Edited Transcript of Intel Corp (INTC) at Citi 2014 Global Technology Conference (Transcript)
Company: Intel Corporation (INTC)
Event Name: Citi 2014 Global Technology Conference
Date: September 3, 2014 8:45 AM ET
Ehud Gelblum – Analyst, Citigroup
Good morning and thanks for coming. We’re here for our keynote presentation this morning. My name is Ehud Gelblum. I do data networking and telecom equipment here at Citigroup and again I am pinch hitting for semis. We’re thrilled to have Intel here this morning.
A little brief introduction. In 1968, Bob Noyce and Gordon Moore starting way, way back left Fairchild Semi to found a company that would later become Intel. Its first product, the 3101 RAM chip was introduced two years later and after that company went public in just the strength of its memory business alone. Later that year, Intel introduced its first processor chip, the 4004 and two years the company became big enough to open its wafer fab in 1973. After several years of pioneering 8-bit processor chips in 1978, the company hit it big with the 8086 16-bit processor, the company’s answer to the ZiLOG Z80 that actually if anyone had a Radio Shack TRS-80 that’s what it used, I actually had one, kind of a geek I was.
In 1981, when the successor chip, the 8088 was put into the IBM PC, it started a virtual cycle that has lasted over three decades and could continue to dominate the way compute has done for centuries to come. From the very start of the business, in 1968 to day only six men have sat in the CEO’s chair at Intel: Bob Noyce, Gordon Moore, Andy Grove, Craig Barrett, Paul Otellini and my guest today Brian Krzanich. He’s been in Intel for a staggering 32 years, since the day he graduated college is the calculation I made, I am not sure but if it’s true but it sounds like so. And he has run various parts of Intel’s fabs and manufacturing capabilities for the better part of most of the last 17 years, including driving Intel’s moves into both 0.18 micron and 0.13 micron.
Today, Brian is driving Intel into not just 0.13 micron but 12 nanometer or 10x improvement roughly 10 years from where we were at the 0.13 space 10 years ago as well as attacking the mobility space and exploring opening up the foundries in a bigger way to other semis companies. I am pleased to have him here at this conference for the first time. Welcome Brian, thank you for being with us.
So we will open up the Q&A.
Ehud Gelblum: Let me just start with the big picture question. What does Intel look like 10 years from now? We’re seeing obviously lots of moves in the PC industry. PCs were looking weak there; they have now made a comeback. You’re getting into mobility and lot of different moving parts. What does Intel look like 10 years from now? What is the dominant part? Are you still getting 90% of your revenue and 120% of your profits from PCs and servers or has the business started morphing into other areas?
Brian Krzanich – CEO, Intel
Yeah, I think if we look 10 years out, Intel is definitely going to be a broader company across a much broader spectrum of computing. Servers and PCs, I mean you have a business of PCs that’s over $30 billion a year. Servers, roughly about $10 billion or $12 billion now growing at double-digits. They’re going to still be major portions of our business. So I mean those are just large segments, it’s going to be hard for anything to grow in the next 10 years to work that.
I think what you’ll see is a much broader — you’ll see more in mobile, you’ll see more in Internet of things and a variety of other spaces that are yet to be defined. I think one of the things we’re working on right now is really figuring out how to take our silicon leadership and our architecture down into — we talk about parts that may only cost $0.50 and have comps, CPU, everything down there and can run on small batteries. We’re trying to really work on technology to cross that spectrum now.
Ehud Gelblum: So that will be one of the IOT, Internet of things.
Brian Krzanich – CEO, Intel
Yes, IOT, wearables all kinds of devices like that that we think can benefit from those two things Moore’s law and our architecture.