Titlebook: High Performance Clock Distribution Networks; Eby G. Friedman Book 1997 Kluwer Academic Publishers 1997 circuit.design.integrated circuit.

看法等

Circuit Placement, Chip Optimization, and Wire Routing for IBM IC Technology,interchange sinks of equivalent nets, move and create parallel copies of clock buffers, add load circuits to balance clock net loads, and generate balanced clock tree routes. Routing is done using a grid-based, technologyindependent router that has been used over the years to wire chips. There are n

意外的成功

Optical Clock Distribution in Electronic Systems, particular, a single optical source, modulated to provide the clock signal, replaces the multitude of optical sources/modulators which would be needed for extensive optical data interconnections. Using this single optical clock source, the technical problem reduces largely to splitting of the optic

Complement

grovel

High Performance Clock Distribution Networks,lements and interconnect but by the ability to synchronize the flow of the data signals. Different synchronization strategies have been considered, ranging from completely asynchronous to fully synchronous. However, the dominant synchronization strategy within industry will continue to be fully sync

MUT

Clock Skew Optimization for Peak Current Reduction,e caused by the simultaneous switching of highly loaded clock lines and by the signal propagation through the sequential logic elements. In this work we propose a methodology for reducing the amplitude of the current peaks. This result is obtained by clock skew optimization. We propose an algorithm

单纯

BURSA

Buffered Clock Tree Synthesis with Non-Zero Clock Skew Scheduling for Increased Tolerance to Processtems. The timing behavior of a synchronous digital circuit is obtained from the register transfer level description of the circuit, and used to determine a non-zero clock skew schedule which reduces the clock period as compared to zero skew-based approaches. Concurrently, the . of clock skew for ea

TAP

赏钱

,Clock Distribution Methodology for PowerPC™ Microprocessors,ntegrated circuits, dictate the need for clock networks with smaller skew tolerances, large sizes, and lower capacitances. In this paper we discuss some of the issues in clock network design that arise in this context. We describe the clock design methodology and techniques used in the design of clo

FUSE

Circuit Placement, Chip Optimization, and Wire Routing for IBM IC Technology,requirements are increasing, the effects of wiring on delay are becoming more significant. Larger chips are also increasing the chip wiring demand, and the ability to efficiently process these large chips in reasonable time and space requires new capabilities from the physical design tools. Circuit