We present an unconventional clock distribution that emphasizes flexibility and layout independence. It suits a variety of applications, clock domain shapes and sizes using a modular standard cell approach that compensates intra-die temperature and process variances. Our clock distribution provides control over regional clock skew, permits use in beneficial skew applications and facilitates silicon-debug. By adding routing to the serial clock network, we permit post-silicon resizing and reshaping of clock domains. Defective sections of the clock network can be bypassed, providing post silicon repair capability to the network
As technology scales, the device delay decreases while the interconnect delay increases. As more dev...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
Clock distribution network is sensitive to large thermal gradients on the die as the performance of ...
This thesis investigates the use of averaging techniques in the development of clock ...
Abstract: Clock distribution networks synchronize the flow of data in digital systems, and the featu...
In this work, we analyze the impact of local process variations on the clock skew of VLSI circuits d...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
Power is a primary concern in modern circuits. Clock distribution networks, in particular, are an es...
In this paper a top-down methodology is presented for synthesizing clock distribution networks based...
As the semiconductor technology advances, minimum feature sizes are reduced and clock speeds are inc...
In this paper, we analyze the impact of process variations on the clock skew of VLSI circuits design...
Abstractג Clock distribution networks synchronize the flow of data signals among synchronous data ...
The continuous scaling of microelectronics technology allows for keeping on increasing IC performanc...
Clock distribution is vital to all synchronous integrated circuits; a poor clock distribution networ...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
As technology scales, the device delay decreases while the interconnect delay increases. As more dev...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
Clock distribution network is sensitive to large thermal gradients on the die as the performance of ...
This thesis investigates the use of averaging techniques in the development of clock ...
Abstract: Clock distribution networks synchronize the flow of data in digital systems, and the featu...
In this work, we analyze the impact of local process variations on the clock skew of VLSI circuits d...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
Power is a primary concern in modern circuits. Clock distribution networks, in particular, are an es...
In this paper a top-down methodology is presented for synthesizing clock distribution networks based...
As the semiconductor technology advances, minimum feature sizes are reduced and clock speeds are inc...
In this paper, we analyze the impact of process variations on the clock skew of VLSI circuits design...
Abstractג Clock distribution networks synchronize the flow of data signals among synchronous data ...
The continuous scaling of microelectronics technology allows for keeping on increasing IC performanc...
Clock distribution is vital to all synchronous integrated circuits; a poor clock distribution networ...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
As technology scales, the device delay decreases while the interconnect delay increases. As more dev...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
Clock distribution network is sensitive to large thermal gradients on the die as the performance of ...