Sign up for our Technology Newsletter 
Acer Shifts Focus To IoT
Acer is still churning out PCs, but the Taiwanese vendor is far more bullish about the Internet of Things (IoT), a market the company doesn’t want to miss out on.
Acer held a news conference not for a new consumer product, but to promote an upcoming miniature PC that will be sold to developers.
The PC, called the aBeing One, will arrive in the third quarter, and is aimed at developers working in the IoT area. It’s designed to connect to smart home and wearable products, and act as a hub that can analyze incoming data from the devices.
The PC vendor has spoken to many IoT companies looking for an affordable hardware system they can develop on, said Robert Wang, a general manager with Acer.
“Fast-moving IoT developers keep running into this issue,” he said after Acer’s news conference. “Now they can buy from us.”
It’s a big change for the vendor, given that it once focused on selling consumer notebooks. However, with PC sales sagging and competition rife in the mobile devices area, the company has been shifting toward enterprise products.
That emphasis was apparent at this week’s Computex show in Taipei. Acer notebooks and tablets were still on display, but equal billing was given to itscloud computing business, which is starting to power IoT devices, not only from Acer, but also its clients.
In addition, Acer is hoping to pave the way for more third-party IoT devices. It has partnered with Canonical to install a version of Ubuntu on its aBeing product, so that the hardware can serve Ubuntu developers working on smart connected gadgets.
Qualcomm Has A Plethora Of Automobile Modems
Comments Off on Qualcomm Has A Plethora Of Automobile Modems
Qualcomm had an IoT event in San Francisco yesterday and the company wanted to talk a bit more about IoT, also known as Internet of Things. They started off with a catchy phrase – Internet of Hype to Internet of Everything.
Dave Aberle said that up to a billion dollars in revenue is coming from the non-mobile market. More than 10 pecent of Qualcomm revenue will come from the non-headset market. They call this market Internet of Everything, but we believe that not all of that market should be called IoT.
IoT is not just the wearable market; it is car modems, connected speakers, action cameras, some smart SanDisk storage solutions, home automation kit and more. Aberle mentioned that Qualcomm has 40 car design wins in the market with 15 different OEMs. We saw some names including Audi on the slide, but the list of obviously much longer.
Qualcomm is the leader in connected car and 4G LTE market, while Nvidia is the leader in Infotainment car systems, having some huge customers behind it, including the Volkswagen Group.
Qualcomm wants to expand its presence in IoT, including automotive solutions, and we expect more IoT designs from them in the near future.
Intel Rewards RealSense Developers
Intel has awarded $1m to a number of developers as part of its RealSense 3D App Challenge, which was launched last year.
Announced by Intel president Renee James at Computex 2014, the RealSense App Challenge was part of Intel’s efforts to boost RealSense globally and generate software innovation around the ecosystem.
More than 7,000 software creators in 37 countries applied to compete, and 400 were selected to develop new applications for entertainment, learning and collaboration.
Several hundred developers of creative app ideas in these categories received the latest edition of the RealSense 3D Camera and RealSense software development kit, which included free tools, examples and application programing interfaces with which to develop their ideas.
Intel announced on Thursday that the grand prize winner, who picks up $100,000, is Brazilian developer Alexandre Ribeiro da Silva of Anima Games.
His Seed app requires gamers to use reflexes and rational thinking to solve puzzles. The goal of the game is to guide a little floating seed through its journey to reforest a devastated land.
The second prize of $50,000 was awarded to Canadian developer David Schnare of Kinetisense. His OrthoSense app uses RealSense to help medical professionals remotely rehabilitate a patient who has suffered a hand injury by tracking their range of movement over time.
“This practical application of human-computer interaction is an impressive example of how technology can make our lives better,” Intel said.
Another notable winner was Lee Bamber from the UK, who received recognition for his virtual 3D video maker. The app allows a user to record themselves as a 3D hologram and then transport to a variety of scenes.
Once recorded, they can then change the camera position over the course of the playback to add an extra dimension to a video blogs, storybook or v-mails, for instance.
“The idea of the app is that you can choose the backdrop then set the lighting as you would in a studio then do the acting,” Bamber explained in his video.
Doug Fisher, SVP and general manager of Intel’s Software and Services Group, said in a blog post that now the app challenge is complete “the real work begins”, as Intel Software will continue to encourage all finalists to bring products to market.
“We also will continue mobilising our resources to inspire, educate and advance innovation through programmes such as the Intel Developer Zone, where developers can engage to find new software tools and build industry relationships,” he said.
“Human-computer interactions will no longer be defined by mice, keyboards and 2D displays. Our physical and digital worlds are coming together. When they do, the opportunities for us as consumers and businesses will explode.”
Raspberry Pi Making Moves
The Raspberry Pi Foundation has announced that its pint-sized computer has now sold a whopping five million units.
The announcement came via Twitter, where the official Raspberry Pi account boasted that the five million milestone makes it the big-selling computer manufacturer in the UK of all time.
Just confirmed the big news we’ve all been waiting for: we’ve now sold more than 5 million Raspberry Pis.
— Raspberry Pi (@Raspberry_Pi) February 17, 2015
We think that this means that in just under 3 years, we’ve gone from zero to being the biggest selling UK computer manufacturer ever. Yowza.
— Raspberry Pi (@Raspberry_Pi) February 17, 2015
This comes just two weeks after the firm announced sales of 4.5 million Raspberry Pi computers, suggesting that its latest model, the Raspberry Pi 2 Model B, has proved popular since it went on sale on 2 February.
Raspberry Pi said previously that it aims to ship three million units of the new model within 12 months, and Tuesday’s announcement suggests that it’s on track to smash that target.
The firm has yet to announce exactly how many Raspberry Pi 2 models have shipped, but we are likely to hear official figures in the next few weeks.
The second-generation device was unveiled at the beginning of this month, improving on the original Raspberry Pi with 1GB RAM and support for Microsoft’s Windows 10 operating system.
It also boasts expanded GPIO pins and advanced power management and connectivity, making it possible to connect up to four USB devices, including powered devices such as hard drives.
ARM Buys Offspark For IoT
ARM has snaffled up Dutch Internet of Things (IoT) company Offspark.
The move is designed to improve ARM’s security credentials for IoT offerings.
Offspark is the creator of PolarSSL, a widely used protocol for IoT security products, and ARM hopes that the combined companies can offer a one-stop shop for IoT developers.
Krisztian Flautner, ARM’s IoT manager, said: “PolarSSL technology is already deployed by the leading IoT players.
“The fact that those same companies also use ARM Cortex processor and software technologies means we are now able to provide a complete bedrock solution for the industry to innovate from.”
The product will be renamed ARM Mbed TLS, but will remain open source, reports Tech Week Europe.
Paul Bakker, CEO of Offspark, added: “Security is the most fundamental aspect in ensuring people trust IoT technology and that is only possible with a truly tailored solution.
“Together, ARM and Offspark can provide security to the edge of any system and we look forward to working with our partners to help them deliver some exciting new projects.”
Developers will be able to license the technology for commercial use as well as embedding it into future ARM products.
Last week the company released the ARM Cortex-A72 processor, a 64-bit effort offering support for Android 5.x Lollipop and incorporating the big.LITTLE architecture that prioritises jobs to different processor cores based on their computational requirements.
A message on the Offspark website indicates that it has been taken down and redirects to ARM.
ARM Develops IoT For Students
ARM has created a course to teach IoT skills to students at University College London (UCL)
The course is designed to encourage graduates in science, technology, engineering and maths (Stem) to seek careers in IT.
The IoT Education Kit will teach students how to use the Mbed IoT operating system to create smartphone apps that control mini-robots or wearable devices.
Students are expected to be interested in building their own IoT business, or joining IoT-focused enterprises like ARM. The course will also try to limit the number of Stem graduates pursuing non-technology careers.
ARM reported statistics from a 2012 study by Oxford Policy and Research revealing how many engineering graduates (36 percent of males, 51 percent of females), technology graduates (44 percent, 53 percent) and computer scientists (64 percent, 66 percent) end up with non-Stem jobs.
The IoT Education Kit will be rolled out by UCL’s Department of Electronics from September 2015, with a week-long module for full-time and continuing professional development students.
The Kit comprises a complete set of teaching materials, Mbed-enabled hardware boards made by Nordic Semiconductor, and software licensed from ARM. A second teaching module for engineering graduates is being developed for 2016.
“Students with strong science and mathematical skills are in demand and we need to make sure they stay in engineering,” said ARM CTO Mike Muller.
“The growth of the IoT gives us a great opportunity to prove to students why our profession is more exciting and sustainable than others.”
UCL professor Izzat Darwazeh also highlighted the importance of Stem skills, saying that “many students are not following through to an engineering career and that is a real risk to our long-term success as a nation of innovators”.
Intel Shows New IoT Platform
Intel showed off a new platform which it claims makes it easier for companies to create Internet-connected smart products using its chips, security and software.
Intel’s platform is like Lego and based on the chipmaker’s components and software for companies to create smart, connected devices. The only difference is that you can’t enact your own Doctor Who scene from it.
Doug Davis, head of Intel’s Internet of Things business, said at a launch event in San Francisco it will make it a doddle to connect to data centres in order analyse data collected from devices’ sensors.
Intel’s chips should compute capability in end-point devices that scale from its highest performance Xeon processor to the Quark family of products.
Intel’s Internet of Things Group had $530 million in revenue in the September quarter. That accounted for just 4 percent of Intel’s total revenue in the quarter, but it grew 14 percent over the previous year, which was faster than the company’s PC business.
Dell, SAP, Tata Consultancy, Accenture and other companies are working with the new reference model, Davis said.
Can Imagination Push IoT?
Imagination Technologies will take on the Raspberry Pi with the release of a single-board minicomputer for both Android and Linux developers.
In a bid to power a range of devices in the ever-growing world of the Internet of Things (IoT) space, the MIPS-based Creator CI20 can run both Linux and Android operating systems (OS) and is said to deliver both high performance and low energy consumption.
When it hits the market in January, the development board will target the likes of open source developers, the maker community and system integrators to provide them with tools and encourage them to create a wide range of applications and projects.
The Creator CI20 is based around a system on a chip (SoC) combining CPU, graphics and I/O circuitry, featuring an I/O connector block compatible with that of the Raspberry Pi, meaning it could be plugged into many of the same projects.
The board comes with a 1.2GHz MIPS32-based dual-core processor and 1GB of RAM with PowerVR SGX540 graphics for OpenGL 2.1 and ES 2.0 compatibility, meaning its capable of 1080p gaming at 30fps. It also features Ethernet connectivity alongside 802.11b/g/n Wi-Fi and Bluetooth 4.0 plus 4GB storage onboard.
While it’s easy to compare the Creator CI20 to the Raspberry Pi, Imagination’s executive vice president of marketing, Tony King-Smith, told V3.co.uk that the develop board is not intended as a direct rival.
“We’re not trying to compete with devices like Raspberry Pi and Arduino, which many developers will already have, we’re giving them more options, and we believe this is a pretty rich offering,” he said.
King-Smith said that the Creator CI20 is ideal for the IoT revolution because of its embedded wireless capabilities, but also because it is capable of running mature OS such as Linux and Android that support graphical user interfaces.
“This will make IoT interesting, whether you’re looking at a thermostat or a sensor or whatever, it’s a compelling user interface that gets people excited,” he added.
Imagination has also launched a Creator Programme alongside the developer board to stimulate an IoT ecosystem around the device.
Will ARM’s Mbed OS Help The IoT?
October 13, 2014 by admin
Filed under Around The Net
Comments Off on Will ARM’s Mbed OS Help The IoT?
ARM has announced a software tool to make Internet of Things (IoT) deployment faster and easier and thus speed up the creation of IoT devices.
Called the Mbed IoT Device Platform, the software is primarily an operating system (OS) built around open standards that claims to “bring Internet protocols, security and standards-based manageability into one integrated tool” in order to save money and energy in making IoT devices.
The Mbed IoT Device Platform is made up chiefly of the Mbed OS, a free operating system for Cortex-M processor based devices that “consolidates the building blocks of the IoT in one integrated set of software components” and contains security, communication and device management features to enable the development of lower power IoT devices.
The OS will be available to Mbed partners in the fourth quarter for early development, with the first production devices due in 2015 to allow companies to focus on innovation, reducing development costs and time to market.
It will also support standards such as Bluetooth Smart, 2G, 3G, LTE and CDMA cellular technologies, Thread, WiFi, and 802.15.4/6LoWPAN along with TLS/DTLS, CoAP, HTTP, MQTT and Lightweight M2M, ARM said.
The Mbed OS will also feature the Mbed Device Server, a licensable software product that provides the required server-side technologies to connect and manage devices in a more secure way. It also provides a bridge between the protocols designed for use on IoT devices and the APIs that are used by web developers.
“This simplifies the integration of IoT devices that provide ‘little data’ into cloud frameworks that deploy big data analytics on the aggregated information,” said ARM. “Built around open standards, the product scales to handle the connections and management of millions of devices.”
Mbed Device Server is available now, with an aim to improve efficiency, security and manageability for devices using a “standards-based and IoT approach”, ARM said.
The software also comes with its own community, Mbed.org, which is the focus point for a more than 70,000 developers around the platform. The website provides a database of hardware development kits, a repository for reusable software components, reference applications, documentation and web-based development tools. It is already up and running, ARM said.
“Deploying IoT-enabled products and services requires a diverse set of technologies and skills to be coordinated across an organization,” said ARM CEO Simon Segars. “ARM Mbed will make this easier by offering the necessary building blocks to enable our expanding set of ecosystem partners to focus on the problems they need to solve to differentiate their products, instead of common infrastructure technologies. This will accelerate the growth and adoption of the IoT in all sectors of the global economy.”
ARM is launching Mbed with a number of partners, including Atmel, CSR, Ericsson, Farnell, Freescale, IBM, KDDI, Marvell, Megachips, Multitech, Nordic Semiconductor, NXP, Renesas, Seecontrol, Semtech, Silicon Labs, Stream Technologies, ST, Telenor Connexion, Telefonica, Thundersoft, u-blox, wot.io and Zebra.
Can Intel Go Wireless?
July 17, 2014 by admin
Filed under Uncategorized
Comments Off on Can Intel Go Wireless?
Intel wants to lead the drive into a less wired world by pushing standards, drive down the cost, and make these technologies ubiquitous.
At Computex, Intel demonstrated WiGig wireless docking and simultaneous wireless charging of a laptop, smartphone, headset and tablet with a pad placed under a tabletop. The company said that it would deliver reference designs for systems that use the technology in 2016 as part of a future Core processor family known as Skylake.
WiGig trades range for speed and operates in the 60GHz spectrum, compared with 2.4- and 5.0GHz for WiFi. It can transfer data at speeds of up to 7Gbps, compared to a maximum speed of a little more than 1Gbps for 802.11ac.
WiGig can be used to stream video from a mobile device to a TV or monitor, replacing HDMI and DisplayPort cables, but is being seen as a way of carrying out networking and wireless docking. It means that you can put your laptop on your desk and it automatically connects with your monitor, keyboard and mouse, printer and other peripherals without cables.
Intel plans to make its own WiGig chips. The outfit said it will have silicon for both transmitters and receivers in production by the end of this year, and available in products in the first half of 2015. Intel also wants to push Rezence for wireless charging.
Chipzilla has added that it will contribute some of its own IP to expand the standard to support wireless charging of laptops (which requires at least 20 watts) and that Rezence will be part of a Skylake reference design by 2016. This means that the world could be wirelessly networked soon after that.