part of a processor used to read and execute instructions
address bus
the part of a processor used to read and execute instructions
external clock speed
the part of a processor used to read and execute instructions
data bus
the part of a processor used to read and execute instructions
CISC
the part of a processor used to read and execute instructions
core
the part of a processor used to read and execute instructions
internal clock speed
the part of a processor used to read and execute instructions
control bus
the part of a processor used to read and execute instructions
instruction set
the part of a processor used to read and execute instructions
RISC
the part of a processor used to read and execute instructions
pipelining
Question
Match between columns
computer architecture in which processor components are reconfigured to conduct different operations as required
address bus
computer architecture in which processor components are reconfigured to conduct different operations as required
external clock speed
computer architecture in which processor components are reconfigured to conduct different operations as required
data bus
computer architecture in which processor components are reconfigured to conduct different operations as required
CISC
computer architecture in which processor components are reconfigured to conduct different operations as required
core
computer architecture in which processor components are reconfigured to conduct different operations as required
internal clock speed
computer architecture in which processor components are reconfigured to conduct different operations as required
control bus
computer architecture in which processor components are reconfigured to conduct different operations as required
instruction set
computer architecture in which processor components are reconfigured to conduct different operations as required
RISC
computer architecture in which processor components are reconfigured to conduct different operations as required
pipelining
Question
Match between columns
an internal communications pathway that carries data between the CPU and memory locations
address bus
an internal communications pathway that carries data between the CPU and memory locations
external clock speed
an internal communications pathway that carries data between the CPU and memory locations
data bus
an internal communications pathway that carries data between the CPU and memory locations
CISC
an internal communications pathway that carries data between the CPU and memory locations
core
an internal communications pathway that carries data between the CPU and memory locations
internal clock speed
an internal communications pathway that carries data between the CPU and memory locations
control bus
an internal communications pathway that carries data between the CPU and memory locations
instruction set
an internal communications pathway that carries data between the CPU and memory locations
RISC
an internal communications pathway that carries data between the CPU and memory locations
pipelining
Question
Match between columns
the speed at which the processor communicates with the memory and other devices in the computer
address bus
the speed at which the processor communicates with the memory and other devices in the computer
external clock speed
the speed at which the processor communicates with the memory and other devices in the computer
data bus
the speed at which the processor communicates with the memory and other devices in the computer
CISC
the speed at which the processor communicates with the memory and other devices in the computer
core
the speed at which the processor communicates with the memory and other devices in the computer
internal clock speed
the speed at which the processor communicates with the memory and other devices in the computer
control bus
the speed at which the processor communicates with the memory and other devices in the computer
instruction set
the speed at which the processor communicates with the memory and other devices in the computer
RISC
the speed at which the processor communicates with the memory and other devices in the computer
pipelining
Question
Match between columns
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
address bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
external clock speed
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
data bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
CISC
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
core
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
internal clock speed
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
control bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
instruction set
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
RISC
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
pipelining
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Deck 3: The Central Processing Unit CPU
1
You have heard that the Linux distribution your are going to install to run a new application runs best on a RISC architecture. Which of the following CPU families should you consider for the computer on which you will install this Linux distribution?

A)Motorola 68040
B)Intel Xeon
C)SPARC
D)Pentium
C
2
If you are designing a CPU on which you want to memory that can be accessed at the internal clock speed of the CPU, which type of memory are you concerned with?

A)L4 RAM
B)L4 cache
C)L1 cache
D)L1 RAM
C
3
A bus is the chip that performs the actual computational and logic work.
False
4
You are building a new PC for yourself. You want your computer to have a quad-core processor made by AMD. Which processor family should you choose?

A)K6-III
B)Duron
C)Phenom II
D)Athlon X2
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5
The address bus almost always runs faster than the external clock speed of the CPU.
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6
A RISC CPU performs more complex instructions and use a uniform number of clock cycles for each instruction.
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7
CPUs that run faster generally require more energy and generate more heat.
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8
Which feature of RISC CPUs allows the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions?

A)caching
B)CPU scheduling
C)coprocessing
D)pipelining
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9
If your address bus is 16-bits wide, approximately how much memory can your computer address?

A)64K bytes
B)1024K bytes
C)4G bits
D)64K bits
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10
The Intel Itanium processor is a CISC-based processor that uses a 128-bit architecture.
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11
You have found an old dusty computer in your basement that you can identify as an original IBM PC. You ask your friend if he knows what CPU was used in these computers. Which of the following represents a correct response to your question?

A)8088
B)Pentium
C)80286
D)Itanium
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k this deck
12
You are troubleshooting a computer that is in the design phase. The problem you see is that the CPU is not receiving information about the status of resources and devices connected to the computer. The CPU is also not receiving IRQs. What component of the computer do you suspect could be the problem?

A)CPU cache
B)data bus
C)control bus
D)address bus
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13
Which CPU vendor developed a processor called Athlon?

A)HP
B)AMD
C)Motorola
D)Intel
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k this deck
14
Approximately how much data could a CPU with an external clock speed of 2 GHz and a 32-bit data bus transfer per second?

A)4 Gigabits
B)8 Gigabits
C)4 Gigabytes
D)8 Gigabytes
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15
Which part of the CPU is the "director of operations?"

A)CU
B)ALU
C)register
D)system bus
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16
Which hardware component predicts what data will be needed and makes that data available to the CPU's internal memory?

A)cache controller
B)data bus
C)address bus
D)RAM controller
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17
A CPU that has two or more sections that read and execute instructions is referred to as which of the following?

A)multiprocessor CPU
B)single-CPU system
C)multicore processor
D)multibus processor
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18
Which of the following is true about RISC CPU hardware?

A)it is less complicated and can perform pipelining more effectively
B)it is more complicated and must run at slower clock speeds
C)instructions take a widely varying number of clock cycles
D)all current CPUs are based on it
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19
You are creating specifications for a new high-end workstation. Which CPU should you choose if you want at least six CPU cores?

A)Itanium
B)Intel Core i7
C)Athlon II
D)Atom
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20
Which of the following is best described as a technology that enables a single processor to appear as two processors to the OS and allows multiple threads to run simultaneously?

A)EPIC
B)hyper-threading
C)RISC
D)super-threading
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k this deck
21
Which CPU, developed originally by DEC, had 64-bit data and address buses, and was the first chip to reach 1 GHz?

A)SPARC
B)Alpha
C)PowerPC
D)Athlon
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22
Describe the SPARC architecture.
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23
In which part of a computer does CPU scheduling occur?

A)control bus
B)operating system
C)microcode
D)interrupts
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24
You want your server to be able to access up to 32 GB of RAM. What should you be looking for?

A)32-bit data bus
B)128-bit system bus
C)64-bit address bus
D)48-bit control bus
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25
If two parts of the same process can be executed simultaneously by the CPU, what feature is being used?

A)multithreading
B)multiprocessing
C)multitasking
D)multischeduling
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26
Describe the difference between a RISC and CISC CPU.
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27
What is the purpose of a register in a CPU? Describe three types of registers.
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28
Which AMD processor line has 8 cores and runs up to 4.7 GHz?

A)Duron
B)Phenom II
C)Opteron 6000
D)FX-8320
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29
What is microarchitecture?
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30
While troubleshooting a computer hardware problem, you find that the processor is not being informed when a device has data ready to be read or written. What is the likely problem?

A)ALU
B)hyper-threading
C)IRQs
D)CPU core
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31
What does the control bus do?
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32
What is the purpose of assembly?
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33
Describe what is meant by a computer's system architecture.
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34
Which type of cache is found as part of more advanced CPUs, is shared among the CPU cores and typically comes in sizes of 8 and 16 MB?

A)Level 4
B)Level 2
C)Level 1
D)Level 3
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35
Which type of CPU was designed jointly by Motorola, Apple, and IBM?

A)SPARC
B)Alpha
C)PowerPC
D)Athlon
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36
What is the purpose of a compiler?
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37
What is a name given to the process of a CPU switching between applications very quickly?

A)time slicing
B)multithreading
C)pipelining
D)floating point operations
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38
What is the difference between L1 cache and L2 cache?
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39
List the three types of bus that you will find in every computer design.
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40
If you are concerned about how many bytes per second you computer can transfer from main memory to the CPU, what part of the computer are you concerned with?

A)data bus
B)Level I cache
C)registers
D)address width
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k this deck
41
Match between columns
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
address bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
external clock speed
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
data bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
CISC
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
core
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
internal clock speed
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
control bus
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
instruction set
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
RISC
a CPU design that permits the processor to operate on one instruction at the same time it is fetching one or more subsequent instructions
pipelining
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42
Match between columns
computer architecture that dedicates processor hardware components to certain functions
address bus
computer architecture that dedicates processor hardware components to certain functions
external clock speed
computer architecture that dedicates processor hardware components to certain functions
data bus
computer architecture that dedicates processor hardware components to certain functions
CISC
computer architecture that dedicates processor hardware components to certain functions
core
computer architecture that dedicates processor hardware components to certain functions
internal clock speed
computer architecture that dedicates processor hardware components to certain functions
control bus
computer architecture that dedicates processor hardware components to certain functions
instruction set
computer architecture that dedicates processor hardware components to certain functions
RISC
computer architecture that dedicates processor hardware components to certain functions
pipelining
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k this deck
43
Match between columns
the group of commands the processor recognizes
address bus
the group of commands the processor recognizes
external clock speed
the group of commands the processor recognizes
data bus
the group of commands the processor recognizes
CISC
the group of commands the processor recognizes
core
the group of commands the processor recognizes
internal clock speed
the group of commands the processor recognizes
control bus
the group of commands the processor recognizes
instruction set
the group of commands the processor recognizes
RISC
the group of commands the processor recognizes
pipelining
Unlock Deck
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k this deck
44
Match between columns
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
address bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
external clock speed
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
data bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
CISC
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
core
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
internal clock speed
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
control bus
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
instruction set
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
RISC
internal communications pathway that keeps the CPU informed of the status of particular computer resources and devices
pipelining
Unlock Deck
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45
Match between columns
the speed at which the CPU executes internal commands
address bus
the speed at which the CPU executes internal commands
external clock speed
the speed at which the CPU executes internal commands
data bus
the speed at which the CPU executes internal commands
CISC
the speed at which the CPU executes internal commands
core
the speed at which the CPU executes internal commands
internal clock speed
the speed at which the CPU executes internal commands
control bus
the speed at which the CPU executes internal commands
instruction set
the speed at which the CPU executes internal commands
RISC
the speed at which the CPU executes internal commands
pipelining
Unlock Deck
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k this deck
46
Match between columns
the part of a processor used to read and execute instructions
address bus
the part of a processor used to read and execute instructions
external clock speed
the part of a processor used to read and execute instructions
data bus
the part of a processor used to read and execute instructions
CISC
the part of a processor used to read and execute instructions
core
the part of a processor used to read and execute instructions
internal clock speed
the part of a processor used to read and execute instructions
control bus
the part of a processor used to read and execute instructions
instruction set
the part of a processor used to read and execute instructions
RISC
the part of a processor used to read and execute instructions
pipelining
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47
Match between columns
computer architecture in which processor components are reconfigured to conduct different operations as required
address bus
computer architecture in which processor components are reconfigured to conduct different operations as required
external clock speed
computer architecture in which processor components are reconfigured to conduct different operations as required
data bus
computer architecture in which processor components are reconfigured to conduct different operations as required
CISC
computer architecture in which processor components are reconfigured to conduct different operations as required
core
computer architecture in which processor components are reconfigured to conduct different operations as required
internal clock speed
computer architecture in which processor components are reconfigured to conduct different operations as required
control bus
computer architecture in which processor components are reconfigured to conduct different operations as required
instruction set
computer architecture in which processor components are reconfigured to conduct different operations as required
RISC
computer architecture in which processor components are reconfigured to conduct different operations as required
pipelining
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48
Match between columns
an internal communications pathway that carries data between the CPU and memory locations
address bus
an internal communications pathway that carries data between the CPU and memory locations
external clock speed
an internal communications pathway that carries data between the CPU and memory locations
data bus
an internal communications pathway that carries data between the CPU and memory locations
CISC
an internal communications pathway that carries data between the CPU and memory locations
core
an internal communications pathway that carries data between the CPU and memory locations
internal clock speed
an internal communications pathway that carries data between the CPU and memory locations
control bus
an internal communications pathway that carries data between the CPU and memory locations
instruction set
an internal communications pathway that carries data between the CPU and memory locations
RISC
an internal communications pathway that carries data between the CPU and memory locations
pipelining
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49
Match between columns
the speed at which the processor communicates with the memory and other devices in the computer
address bus
the speed at which the processor communicates with the memory and other devices in the computer
external clock speed
the speed at which the processor communicates with the memory and other devices in the computer
data bus
the speed at which the processor communicates with the memory and other devices in the computer
CISC
the speed at which the processor communicates with the memory and other devices in the computer
core
the speed at which the processor communicates with the memory and other devices in the computer
internal clock speed
the speed at which the processor communicates with the memory and other devices in the computer
control bus
the speed at which the processor communicates with the memory and other devices in the computer
instruction set
the speed at which the processor communicates with the memory and other devices in the computer
RISC
the speed at which the processor communicates with the memory and other devices in the computer
pipelining
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50
Match between columns
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
address bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
external clock speed
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
data bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
CISC
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
core
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
internal clock speed
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
control bus
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
instruction set
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
RISC
an internal communications pathway inside a computer that specifies the source and target address for memory reads and writes
pipelining
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Unlock for access to all 50 flashcards in this deck.