Vhdl and verilog basics of investing
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User-defined datatypes are supported in VHDL. No support for dynamic memory allocation. Dynamic memory allocation is supported in VHDL with the help of pointers. Named events can be used. We cannot use the named events in VHDL. Enumerated types cannot be used. In FSM modeling, enumerated types can be used.
Associative and sparse arrays cannot be used. We can model the access types partially by using associative and sparse arrays. We can use the bit and integer equivalence in Verilog. No support for other hierarchies. Other hierarchies can be added by using separate entities and using the architecture of interface and implementation. No such region processes.
Postponed processes can be used to bring reactive region processes. Fork and join, block and task disable can be used to bring dynamism in creation and deletion processes. No provision of dynamically creating and deleting the things. None of the presence of interface abstraction. Partial interface abstraction can be brought up as use of components leads to abstraction between interfaces and the particular modules.
There is flexibility in mapping of ports because of the usage of two-layer binding. Partial support for binding and configuration by controlling the instance to module binding. Complete support for configuration and binding by having the control over the components and instance binding to the created entities.
Conditional statements can be implemented by using if, if-else and case statements while iterative behavior is achieved by using the for loop. We can implement the conditional statement by using the if and iterative statements by using the for loop. Lexical proximity determines the attributes. Hence attributes are supported partially and cannot be typed.
The logic values of the input signals that are used to simulate the digital circuit are called test bench. The test bench is also written in HDL. By simulating the digital design, the errors in the logic of the circuit are detected and the respective HDL statements are then corrected to derive the desired output signals.
The interconnection of physical components of the digital circuit is called netlist. This database can be used to fabricate the circuit either on a silicon chip or as layout on a printed circuit board. The digital database generated by synthesis tools is useful in automating the fabrication of the digital integrated circuit as the actual procedures involved in the implementation of the digital circuit are incorporated within the database. There is some propagation delay in the signal when it transits from one logic gate to another.
Practically, this propagation delay must be minimized like by two-level implementation of the boolean functions in the circuit. By time verification, the speed of the digital circuit is confirmed. The process involves checking each signal path and confirm that it is not compromised by the propagation delays. This is the final step before the fabrication of the digital circuit. The production circuit may not exhibit the same behaviour as the ideal circuit in case there may induce some fault in the circuit.
The production circuit must be verified being fault free before shipping. The fault simulation is always done before production to test the internal logic of the integrated circuit. This is the production stage of the circuit. The circuit must be fabricated in a dust free environment.
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Verilog VHDL Interview Questions Part 1
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