SAN JOSE – The patent system, as much as anything, is what’s on trial in the Apple vs. Samsung case about to go to the jury here.
In my opinion, Apple did something novel with the iPhone: It delivered a handset that gave you access to an open Web browser in a way that was easy to navigate. But that’s not what’s at issue in this case.
I fault the patent system for not being flexible and easy-to-use enough to capture what should be at stake here. The patent system is stuck in old, arcane language. It’s deluged by a daily tsumani of applications and old patents, many of which were granted by examiners who lacked the expertise, time, systems—and budget--to conduct thorough reviews.
In the fall of 2007, I was talking to Sun co-founder and Google angel investor Andy Bechtolsheim backstage at a conference. He pulled out his iPhone and exclaimed, “Finally somebody got it!”
He went on to talk about how there had been many fine handsets before but never one on which you could browse the Web. Past handsets had screens that were too small, or they only accessed “walled gardens” created by carriers, or they had user interfaces so inscrutable that users gave up in frustration before they got to a useful page. Often the cellular networks and apps processors were just too slow to deliver and render a Web page in a reasonable amount of time.
The iPhone was the first device to bust through all that and deliver something so compelling it became the new personal computer.
Some of that achievement had nothing to do with Apple’s invention of anything. Cellular networks and apps processors got more powerful. Low power screens got bigger and brighter. Apple didn’t invent these things, but it was the first to see, understand and implement well something based on these trends.
I give Apple kudos for its Aha! moment and its excellent execution. But can any of that be expressed in today’s patents or trademarks? There’s the rub.
In my case, a Tapwave Zodiac 2. The Zodiac was a Palm OS device intended to be a combo PDA and handheld games machine. So it had things like as ATI video chip with 2D accelerations and 8MB video RAM driving a 320x480 screen, Yamaha stereo with stereo speakers on device, 200MB of RAM, and two SD card slots, one of which was SDIO. You could plug a wifi SD card into it and go online, and several browsers existed for the device.
Tapwave went belly up in 2005, but I have three Zodiacs and still use one regularly, mostly as an ebook viewer.
This question always came to my mind. Patents can be filed in wide domains and technologies. Does patent granting organizations have the manpower and expertise to do justice to the examination. I guess in the coming era patent related jobs are going to create a revolution.
How do you define "put into use", though? Plus, a lot of industries have pretty long horizons from research to selling a product. For example, I know that companies have been spending real money on FinFETs for a good 7 years, and only just recently have you been able to buy a product with them in it. So all of that work should be in the public domain?
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.