Dave, thanks for that thought provoking post. You should have posted a warning, however, to wear seat belts. I felt as though I were strapped to the hood of a contender's speedcar during the Indy 500 event. And that's saying something, coming from a bandwidth hawk.
Take a moment, if you will, and give us your take on the following snip from your post, citing a reference model or architectural framework that stipulates the use of C++ as used below, if you (or anyone else) knows of one, in this following context. When I first read it I had visions of Jay's meta-morphosis. I'd like to hear more on this.
As the reach of wireless technologies expands, so do efforts into increasing throughput. Researchers at IMEC (Leuven, Belgium) will present a paper describing a digital 80-Mbit/s orthogonal frequency- division multiplexing (OFDM) transceiver IC for a wireless LAN in the 5-GHz band-at least eight times the data rate of current wireless LAN systems and comparable in speed to wired LANs. The transceiver, designed in a C++ flow, is implemented in 0.35-micron, 3.3-V CMOS.
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