Dynamic Code Optimization and the NVIDIA Denver Processor

Nathan Tuck
NVIDIA

NVIDIA's first 64-bit ARM processor, code-named Denver, leverages a host of new technologies to enable high-performance mobile computing. Implemented in a 28-nm process, the Denver CPU can attain clock speeds of up to 2.5 GHz. This talk will outline the Denver architecture and describe some of its technological innovations. In particular this talk will discuss some of the motivations and advantages of dynamic code optimization.

Slides:

There not downloadable slides for this presentation available at this time.

Videos:

• Join the live presentation. Wednesday March 4, 4:15-5:30.  Requires Microsoft Windows Media player.
• View video by lecture sequence. Winter 2015 only, HTML5. Available after 8PM on the days of the lecture.
• View Video on YouTube.

About the speaker:

Nathan Tuck has been a member of the DCO and CPU architecture teams at NVIDIA since 2009. Nathan has spent his professional career walking a crooked line between hardware and software. As an engineer, he is most interested in working on systems problems. Professionally, he is most interested in dynamic environments where he can make a large difference.

Contact information:

Nathan Tuck
NVIDIA