Engineering
5 years ago

New Adder Design Boosts Speed and Efficiency in Digital Processors

viXra
Design of Carry Select Adder using Binary to Excess-3 Converter in VHDL
Brijesh Kumar, Mamta Kulkarni

Paper Summary

Related papers

Theme background image
Engineering
8 years ago

New Area Efficient Adder Design Reduces Space Occupation and Increases Speed

Low-Power VLSI
Quantum Computing
Quantum-dot Simulation
1 view
Theme background image
Engineering
4 years ago

New Adder Design Slashes Power Consumption and Boosts Efficiency by 97%!

Low-Power VLSI
Analog Circuit Design
Quantum-dot Simulation
Theme background image
Engineering
5 years ago

Revolutionizing digital systems with faster, more efficient carry look ahead adders!

Low-Power VLSI
Parallel Computing
FPGA Design

The article discusses a new design for a more efficient and low-power adder circuit. Traditional adders are slowed down by the time it takes to carry over the results from one bit to the next. The new design aims to speed up this process by generating the sum for each bit position simultaneously, rather than sequentially. This change helps reduce the time it takes to produce the final result in an adder circuit.