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FTF 2012 and Everything ARM

Freescale’s Technology Forum (FTF) has always been one of my favorite conferences to attend, and this year has to be one of the best. The opening keynote from Freescale’s new CEO, Greg Lowe, was jam packed with ARM® processor-based product announcements, so much so that ARM’s CEO Warren East himself decided to make a guest appearance in a show of his support.

I was also very excited to hear the guest speaker this year, Dr. Peter Diamandis CEO of the X Prize Foundation, give his keynote on inspiring innovation. Did you know that the X Prize for a privately owned manned spacecraft was created in 1996, but did not actually have the $10 Million of prize money funded until May 2004? That’s just a few months before the prize was actually won. Interestingly, a total of $100 Million was invested in new technologies as a result of all the teams competing for the prize.

In addition to being a venue for Freescale to demonstrate its own products, FTF also represents an opportunity for Freescaleâ...

ARM Cortex-M0 Swiftly Rides the Airwaves

When I first saw the name of the series from Nordic Semiconductor, namely nRF51, I thought to myself “Oh God! These guys are doing great RF, but still use the good old 8051 processor -- what a shame!” Fortunately, I was misled by the family naming, and discovered Nordic picked just the right thing: an ARM CortexTM-M0!

Taking a bit more time to go into the details published by Nordic, I expect it to generate quite a lot of interest. With support for the latest protocols like Bluetooth Low-Energy and ANT+, great RF performance in terms of RX sensitivity and TX power, this series should be compelling to most companies looking for an RF link for medical, building automation or consumer applications. And last but not least, the achieved low-power consumption combined with limited peak consumption make it well suited for battery operation, making this family a great candidate to connect devices wirelessly to the ...

Freescale - "Networking" with the ARM ecosystem

I woke up to some great news from our partner Freescale on their adoption of our multi-core ARM CortexTM-A7 and CortexTM-A15 for their next-generation networking architecture called Layerscape. This was exhilarating for me both on a professional and personal level, kind of icing on the cake for all the exciting news around ARM in Enterprise so far this year. For the past few years, I have been working with ARM partners to help them drive Enterprise applications, including wireless infrastructure and enterprise networking, with new and exciting ARM technology. But in my past life, I worked at Freescale driving Power-based products into this same arena. Today, with the announcement that my former c...

ARM Cortex-M0+: More than a low-power processor

This week sees the launch on the Cortex-M0+ processor-based Freescale Kinetis L family of MCUs just two months after the official launch of this latest addition to the Cortex-M processor series.
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The close partnership between ARM and Freescale, one of the Cortex-M0+ lead-partners, enabled them to be extremely fast in launching their first MCU series. The processor features also triggered the interest of many other partners and we expect more Cortex-M0+ processor-based products to come. To see why, one needs only to look at the processor features.

When the ARM Cortex™-M0+ processor was launched in March, many of the headlines focused on the lower power consumption and energy efficiency. If this was the only differentiator, then this new processor might perhaps have been called “Cortex-M0-...

A Face for the Internet of Things

The Internet revolution has connected billions of PCs. There is now a second revolution in Internet connectivity. The Internet-of-Things (IoT) is happening all around us. A wave of billions and billions of devices are being connected. Devices, as simple as a light bulb and as complex as a jet engine, become more manageable once they have become connected devices. By becoming connected, devices can be controlled from a distance. Their settings and operations can be changed based on input from other connected devices. They can transmit information about their status, for example their location, or whether they need maintenance. The value of connecting devices is coming to greatly outweigh the rapidly decreasing costs of interconnecting them.

Connectedness brings the option of computer control.

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The rapidly growing Internet of Things

Devices that were previously standalone are opening to the creativity of a new generation of programmers. We can now have apps for devices. This is opening an entirely new world to developers. With their creativity unleashed, they are adding exciting new functionality to what have often been rather dull, unconnected devices.

Need for user interfaces with more complex information
With conne...
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