As expected Intel has announced its next CEO with effect from May 16 and – as some observers feared – the company has stuck to its tradition of promoting an internal candidate. But the company has done so with a difference promoting an experienced female executive to second-in-command. One could call it a yin-yang management position but whatever it is called it raises numerous questions and puts few issues to rest.
Brian Krzanich, Intel's next CEO, is a manufacturing person through and through. Trained as a chemist he joined Intel in 1982 after graduating from San Jose State University. Back in the day Krzanich was responsible for implementing 0.130-micron logic process technology across Intel's global factory network and during his rise within Intel he has managed several of Intel's wafer fabs.
For some this will be an encouraging return to engineering roots. Robert Noyce, Gordon Moore and Andy Grove, Intel's first three CEOs were entrepreneurial engineers. Craig Barrett, although science trained was often characterized as a manager, and Paul Otellini was drawn from the sales and marketing side.
To balance Brian Krzanich's manufacturing and operations background Intel has also promoted Renee James, presently general manager of its software and services group, to the position of company president. And so Intel has chosen is to create a yin-yang executive office occupied by two leaders that encapsulate the dualities; male-female; hardware-software; and, dare we say it, Intel's present and future.
However, the approach raises several concerns.
The move will not please some observers who feel that Intel, while still the largest vendor of integrated circuits in the world, missed the mobile device revolution and developed an over-reliance on selling microprocessors into a notebook computer market that is now flat.
For many of those observers an external executive was necessary to lead Intel – someone without the Intel cultural baggage; someone who could come in and shake things up. The example most often pointed to is the biscuit guy, Lou Gerstner of Nabisco, who came into IBM and changed it, albeit over a long period, from the quintessential big-iron company into an IT services and a consultancy company.
Some observers have also expressed dismay that with the bypassing of Dadi Perlmutter, general manager of the Intel Architecture Group, for the top job there is little or no product design experience at the top of company and that could be manifested as an inability to develop x86 or breakthrough architectures.
I found the following analysis refreshing; maybe promoting from within is not that bad a decision for a juggernaut: http://www.theatlantic.com/technology/archive/2013/05/intel-may-have-lost-the-iphone-battle-but-it-could-still-win-the-mobile-war/275825/
I've been following Intel pretty closely since about 1968. I used their 1000 bit ccd shift register as a delay line for a simple dsp application.
At one point I looked at the 4004 for an embedded application. Intel sent a couple senior sales people to make a presentation. They had not a clue as to what they had.
It's not only software and hardware being linked, it's MUCH bigger than that. It involves the whole ecosystem. I think Intel is BEGINNING to understand that..
When I associate "software" with "Intel," what comes out is "Microsoft."
I don't disagree that the hardware design and software design are linked, nor that in order to be best in class you have to optimize the two to operate together. It's just that I don't see the software side of the equation as ever having come from Intel. I mean, not even the BIOS, right?
Manufacturing supposed to go with product being manufactured. Krzanich/Perlmutter would have done wonders for bringing out new Intel chips. Software, though important, seems disconnected from Intel's heritage here.
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.