Simon Segars opened up day 2 of ARM TechCon with a presentation that had to be streamed into three overflow rooms after the main theater rapidly became standing room only with over 1200 delegates looking to listen to the keynote. Simon described how mobile data has grown 50 percent in the last year – and is expected to grow 10 times that by 2017. Simon said that we are at a point where innovation – especially innovation in mobile –is exploding. Much like the automotive industry during the 20th century, we can expect to see a variety of industries growing up around mobile – providing products and services predicated on the ubiquity of mobile devices. The IoT is just the start of this; according to a research report sponsored by ARM and researched by The Economist Intelligence Unit, right now 76% of companies are exploring the IoT and how it will apply to their businesses. We can expect to see the IoT help solve challenges in transportation, energy, health and education. We are truly living in exciting times and ARM is at the heart of those times. As Simon said, "we need to go back to the garages," as many great innovations formed in "garage" workshops.
Simon's keynote is now available, along with all the other keynotes at Videos: ARM TechCon keynote presentations including HP, Oracle, ARM.
After Simons' keynote we invited him backstage to answer a few questions that were put to him through twitter during his talk.
At the Xilinx booth I spoke with Ian Johnston from ISD and Robert Chappell from EyeTech about their use of the Zynq-7000 device in camera applications, for differing market segments. We talked about their different uses of the duel core Cortex-A9 in each system and how it blends well with the capabilities provided by the Xilinx FPGA technology.
Atmel's aeieland helped me to better understand some of the scenarios for sensor usage combined with the Cortex-M0+ SAMD20 devices and highlighted the new collaborative work that Atmel have been involved with. Fred Gaillard described some of the application areas, for example Wearables, that are particularly applicable for the Cortex-A5 based SAMA5D3 device family.
As I mentioned in my blog yesterday, ARM TechCon 2013: Day 1 with HP, Mali GPU, Lenovo and Calxeda, the was a technical session today on the new ARMv8-R architecture. Katie met with Simon Craske to find out more details about the announcement. Meanwhile I met with Professor Jean-Pierre Seifert from Deutsche Telekom to discuss the successful porting of a Type 1 Hypervisor to a top end mobile phone.
christurner has published two more blogs on this; Software Consolidation with the ARMv8-R Hypervisor and ARMv8-R Architecture for Next Generation Automotive.
At the back of the day there was a second keynote from Daniel Kraft, Physician-Scientist. Daniel gave a compelling talk on electronics in healthcare, showing how technology can allow us to have smarter more connected healthcare. With the advancements of technology in healthcare we have a huge opportunity to utilize the vast amount of data and information that technology and internet of things provides us.
If you missed the blog from Day 1 of ARM TechCon then head to ARM TechCon 2013: Day 1 with HP, Mali GPU, Lenovo and Calxeda for more videos and a summary of the keynote.
Rich Quinnell, Editor in Chief over at IoT World has also written up some stories from his ARM TechCon Day Two.
Keynote videos are now available at Videos: ARM TechCon keynote presentations including HP, Oracle, ARM. I've updated the blog to include this link.
The observant ones amongst you have pointed out to me that I've mentioned Deutsche Telekom in my blog title and then completely forgot to post the interview Apologies to Prof. Jean-Pierre Seifert for the oversight.
I spoke with Jean-Pierre about the successful porting of a Type 1 Hypervisor to a top end mobile phone.
I've also updated the blog with the video and description.