An 8 bit by 8 bit signed two's complement pipelined multiplier in 1.6$_\mu$m N well CMOS, capable of throughputs o f 230 million multiplications per second, is described. A half bit level pipelined architecture, and the use o f true single phase clocked circuitry, are the key features of this design. Simulation studies indicate that the multiplier dissipates 540mW at 230MHz. The chip complexity i s 5176 transistors, and the area is 1.5mmx 1.4mm
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
An 8 bit by 8 bit signed two's complement pipelined multiplier in 1.6$_\mu$m N well CMOS, capable of...
An 8-bit×8-bit signed two's complement pipelined multiplier megacell implemented in 1.6-\mu m single...
An 8-bit×8-bit signed two's complement pipelined multiplier megacell implemented in 1.6-\mu m single...
Abstrucr-An 8 bit x 8 bit signed two’s complement pipelined multiDliers tvDicallv achieve latency on...
[[abstract]]This paper presents an 8x8bit pipelined multiplier operating at 320MHz under 0.5V supply...
A new two's complement serial multiplier based on a pipelined diagonal-wise interlaced structure is ...
A new two's complement serial multiplier based on a pipelined diagonal-wise interlaced structure is ...
Parallel multiplication schemes for VLSI have traditionally been chosen for their regular layout. Un...
This paper presents a novel variable-latency multiplier architecture, suitable for implementation as...
[[abstract]]This paper presents a 0.5-V ultra-low voltage multiplier. In order to achieve ultra-low ...
A digital multiplier is a common block in processors, and its speed has a significant impact on the ...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
An 8 bit by 8 bit signed two's complement pipelined multiplier in 1.6$_\mu$m N well CMOS, capable of...
An 8-bit×8-bit signed two's complement pipelined multiplier megacell implemented in 1.6-\mu m single...
An 8-bit×8-bit signed two's complement pipelined multiplier megacell implemented in 1.6-\mu m single...
Abstrucr-An 8 bit x 8 bit signed two’s complement pipelined multiDliers tvDicallv achieve latency on...
[[abstract]]This paper presents an 8x8bit pipelined multiplier operating at 320MHz under 0.5V supply...
A new two's complement serial multiplier based on a pipelined diagonal-wise interlaced structure is ...
A new two's complement serial multiplier based on a pipelined diagonal-wise interlaced structure is ...
Parallel multiplication schemes for VLSI have traditionally been chosen for their regular layout. Un...
This paper presents a novel variable-latency multiplier architecture, suitable for implementation as...
[[abstract]]This paper presents a 0.5-V ultra-low voltage multiplier. In order to achieve ultra-low ...
A digital multiplier is a common block in processors, and its speed has a significant impact on the ...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...
A novel approach is presented for complex numbers in full fractional two's complement representation...