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Difference between Hardware Description Language and Software Language

  • Difficulty Level : Easy
  • Last Updated : 17 Sep, 2021

1. Hardware description language : 
It describes hardware in textual form. It describes hardware behavior and their structure. It is description of circuits that can be created at different levels of description according to language syntax and semantics or at level of abstraction from basic logic gates. It is stimulation of designs before fabrication. It’s syntax and semantics include explicit notations for expressing concurrency. 

It is having two standard hardware description language : 

  • Verilog (C-like concise syntax) 
  • VHDL (ADA-like verbose syntax) 
     

2. Software language : 
It is a programming language that allow a software designer to executable software applications that will operate on a suitable processor. It writes a set of instructions to allow CPU to perform a specific tasks. It helps to develop various applications. 

The target processor will be one of three types : microprocessor(mP), microcontroller(mC), or digital signal processor(DSP). It is not only programming language, it includes query languages, transformation languages, software interfaces, database schemata, domain-specific languages, markup languages. 

Difference between Hardware Description Language and Software Language : 
 

Hardware Description language 
 
Software language 
 
HDL defines the structure and behavior of 

electronic circuits and mostly, digital logic circuits. 
 

Software language write a set of instructions to allow a 

CPU to perform a particular task. 
 

It defines the behavior of digital circuits.2It helps to develop variety of applications.
It is more complex to work with.It is not as complex to work with.
This design is based on creation and use of textural 
based description of circuits. 
 

This is used to create executable software applications that will

operate on suitable processor. 
 

It is language which is having syntactic and semantic 
support for supporting the temporal behavior and spatial 
structure of hardware. 
 
It is language which can translate machine instructions and execute 
them on a computer. 
 
Examples : Verilog and VHDL.Examples: java, c, c++ etc.
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