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Thank You for Everything, Mr. Grove.

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In January, 1995 I was concluding dinner in Palo Alto with Intel managers from the Hillsboro Architecture Development Lab. We had been negotiating Seer’s continuing development of our synth/audio engine into the forthcoming Pentium. As we were leaving, boss Don Dennis asked me to pause to meet someone. I demurred, but he routed me to an adjacent table, containing a few Intel officers I recognized, and simply interrupted: “Here he is, Andy. This is the synthesizer guy.”

And right next to me rose Andrew Grove, in a gently-reddish sweater, turning and graciously extending his hand. He looked me in the eye and said, “Thank you. Thank you. And if you ever get another great idea like that, you be sure to let me know.”

“Thank you so much, sir. I’m deeply honored, of course. We’ll keep at it.”

With reason, many entrepreneur/inventors consider such meetings, however brief, as the high point of their careers. And that reflection illuminated my evening drive.

Two months prior, Mr. Grove had upset CES by announcing Intel’s initiative to migrate natural data types to the motherboard—with an argument that rested upon demonstrating for the first time a laptop running Seer’s real-time audio synthesis. The Native Signal Processing War was now on with Microsoft over how quickly the industry would adapt to faster processors.

Thank you always Glenn Spencer, Avram Miller, Ralph Smith (Intel Badge #14) and Andrew Grove, who somewhere along the line signed-off on Intel’s relationship with “a bunch of Birkenstock-wearing hippies.”

Satie Debuts at MUSIG

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Intel Invite

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Avram sends Stanley to PC Enhancement Division of Intel Architecture Development Lab, Hillsboro, Oregon to teach MIDI.

Mikado DSP Board Planning

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Intel is a large OEM computer provider and needs to expand 386-based systems to at least meet MPC 1991 standards. Intended to provide the needed services, the Mikado was basically a DSP card based on a Texas Instruments TMS320C31. It’s minimum requirement was to be able to send and received faxes, and that code was being written. In November of 1991 Vice President Avram Miller noticed that among the other planned features there was no specification of how audio or synthesis would actually perform on the system.

Rather than Santa Clara, the impetus for my consulting actually came from Hillsboro, Oregon—location of the Intel Architecture Laboratory (IAL) and its strategists. My job became specifying what the Mikado audio and synthesizer system should do, and analyze in fact whether it could do it. Assuming the positive, then find a company to code it.

To aid in this research I enlisted three of my most experienced friends: Fred Malouf-a brilliant programmer and fine musician, Dave Smith of Sequential Circuits, and Chris Chafe from Stanford’s CCRMA. We met several times to discuss architecture and count the actual DSP instructions it would take to process different types of voice patches. At some point I went to TI itself to talk about the ‘C31. Pessimism began to set in; we all agreed it was only marginally powerful enough to emulate a Sound Blaster.

As significantly, DSP using the general-purpose industrial SPOX operating system was certainly not the means by which pro audio or synthesis was being done. “Everybody” used custom chips in some combination of analog and digital fashion. Software synthesis in professional audio was barely being explored; specifically in the Peavey DPM3. Fortunately, one of its designers was Scott Peer— also from Sequential and one of the genuinely nicest guys you are likely to meet. He contributed several insights which helped us tune our calculations. And he also set in motion an email that was lost for about sixths months, and when found created an amazing collaboration that profoundly maneuvered the convoluted path towards sealing the deal.

Planning began for me to go to Oregon and lay out the status and case for MIDI and synthesis. Very fortunately I had just completed a few years of service as Curriculum Director for the MIDI program at Cogswell College, thus had in hand all the lectures I needed, graphically-intensive and pre-tested in dozens of courses.

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