Classifying the word ‘Systemverilog’ as a part of speech, it is a proper noun, referring to a hardware description language used primarily for modeling, verification, and design of complex digital, analog and mixed-signal electronics systems and designs. Synonyms for Systemverilog include Verilog-HDL and System-Verilog. Antonyms for the word Systemverilog would be a word regarding non-hardware description language, such as Java or C++. Cognates for Systemverilog include Verilog and VHDL, as these are both hardware description languages. Variants of the word Systemverilog include System Verilog, SystemVerilog, and System-Verilog.
Etymology, Morphology, Language, Syntax, Verification
Systemverilog is a hardware description language based on the IEEE 1364-2005 standard for digital design verification. It is the combination of the structural Verilog, a traditionally procedural language, and a collection of system-level construction and verification features. It is used for modeling, verification, and synthesis of digital designs, including behavioral, register transfer level, and gate level descriptions. Systemverilog has become increasingly popular for its improved capabilities for modeling and verification compared to Verilog or VHDL as well as its association with the UVM (Universal Verification Methodology). Equivalent words of “Systemverilog” in other languages include Verilog, VHDL, Hardware Description Language (HDL), Digital Design Verification (DDV), Structural Verilog, Procedural Language, System-Level Construction and Verification, Behavioral, Register Transfer Level (RTL), Gate Level Description, UVM (Universal Verification Methodology), Verification and Synthesis, and Digital Designs.
For SEO purposes, words like Verilog, VHDL, HDL, DDV, Structural Verilog, Procedural Language, System-Level Construction and Verification, Behavioral, RTL, Gate Level Description, UVM language, Verification and Synthesis and Digital Designs can be used to
Systemverilog is a type of hardware description language which is widely used in the world of digital design and verification. Its name is constructed from the combination of two words in its source language, namely “system” and “verification”. “System” is a word of Latin origin which is derived from the Greek “σύστημα” meaning “structure” or “organization”, while the origin of “verification” is French, derived from the Latin verb “verificare” meaning “to prove” or “to verify”. The word “Systemverilog” was first used to describe the language in 2005, when it was released as a standardized version of two other programming languages, namely; Verilog and Vera. Morphologically, the word is made up of two parts, featuring a mix of both inflectional and derivational morphology, with the root “system” being derived and the suffix “-verilog” being added to the base term “system”, to form the new lexical item “Systemverilog”. In terms of pragmatics, the term is used to describe a language that is used in the world of digital design and verification to create and test digital systems.
Etymological, Morphological, Historical, Linguistic, Pragmatic
Systemverilog is a powerful and versatile design language that allows designers to express their ideas with a high level of abstraction. It is an extension of the Verilog HDL language, and provides a unified language environment for both hardware and software design, allowing for integration and reuse of components. Systemverilog incorporates a number of features that support chip description, verification, and debugging, including data types and constructs, procedural statements, abstract classes, and program-language functions. It also provides interfaces, modules, libraries, tasks, and functions that enable designers to create and simulate accurate digital designs. Furthermore, designers can use Systemverilog's assertions and functional coverage constructs to detect errors in their designs before they are implemented and create robust and reliable designs. Systemverilog is an essential tool for designers and creatives who need to bring their ideas to life.
Verification, Design, Simulation, Language.
Systemverilog is a powerful design language that offers a unified language environment for designers to express their ideas with a high level of abstraction. It is a versatile tool that can be used for both hardware and software design and allows for integration and reuse of components. Systemverilog is also a powerful verification language, allowing designers to detect errors in their designs before they are implemented. Furthermore, Systemverilog provides a wide range of features such as program blocks, interfaces, classes and dynamic arrays, which make it easier for designers to create and verify their designs. Systemverilog also provides assertions and functional coverage constructs to help designers create robust and reliable designs. By combining the two languages, Verilog and Systemverilog, designers can create complex digital logic designs with a higher level of abstraction, as well as more efficient simulation and verification processes.
Systemverilog, HDL, Verilog, Design, Verification, Simulation, Assertions.
Systemverilog is an essential tool for designers and creatives who need to bring their ideas to life. It offers a unified language environment that allows designers to express their ideas with a high level of abstraction. With Systemverilog, designers can create and integrate tools to analyze and verify designs. The language also offers features such as program blocks, interfaces, classes and dynamic arrays, which provide designers with an efficient way to create and verify their designs. Systemverilog is also a powerful verification language, allowing designers to detect errors in their designs before they are implemented. Furthermore, Systemverilog provides assertions and functional coverage constructs to help designers create robust and reliable designs.
Verilog, HDL, ASIC, FPGA, RTL, Verification.
Systemverilog is a hardware description and verification language used to describe, simulate, and verify digital circuits. It is an extension of the Verilog HDL language, which was created in the 1980s for designing and verifying digital integrated circuits. Systemverilog incorporates the Verilog language, as well as additional features such as object-oriented programming, assertions, and functional coverage. By combining the two languages, designers can create complex digital logic designs with a higher level of abstraction, as well as more efficient simulation and verification processes.
Systemverilog, Verilog, HDL, language, circuit, simulation, verification, assertion, coverage, object-oriented.
Systemverilog is a powerful design language that provides designers with a unified design environment. It is used for sophisticated and complex designs, which require strict verification and validation standards. Systemverilog offers an easy-to-read, high-level synthesis of various design components and enables designers to create and integrate tools that can be used to analyze and verify designs. Artists and creatives can use the language to express their ideas, and it is a useful tool for both hardware and software design, allowing for integration and reuse of components.
Systemverilog, design language, verification, validation, synthesis.
Systemverilog is a specialized hardware description language used by digital designers to create language-based models of integrated circuits. It combines features of hardware description languages such as Verilog and software programming languages such as C and it is widely used to simulate, verify and synthesize emulated microchips. Systemverilog makes it possible to create detailed models of circuits, test them and check for any errors before they are physically implemented.
Systemverilog, Verilog, HDL, Design-Verification, Digital-Design.
Systemverilog is a hardware description and verification language used to model, simulate, and verify complex digital designs. It is a combination of hardware description languages such as Verilog and the hardware verification language Vera, and provides a unified language environment for design and verification.
Systemverilog, HDL, Verilog, Vera, verification
CITATION : "Roberto Colombo. 'Systemverilog.' Design+Encyclopedia. https://design-encyclopedia.com/?E=17593 (Accessed on June 17, 2025)"
Systemverilog is a hardware description and verification language based on extensions to the IEEE 1364 Verilog hardware description language (HDL). It is used for developing electronic systems, such as ASICs and FPGAs, at both the register transfer level (RTL) and the behavioural level. It provides a set of features, such as program blocks, interfaces, classes and dynamic arrays, which are not available in the Verilog language. Systemverilog also provides various assertions and functional coverage constructs to aid in verification.
Systemverilog, Verilog, IEEE 1364, HDL, ASICs, FPGAs, RTL, program blocks, interfaces, classes, dynamic arrays, assertions, functional coverage
Systemverilog is a hardware design language that combines a hardware description language (HDL) with a powerful suite of software-programming language features. It allows designers to create large, complex digital designs with manageable, organized coding. Systemverilog offers a comprehensive set of features that support chip description, verification, and debugging including data types and constructs, procedural statements, abstract classes, and program-language functions. It also provides interfaces, modules, libraries, tasks, and functions that enable designers to create and simulate accurate digital designs.
Systemverilog, HDL, hardware design, digital designs, chip description, simulation, verification, debugging.
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