Leibson's Law: It takes 10 years for any disruptive technology to become pervasive in the design community. This blog is about the disruptive technologies that either have or will win over electronic engineers, some that won't, and why. Please feel free to link to these blog entries! Written by Steve Leibson, a marketing consultant specializing in lead generation and content creation for high-tech companies, former VP of Content for Reed Business, and former Editor in Chief of EDN. See my consulting Web site at www.sleibson.com and my history site at www.hp9825.com. You can email me at steven.leibson followed by the magic email symbol @ followed by att.net.
Jan 6 2008 9:08PM | Permalink |Comments (9) |
This is Sunday, Day 1 at CES 2008 and I attended a multicompany reception in Caesar’s Palace. I happened to pause (actually I was invited to pause, as these things usually go) at Pulse~LINK’s booth where the company was demonstrating its chip set sending HDMI video over coaxial cable. That stopped me because I know Pulse~LINK as a wireless UWB (ultra-wideband) company and was unfamiliar with the use of UWB over copper. The demo showed a DVD player pumping a movie to a flat-panel TV over a long, long length of spooled coax. “How did this happen?” I asked. “When and why did Pulse~LINK add conductive media to its wireless offering?”
For the answer, I spoke to John Santhoff, a founder and company CTO. “In the early part of the decade,” Santhoff said, “we were waiting for FCC approval. In fact, our next round of funding hinged on that approval and I was racking my brain, trying to think of alternative applications for UWB technology. I looked at my breadboard, connected to an antenna with a length of coax.”
That’s when the light went off in Santhoff’s head. The next step was to see if the UWB signals could jump the coax splitters normally found in standard cable-TV coaxial-cable installations. He went home to his condo that night, went around back to the entry point for the cable, inserted a splitter, and added his UWB transceiver. Then he went upstairs to his condo and looked for the signal. It was there. The UWB signal successfully jumped the splitter and Pulse~LINK was suddenly in wired and wireless UWB—at least it would be once the FCC approved wireless UWB operation, which it did. Eventually.
The moral of this story is to remind you that you need to take off your blinders and come up for air every once in a while (admittedly a mixed metaphor, but you get the idea). Force yourself to take a look around and to think about alternative approaches, alternative suppliers, and alternative applications for your product. Letting your thinking get into a rut is never a good idea. It makes you less of an engineer and it dulls your competitive edge.
Update, Jan 10: Popular Mechanics picked Pulse~LINK’s HDMI-over-coax as one of the top 20 CES innovations. The magazine did a pretty nice job of looking over the 27,000 booths at the show and finding gold. Take a moment or two to look at all 20 (Pulse~LINK’s writeup is number 20). It’ll be worth your time.
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