READ ME File For Data-set supporting the article entitled "CoDAPT: A Concurrent Data And PowerTransceiver for Fully Wireless 3D-ICs"

Readme author: Benjamin J. Fletcher, University of Southampton

This dataset supports the article entitled "CoDAPT: A Concurrent Data And PowerTransceiver for Fully Wireless 3D-ICs" accepted for publication in IEEE Design Automation and Test in Europe 2019.

Data Supporting Figures:

Fig. 7: Illustration of the effects of physical layout parameters (track width, w, track spacing, s, and number of turns, n) on the RX voltage signal for 3 example cases.

Fig. 8: Trade-off between power efficiency and maximum operating frequency, including pareto-optimal frontier (only a small sample of layouts are presented here for clarity).

Fig. 11: Transient simulation of CoDAPT start-up sequence.

TABLE I: Tabular summary of CoDAPT’s performance.

TABLE II: Itemised summary of CoDAPT Overheads.

Fig. 12: Comparison of CoDAPT’s performance against (a) WPT-specific prior works, and (b) data-specific ICL works.

Fig. 13: Area overhead of existing data and power approaches compared with CoDAPT for the assumed integration scenario. 

Fig. 14: Effects of lateral die-to-die misalignment on channel coupling coefficient (k).

Fig. 15: Effects of lateral die-to-die misalignment on power delivery (normalised to 0.83mW).

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Dataset available under a CC BY 4.0 licence

Publisher: University of Southampton, U.K.

Date: November 2018