Authors :
K. Baby Sai Srija
Volume/Issue :
Volume 4 - 2019, Issue 7 - July
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://bit.ly/2Z2LSZb
Abstract :
Designing of low power was a main issue in
manufacturing the mobile systems including its
performance. Mobile electronics having high features
usually have difficult calculations and tough processing
that lead to a short battery life, mainly when low energy
design is not taken into consideration. To prevent
overheating of components along with VLSI technology,
thermal design requires low-power techniques. In this
research, many low power designs for ASICs,
processors and FPGAs are examined in which ASICs
are more flexible for using techniques that are oriented
towards less power consumption. Three different
designs used a cutting edge FPGA device to compare
and analyze consumption of power and energy, and
matrix multiplication is to be done on the Altera
platform.
Keywords :
FPGA, NIOS, Matrix Multiplication, ASIC, Energy-Efficient.
Designing of low power was a main issue in
manufacturing the mobile systems including its
performance. Mobile electronics having high features
usually have difficult calculations and tough processing
that lead to a short battery life, mainly when low energy
design is not taken into consideration. To prevent
overheating of components along with VLSI technology,
thermal design requires low-power techniques. In this
research, many low power designs for ASICs,
processors and FPGAs are examined in which ASICs
are more flexible for using techniques that are oriented
towards less power consumption. Three different
designs used a cutting edge FPGA device to compare
and analyze consumption of power and energy, and
matrix multiplication is to be done on the Altera
platform.
Keywords :
FPGA, NIOS, Matrix Multiplication, ASIC, Energy-Efficient.
