IDF 2012
Intel Developer Forum

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LOOK BACK. AND THINK AHEAD.

IDF Technology Insight

IDF Technology Insight

Hear firsthand from Intel Fellows, Senior Principal Engineers, or Senior Architects as they provide important insights about the possibilities that lie ahead.


22 nm Tri-Gate Transistors for Industry-Leading Low Power Capabilities

Tuesday, September 13, 2011
11:20 a.m. – 12:10 p.m.
Room 2004/2006


Mark T. Bohr

Mark T. Bohr

Intel Senior Fellow, Technology and Manufacturing Group

Director, Process Architecture and Integration

Intel Corporation


Transistor scaling has historically used smaller dimensions as a means to reduce cost and increase performance, but modern computing applications tend to value improved power efficiency over raw increases in operating frequency. These new product requirements have shifted how transistors are developed to focus more on reductions in leakage and active power. This Technology Insight will describe Intel’s revolutionary 22 nm Tri-Gate transistors and how these provide industry-leading low power capabilities for products that range from high performance servers to low power smart phones.

Driving towards Cloud 2015 – A Technology Vision to Meet the Demands of Cloud Computing Tomorrow

Tuesday, September 13, 2011
1:05 – 1:55 p.m.
Room 2004/2006


Stephen S. Pawlowski

Stephen S. Pawlowski

Intel Senior Fellow

Intel Architecture Group

General Manager, Cross-IAG Architecture and Pathfinding

Intel Corporation


Today a quarter of the world’s population—1.5 billion people—connect to the Internet. Over the next five years, there will be 10 billion client devices and 1 billion additional users accessing hundreds of thousands of Internet services, all competing for limited IT resources. This number of devices and users will likely choke traditional infrastructure without a radically simpler, more secure, and more efficient way of doing things. In addition, various sectors such as healthcare, eco-technology, mobile computing, HPC, and others are all expected to leverage the capabilities offered by cloud computing for both devices and users, enabling basic needs as well as solving grand challenges. Today’s IT management is grappling with significant challenges in cloud adoption and deployment such as security, federation, automation, client awareness, energy efficiency, and infrastructure simplification. Addressing these challenges will require continued technology innovation as the industry transitions to cloud application and infrastructure architectures.

In this Technology Insight, Steve Pawlowski, Intel Senior Fellow and CTO of Intel Architecture Group, will discuss some of the cloud architecture challenges facing the industry and some of the technologies emerging to address them.


Intel® Next Generation Microarchitecture Codename Ivy Bridge

Tuesday, September 13, 2011
3:20 – 4:10 p.m.
Room 2004/2006


Varghese George

Varghese George

Senior Principal Engineer

Chief Architect, Ivy Bridge Interconnect and Integration Team

Intel Corporation

Thomas A. Piazza

Thomas A. Piazza

Intel Senior Fellow, Intel Architecture Group

Director, Graphics Architecture

Intel Corporation



The next generation microarchitecture, codename Ivy Bridge, harnesses the innovation of Intel's 22nm process technology to deliver new levels of processor performance, power conservation, and architectural feature extensions. In this Technical Insight, leading Intel technologists will examine some key elements of the Ivy Bridge design and how Intel's 22nm process technology made them possible.

Graphics Software Stack Evolution

Wednesday, September 14, 2011
2:10 – 3:00 p.m.
Room 3016


David Blythe

David Blythe

Chief Graphics Software Architect

Intel Corporation


The graphics software stack continues evolving at a rapid pace with additions of compute APIs and other new functionality. Application demands and physical realities are driving changes into the overall stack.

In this sessions we cover:

  • The architecture of the current graphics APIs and driver model
  • Factors that influenced the current design including historical context
  • Evaluation of the effectiveness of the model
  • Changing requirements and their affect on the overall model