Which architecture involves multiple cores within a single chip to handle parallel processing tasks?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Architecture
Answer: A. Multicore Architecture
In which architecture do multiple cores on the same chip work independently but share system resources?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Cluster Architecture
D. Virtualization Architecture
Answer: A. Multicore Architecture
Which of the following describes a CPU with multiple cores that can execute different threads simultaneously?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Hyper-threading Architecture
Answer: A. Multicore Architecture
In a multicore architecture, what is shared among the cores to allow effective communication and data exchange?
A. Cache Memory
B. System Bus
C. Network Interface
D. Storage Drive
Answer: B. System Bus
Which architecture provides better performance for parallel applications by allowing multiple cores to work on different tasks concurrently?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Cloud Computing Architecture
Answer: A. Multicore Architecture
In which architecture are cores designed to handle separate threads or processes at the same time on a single chip?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Architecture
D. Grid Computing Architecture
Answer: A. Multicore Architecture
Which architecture improves multitasking capabilities by incorporating multiple processing units on a single chip?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Hyper-threading Architecture
Answer: A. Multicore Architecture
Which of the following architectures is characterized by each core having access to a common memory space?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Networked Architecture
D. Virtualization Architecture
Answer: A. Multicore Architecture
In multicore architectures, what is the primary benefit of having multiple cores?
A. Enhanced Parallel Processing
B. Increased Storage Capacity
C. Better Network Connectivity
D. Improved Graphics Performance
Answer: A. Enhanced Parallel Processing
Which architecture typically includes multiple cores within a single CPU chip to execute multiple threads simultaneously?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Architecture
D. Cluster Architecture
Answer: A. Multicore Architecture
What is a key feature of multicore processors that enables efficient parallel execution of multiple processes?
A. Simultaneous Multithreading
B. Hyper-threading
C. Shared Cache
D. Multiple Processing Units
Answer: C. Shared Cache
In which architecture do cores on the same chip operate with a shared cache to reduce latency and improve performance?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Architecture
Answer: A. Multicore Architecture
Which of the following describes the use of multiple cores to execute different parts of a single application simultaneously?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Computing
D. Grid Computing
Answer: A. Multicore Architecture
In a multicore system, how do multiple cores typically interact with each other?
A. Through a Shared Memory System
B. Through Independent Buses
C. Through Separate Memory Modules
D. Through Network Interfaces
Answer: A. Through a Shared Memory System
Which architecture is designed to handle multiple tasks at once by having separate cores on the same chip?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Hyper-threading Architecture
Answer: A. Multicore Architecture
What is the primary advantage of a multicore processor over a single-core processor?
A. Improved Multitasking and Parallelism
B. Larger Storage Capacity
C. Better Battery Life
D. Enhanced Graphics Capabilities
Answer: A. Improved Multitasking and Parallelism
Which system architecture uses multiple cores on a single chip to run multiple threads or processes concurrently?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Networked Systems
D. Virtual Machines
Answer: A. Multicore Architecture
In which architecture are the cores on the same chip designed to execute different parts of a program simultaneously?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
Which of the following is a key advantage of multicore architecture in modern CPUs?
A. Increased Processing Power
B. Reduced Network Latency
C. Greater Storage Space
D. Better Security Features
Answer: A. Increased Processing Power
In multicore processors, what is the primary function of each core?
A. To handle separate threads or processes
B. To manage system memory
C. To control network traffic
D. To provide additional storage
Answer: A. To handle separate threads or processes
Which architecture enables efficient parallel processing by having multiple cores share a common system bus?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Systems
D. Cluster Architecture
Answer: A. Multicore Architecture
What is the benefit of having multiple cores in a single processor chip for handling parallel tasks?
A. Enhanced Performance and Efficiency
B. Increased Network Speed
C. Improved Graphics Rendering
D. Higher Storage Capacity
Answer: A. Enhanced Performance and Efficiency
In a multicore architecture, which component typically manages the communication between cores?
A. System Bus
B. Network Interface
C. Storage Controller
D. Graphics Processor
Answer: A. System Bus
Which architecture allows each core to run its own set of threads independently while sharing common resources?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Architecture
D. Hyper-threading Architecture
Answer: A. Multicore Architecture
Which system design improves the performance of multi-threaded applications by utilizing multiple cores?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Virtual Machines
Answer: A. Multicore Architecture
In which architecture do cores on the same chip collaborate to perform complex computations more efficiently?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Systems
D. Grid Computing
Answer: A. Multicore Architecture
Which of the following is a typical characteristic of a multicore processor?
A. Multiple Processing Units on a Single Chip
B. Single Processing Unit with Multiple Threads
C. Distributed Processing Across Separate Systems
D. Virtualization of Multiple Operating Systems
Answer: A. Multiple Processing Units on a Single Chip
What is one of the main challenges of programming for multicore architectures?
A. Ensuring Proper Synchronization Between Cores
B. Increasing Storage Capacity
C. Reducing Network Latency
D. Enhancing Graphics Performance
Answer: A. Ensuring Proper Synchronization Between Cores
Which architecture is designed to maximize throughput by allowing multiple cores to execute different parts of a program in parallel?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Cloud Computing Architecture
Answer: A. Multicore Architecture
In a multicore system, what is the benefit of having cores that share the same memory?
A. Reduced Latency and Increased Performance
B. Increased Network Bandwidth
C. Improved Graphics Quality
D. Enhanced Security Features
Answer: A. Reduced Latency and Increased Performance
Which system design allows for the execution of multiple tasks simultaneously by leveraging multiple cores?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
In multicore processors, what facilitates the coordination and communication between cores?
A. Shared Cache and System Bus
B. Independent Memory Modules
C. Network Interfaces
D. Storage Controllers
Answer: A. Shared Cache and System Bus
Which architecture is commonly used in modern CPUs to achieve higher performance and efficiency by having multiple cores?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
Which of the following describes the ability of a multicore processor to handle multiple threads or processes concurrently?
A. Parallel Processing Capability
B. Increased Storage Capability
C. Enhanced Graphics Processing
D. Better Network Throughput
Answer: A. Parallel Processing Capability
In a multicore architecture, what is the advantage of having multiple cores within a single processor unit?
A. Improved Processing Speed and Efficiency
B. Larger Disk Storage Capacity
C. Increased Network Speed
D. Enhanced Audio Quality
Answer: A. Improved Processing Speed and Efficiency
Which architecture enables processors to handle multiple tasks by sharing a common memory and system bus?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Distributed Systems
D. Cluster Computing
Answer: A. Multicore Architecture
What is a common challenge associated with programming multicore systems?
A. Managing Concurrent Access to Shared Resources
B. Increasing Disk Storage Space
C. Enhancing Network Performance
D. Improving Single-threaded Execution Speed
Answer: A. Managing Concurrent Access to Shared Resources
In multicore processors, what allows cores to execute multiple threads or processes simultaneously?
A. Parallel Processing Capabilities
B. Increased Memory Bandwidth
C. Improved Disk I/O
D. Enhanced Graphics Capabilities
Answer: A. Parallel Processing Capabilities
Which system design approach improves overall system performance by utilizing multiple cores within a single processor?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
In a multicore system, how does sharing a common cache among cores affect performance?
A. Reduces Latency and Increases Efficiency
B. Increases Network Speed
C. Enhances Graphics Rendering
D. Expands Storage Capacity
Answer: A. Reduces Latency and Increases Efficiency
Which architecture is typically utilized to improve parallelism and multitasking capabilities in modern CPUs?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Cloud Computing
Answer: A. Multicore Architecture
In multicore systems, what is the role of the system bus?
A. Facilitates Communication Between Cores
B. Manages Network Traffic
C. Controls Storage Access
D. Enhances Graphics Performance
Answer: A. Facilitates Communication Between Cores
Which architecture allows for concurrent execution of multiple processes by leveraging multiple cores?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
What is the primary benefit of integrating multiple cores on a single chip?
A. Enhanced Parallel Processing
B. Increased Storage Capacity
C. Improved Network Bandwidth
D. Better Graphics Rendering
Answer: A. Enhanced Parallel Processing
In multicore architectures, what is typically shared among cores to facilitate efficient processing?
A. System Memory and Cache
B. Network Interfaces
C. Storage Devices
D. Graphics Cards
Answer: A. System Memory and Cache
Which system architecture is designed to achieve higher performance by running multiple threads or processes on separate cores?
A. Multicore Architecture
B. Multiprocessor Architecture
C. Single-core Architecture
D. Distributed Systems
Answer: A. Multicore Architecture
In a multicore processor, what allows for efficient execution of tasks that can be divided into parallel threads?
A. Core Parallelism
B. Increased Disk Storage
C. Enhanced Network Connectivity
D. Improved Graphics Processing
Answer: A. Core Parallelism
Read More Computer Architecture MCQs
- SET 1: Computer Architecture MCQs
- SET 2: Computer Architecture MCQs
- SET 3: Computer Architecture MCQs
- SET 4: Computer Architecture MCQs
- SET 5: Computer Architecture MCQs
- SET 6: Computer Architecture MCQs
- SET 7: Computer Architecture MCQs
- SET 8: Computer Architecture MCQs
- SET 9: Computer Architecture MCQs
- Introduction to Computer Architecture MCQs
- Basic Components of a Computer System MCQs
- CPU Organization MCQs
- Instruction Set Architecture (ISA) MCQs
- Microarchitecture MCQs
- Memory Hierarchy MCQs
- Cache Memory MCQs
- Input/Output Organization MCQs
- Bus Architecture MCQs
- Performance Metrics MCQs
- Parallelism in Computer Architecture MCQs
- Multicore and Multiprocessor Systems MCQs
- Control Unit Design MCQs
- Pipeline Hazards MCQs
- Branch Prediction and Speculation MCQs
- Arithmetic and Logic Operations MCQs
- Memory Management MCQs
- Power and Energy Efficiency MCQs
- Advanced Topics MCQs
- Emerging Trends