Based on a comparison with a common Mesh architecture, we note that power and area are improved respectively by an average of 23% and 30%. However, these ...

The effect of interconnect depopulation on FPGA performances in terms of power, area and delay · S. Chtourou, M. Abid, +2 authors. H. Mehrez · Published in ...

FPGA design's big challenge is to find a good trade-off between exibility and performance in terms of power dissipation, area density, and delay. This paper ...

We show that careful interconnect planning which matches the design and device complexities apriori, can lead to substantially less stress on routing, and can ...

In fact, homogeneous FPGA interconnection architecture occupies up to 90% of the total area and plays major factor behind power dissipation [1].

Feb 17, 2010 · First proposed in [2], the depopulation-based clustering techniques can lower peak channel width and improve routability. Instead of targeting ...

Domination by interconnect greatly affects the delay and area efficiency of the architecture. ... area, performance, and power dissipation of a Tree-based FPGA.

The speed and energy performance of the FPGA are dominated by the interconnect. This is illustrated in Fig. 2, which shows the power breakdown of an XC4003A ...

We present experimental results to show that appropriate logic depopulation during clustering can have a positive impact on the overall FPGA device area.

• Impact – segment length distribution on area-delay product. ▫ Best area ... How much interconnect? ➢ ~80% of FPGA area = interconnects. ➢ Routing ...