- #1
Implementing a Function Using Look-Up Tables
- Thread starter Vishera
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SUMMARY
The discussion focuses on implementing functions using Look-Up Tables (LUTs) in digital design. Participants clarify that LUTs do not need to conform to a specific visual representation, such as having pink squares, but must effectively map two inputs to one output. The conversation emphasizes the flexibility in the design of LUTs, allowing for various configurations as long as the fundamental input-output relationship is maintained.
PREREQUISITES- Understanding of digital logic design principles
- Familiarity with Look-Up Tables (LUTs) in hardware description languages
- Basic knowledge of binary representation (1's and 0's)
- Experience with digital circuit design tools
- Research the implementation of LUTs in FPGA design
- Explore different configurations of LUTs and their applications
- Learn about hardware description languages like VHDL or Verilog
- Investigate optimization techniques for LUT-based designs
Digital designers, hardware engineers, and students studying digital logic who are interested in implementing functions using Look-Up Tables.
- #2
Vishera
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Do LUTs need to look exactly like this below? Or can LUTs be any sort of box that has 2 inputs and 1 output?
Also, do LUTs need those pink squares? i.e. stored 1's and 0's inside the LUT as memory.
Also, do LUTs need those pink squares? i.e. stored 1's and 0's inside the LUT as memory.
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