Signalling off-chip requires significant current. As a result, a chip's power-supply current changes drastically during certain output-bus transitions. These current fluctuations cause a voltage drop between the chip and circuit board due to the parasitic inductance of the power-supply package leads. Digital designers often go to great lengths to reduce this "transmitted" noise. Cray, for instance, carefully balances output signals using a technique called differential signalling to guarantee a chip has constant output current. Transmitted-noise reduction costs Cray a factor of two in output pins and wires. Coding achieves similar results at smaller costs
Technologies for processing of digital signals find broad application in all spheres of the human ac...
In this dissertation, a new signaling scheme known as Constant Voltage Power Transmission Line (CV-P...
Abstract — With nanometre scaling, the amount of transistors per 100 square millimetre will increase...
We propose a method of reducing the switching noise in the substrate of an integrated circuit. The m...
The on-chip activities of any modern IC are always inhibited due to the occurrence of power supply n...
Abstract — This paper introduces a new coding scheme that faces simultaneously different issues of i...
Mixed signal circuits have become an important trend in IC design. In these circuits, the effect of ...
Abstract — This paper introduces a new coding scheme that faces simultaneously different issues of i...
Signal and power integrity are crucial for ensuring high performance in high speed digital systems. ...
With nanometre scaling, the amount of transistors per 100 square millimetre will increase following ...
Progress of integrated circuit technology allows integra-tion of analog and digital circuits on the ...
Now a day’s VLSI has become the backbone of all types of designs. Interconnect plays an increasing r...
Signal integrity has become a major problem in digital IC design. One cause of this problem is devic...
Technology scaling leads to smaller transistor feature dimensions, higher circuit integration densit...
In high performance integrated circuits phenomena like crosstalk, IR drops, electromigration and gro...
Technologies for processing of digital signals find broad application in all spheres of the human ac...
In this dissertation, a new signaling scheme known as Constant Voltage Power Transmission Line (CV-P...
Abstract — With nanometre scaling, the amount of transistors per 100 square millimetre will increase...
We propose a method of reducing the switching noise in the substrate of an integrated circuit. The m...
The on-chip activities of any modern IC are always inhibited due to the occurrence of power supply n...
Abstract — This paper introduces a new coding scheme that faces simultaneously different issues of i...
Mixed signal circuits have become an important trend in IC design. In these circuits, the effect of ...
Abstract — This paper introduces a new coding scheme that faces simultaneously different issues of i...
Signal and power integrity are crucial for ensuring high performance in high speed digital systems. ...
With nanometre scaling, the amount of transistors per 100 square millimetre will increase following ...
Progress of integrated circuit technology allows integra-tion of analog and digital circuits on the ...
Now a day’s VLSI has become the backbone of all types of designs. Interconnect plays an increasing r...
Signal integrity has become a major problem in digital IC design. One cause of this problem is devic...
Technology scaling leads to smaller transistor feature dimensions, higher circuit integration densit...
In high performance integrated circuits phenomena like crosstalk, IR drops, electromigration and gro...
Technologies for processing of digital signals find broad application in all spheres of the human ac...
In this dissertation, a new signaling scheme known as Constant Voltage Power Transmission Line (CV-P...
Abstract — With nanometre scaling, the amount of transistors per 100 square millimetre will increase...