AHDL - Analogue Hardware Description Language
Analogue Hardware Description Language. It is a programming language used for description of analogue hardware by means of high level abstract equations. Its syntax is similar to C programming language with the added possibility to design currents and voltages at the pins.
We provide services for the development of algorithms for the functioning of devices in the AHDL language, taking into account all the features of the FPGA.
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The AHDL language was created by Altera. Developers use it to describe sequential and combinational logic digital devices, as well as group sequences.
Advantages of AHDL:
The main advantage of the AHDL language is its simplicity since only one data type is used - arrays, or groups, of logical equations. That is, there are no problems with data typecasting. This language describes the scheme of actions and their hierarchy, which means that the order in which the structures are written practically does not matter.