Add to ORKGClocking frequencies continue to increase due to the de-mand for higher performance. Together with the larger die sizes, multiple clock cycles are now required to cross a chip. A routing tool must thus insert registers as well as buffers while minimizing the path latency. This paper ad-dresses optimal buffered path construction across multiple clock cycles using 2-phase transparent latches. We demon-strate the benefits of routing using latches over registers, and we present a polynomial routing algorithm. Our results confirm the correctness of our algorithm. 1
grantor: University of TorontoFPGAs have become one of the most popular implementation med...
The routing architecture of an FPGA consists of the length of the wires, the type of switch used to ...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
Shrinking process geometries and the increasing use of IP components in SoC designs give rise to new...
) Abstract — Shrinking process geometries and the increasing use of IP components in SoC designs giv...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
and „ � and the technology parameters. For all cases, we observe that the total latency is not signi...
Abstract During the routing of global interconnects, macro blocks form useful routing regions which ...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
With the wide use of hard macros and IP blocks in design, buffered routing (simultaneous routing and...
We explore using pulsed latches for timing optimization -- a first in the academic FPGA community. P...
We investigate two strategies for reducing the clock period of a two-phase, levelclocked circuit: cl...
Buffer insertion and wire sizing have been proven effective in solving the timing optimization probl...
Abstract—We explore using pulsed latches for timing opti-mization – a first in the FPGA community. P...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
grantor: University of TorontoFPGAs have become one of the most popular implementation med...
The routing architecture of an FPGA consists of the length of the wires, the type of switch used to ...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...
Shrinking process geometries and the increasing use of IP components in SoC designs give rise to new...
) Abstract — Shrinking process geometries and the increasing use of IP components in SoC designs giv...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
and „ � and the technology parameters. For all cases, we observe that the total latency is not signi...
Abstract During the routing of global interconnects, macro blocks form useful routing regions which ...
In this thesis, we propose a maze-routing-based clock tree routing algorithm integrated with buffer ...
With the wide use of hard macros and IP blocks in design, buffered routing (simultaneous routing and...
We explore using pulsed latches for timing optimization -- a first in the academic FPGA community. P...
We investigate two strategies for reducing the clock period of a two-phase, levelclocked circuit: cl...
Buffer insertion and wire sizing have been proven effective in solving the timing optimization probl...
Abstract—We explore using pulsed latches for timing opti-mization – a first in the FPGA community. P...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
grantor: University of TorontoFPGAs have become one of the most popular implementation med...
The routing architecture of an FPGA consists of the length of the wires, the type of switch used to ...
This thesis proposes a graph-based maze routing and buffer insertion algorithm for nanometer Very La...