The production line is versatile with a wide variety of functions and types. If categorized by processing levels, it can be divided into operational component level, command level, and processor level. Additionally, if classified by the number of actions the production line can complete, it can be categorized as single-function or production line techniques.

Versatile production lines; if categorized by the connection methods of functional components within the line, there are linear and non-linear production lines. Additionally, by the type of target they can process, there are scalar and vector production lines.

1. By processing grade

At the component function level: Utilized for more complex calculations

Instruction Level: Divide the execution process of an instruction into multiple stages

Processor Level: Each processor completes its dedicated mission.

2. As of completion of the function

Single-function production line: completes only one type of operation, such as multiplication or floating-point calculation, commonly used in digital signal processors (DSPs). Each processor can perform its own function in parallel, thereby speeding up the overall processing speed of the system.

Versatile Production Line: Capable of completing different production line skills under various conditions

3. Categorized by the method of connection:

Static production line: At the same time, a multifunctional structure can only operate in one mode of functionality.

Dynamic Assembly Line: Multiple functional connections can work simultaneously in the same time frame.

Component-level assembly line: Segments the components within the processor and then interconnects these segments. This allows for the operation to be performed in a sequential manner. Such a line is also known as an operation pipeline.

Processor Pipeline: Also known as the instruction pipeline. It involves processing the execution of instructions in a sequential manner, i.e., breaking down the execution process of a single instruction into several subprocesses, each performed in an independent functional component.

Processing Machine Pipeline: Also known as the macro pipeline. It involves serially connecting multiple processors to process the same data stream, with each processor completing a part of the entire mission. The output of the previous processor is stored in memory, serving as the input for the next processor.