Add to ORKGThe design and analysis of a power distribution network is one of the most important areas in high-speed digital systems. The main function of a power distribution network is to supply power to core logic and I/O circuits in any digital system. With increasing clock speeds accompanied by decreasing signal rise times and supply voltages, the transien
Many-tier systems are the future of 3D integration. In this work we explore power delivery system de...
Switching activity of logic gates in a digital system is a deterministic process, depending on both ...
High-speed digital systems are moving to higher data rates and smaller supply voltages as the scale ...
The design and analysis of a power distribution network is one of the most important areas in high-s...
Reducing the interconnect size with each technology node and increasing speed with each generation i...
Signal and power integrity are crucial for ensuring high performance in high speed digital systems. ...
As the semiconductor process nodes advance to 28nm and below and three-dimensional (3D) silicon inte...
As the semiconductor process nodes advance to 28nm and below and three-dimensional (3D) silicon inte...
As the semiconductor technology advances, minimum feature sizes are reduced and clock speeds are inc...
A burst stimulus of data is a common activity in circuits and systems. The supply noise voltage wave...
As VLSI technology advances to gigascale integration, billions of transistors will be packed on a si...
A burst stimulus of data is a common activity in circuits and systems. The supply noise voltage wave...
Closed-form expressions for transient power distribution network (PDN) noise caused by an IC switchi...
Closed-form expressions for transient power distribution network (PDN) noise caused by an IC switchi...
This paper describes the effect of substrate loss on simultaneous switching noise (SSN) in on-chip p...
Many-tier systems are the future of 3D integration. In this work we explore power delivery system de...
Switching activity of logic gates in a digital system is a deterministic process, depending on both ...
High-speed digital systems are moving to higher data rates and smaller supply voltages as the scale ...
The design and analysis of a power distribution network is one of the most important areas in high-s...
Reducing the interconnect size with each technology node and increasing speed with each generation i...
Signal and power integrity are crucial for ensuring high performance in high speed digital systems. ...
As the semiconductor process nodes advance to 28nm and below and three-dimensional (3D) silicon inte...
As the semiconductor process nodes advance to 28nm and below and three-dimensional (3D) silicon inte...
As the semiconductor technology advances, minimum feature sizes are reduced and clock speeds are inc...
A burst stimulus of data is a common activity in circuits and systems. The supply noise voltage wave...
As VLSI technology advances to gigascale integration, billions of transistors will be packed on a si...
A burst stimulus of data is a common activity in circuits and systems. The supply noise voltage wave...
Closed-form expressions for transient power distribution network (PDN) noise caused by an IC switchi...
Closed-form expressions for transient power distribution network (PDN) noise caused by an IC switchi...
This paper describes the effect of substrate loss on simultaneous switching noise (SSN) in on-chip p...
Many-tier systems are the future of 3D integration. In this work we explore power delivery system de...
Switching activity of logic gates in a digital system is a deterministic process, depending on both ...
High-speed digital systems are moving to higher data rates and smaller supply voltages as the scale ...