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What is the MIPS rating of the system, given a clock cycle time of 10ns (1s = 109 ns)?

What is the MIPS rating of the system, given a clock cycle time of 10ns (1s = 109 ns)?

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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What is the MIPS rating of the system, given a clock cycle time of 10ns (1s = 109 ns)?

Note that this is ARM architecture.

**Processor Operating Parameters** This table outlines key operating parameters for a processor based on different types of operations, their frequencies, and the number of cycles required for each operation. | **Operation** | **Frequency** | **Cycles** | |--------------------------------------|---------------|------------| | Arithmetic/logical operations | 55% | 1 | | Register load operations | 15% | 4 | | Register store operations | 10% | 3 | | Unconditional branch instructions | 10% | 2 | | Conditional branch instructions | 10% | 3 | **Explanation:** - **Arithmetic/logical operations** are the most frequent, comprising 55% of operations, and are completed in a single cycle. - **Register load operations** occur 15% of the time and require 4 cycles to complete, implying a substantial impact on performance due to their longer cycle duration. - **Register store operations** make up 10% of operations and require 3 cycles, similar to conditional branch instructions. - Both **unconditional and conditional branch instructions** also account for 10% each. Unconditional branches take 2 cycles, while conditional branches require 3 cycles. These parameters can be used to assess and optimize processor performance, focusing on improving cycle efficiency, especially for more frequent or time-consuming operations.
Transcribed Image Text:**Processor Operating Parameters** This table outlines key operating parameters for a processor based on different types of operations, their frequencies, and the number of cycles required for each operation. | **Operation** | **Frequency** | **Cycles** | |--------------------------------------|---------------|------------| | Arithmetic/logical operations | 55% | 1 | | Register load operations | 15% | 4 | | Register store operations | 10% | 3 | | Unconditional branch instructions | 10% | 2 | | Conditional branch instructions | 10% | 3 | **Explanation:** - **Arithmetic/logical operations** are the most frequent, comprising 55% of operations, and are completed in a single cycle. - **Register load operations** occur 15% of the time and require 4 cycles to complete, implying a substantial impact on performance due to their longer cycle duration. - **Register store operations** make up 10% of operations and require 3 cycles, similar to conditional branch instructions. - Both **unconditional and conditional branch instructions** also account for 10% each. Unconditional branches take 2 cycles, while conditional branches require 3 cycles. These parameters can be used to assess and optimize processor performance, focusing on improving cycle efficiency, especially for more frequent or time-consuming operations.
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