Verilog & Systemverilog in Embedded System - Free MCQ Practice Test

Explanation: The Verilog is a hardware description language which was developed for modelling hardware and electronic devices. This was later standardised by IEEE standard 1364.

Explanation: The Verilog is a hardware description language which was developed by Moorby and Thomson in 1991 and it was standardised as IEEE standard 1364. The Verilog is modelled for the electronics devices.

Explanation: The Verilog versions 3.0 and 3.1 is called as the System Verilog. These include several extensions to the Verilog version 2.0.

Explanation: The IEEE standard 1364-1995 is the first version of the Verilog and IEEE standard 1394-2001 is the Verilog version 2.0.

Explanation: The Verilog supports the multiple-valued logic with eight different signal strength but Verilog is less flexible compared to the VHDL, that is, it allows the hardware entities to be instantiated in loops which help to build up a structural description.

Explanation: The System Verilog is a superset of the Verilog. But later on, System Verilog and Verilog has merged into a new IEEE standard 1800-2009.

Explanation: The Verilog is less flexible compared to the VHDL, that is, it allows the hardware entities to be instantiated in loops which help to build up a structural description. But Verilog, on the other hand, focuses more on the built-in features.

Explanation: The Verilog offers more features than the VHDL but VHDL is more flexible compared to the Verilog. The Verilog can provide transistor-level descriptions but the VHDL cannot provide this description.

Explanation: Verilog and VHDL are almost similar in their characteristics and have a similar number of users. The VHDL is more popular in Europe whereas Verilog is more popular in the US.

Explanation: The Verilog and VHDL are hardware description language and these are similar in their characteristics and have similar number of users. The VHDL is more popular in Europe. The Verilog is more popular in the US.