The pipeline type that deals with both register and memory operands and destinations is commonly known as a **Superscalar Pipeline**.

### Explanation:
1. **Superscalar Architecture**: This type of pipeline allows multiple instructions to be processed simultaneously. It can fetch, decode, and execute more than one instruction per clock cycle by utilizing multiple execution units.

2. **Operands Management**: In a superscalar pipeline, both register and memory operands can be handled, allowing for more versatile operations, such as simultaneous read and write from different registers and memory locations.

3. **Out-of-Order Execution**: Superscalar pipelines also typically support out-of-order execution, which means that the instructions can be executed as resources are available rather than strictly in the order they appear in the code, further improving efficiency.

In summary, the superscalar pipeline efficiently manages both register and memory operands and enhances overall instruction throughput.

Question

The pipeline type that deals with both register and memory operands and destinations is commonly known as a **Superscalar Pipeline**.

### Explanation:
1. **Superscalar Architecture**: This type of pipeline allows multiple instructions to be processed simultaneously. It can fetch, decode, and execute more than one instruction per clock cycle by utilizing multiple execution units.

2. **Operands Management**: In a superscalar pipeline, both register and memory operands can be handled, allowing for more versatile operations, such as simultaneous read and write from different registers and memory locations.

3. **Out-of-Order Execution**: Superscalar pipelines also typically support out-of-order execution, which means that the instructions can be executed as resources are available rather than strictly in the order they appear in the code, further improving efficiency.

In summary, the superscalar pipeline efficiently manages both register and memory operands and enhances overall instruction throughput.

Knowee AI · Accepted Answer

The pipeline type that deals with both register and memory operands and destinations is commonly known as a **Superscalar Pipeline**.

### Explanation:
1. **Superscalar Architecture**: This type of pipeline allows multiple instructions to be processed simultaneously. It can fetch, decode, and execute more than one instruction per clock cycle by utilizing multiple execution units.

2. **Operands Management**: In a superscalar pipeline, both register and memory operands can be handled, allowing for more versatile operations, such as simultaneous read and write from different registers and memory locations.

3. **Out-of-Order Execution**: Superscalar pipelines also typically support out-of-order execution, which means that the instructions can be executed as resources are available rather than strictly in the order they appear in the code, further improving efficiency.

In summary, the superscalar pipeline efficiently manages both register and memory operands and enhances overall instruction throughput.

Which of the following pipeline type deals with both register, memory operands & destinations?

Question

Which of the following pipeline type deals with both register, memory operands & destinations?

Solution

Explanation:

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