Daily Archives: August 9, 2011

3 posts

Huawei Launches HiLink E353 Plug and Link Datacard

Huawei, a leading global information and communications technology (ICT) solutions provider, announced the commercial launch of the world’s first plug and link data card, the HiLink E353. Powered by a number of patented technologies, the HiLink E353 automatically connects users to the Internet in as little as 15 seconds after the datacard is inserted into the USB port, without the need for a tedious dial-in process, driver installation or manual configuration. This is up to 75% faster than products currently on the market. The HiLink E353 is the first EDGE/GPRS/GSM-compatible product in the Huawei HiLink series that supports HSPA+network with 21 Mbps Downlink.

Wu Shimin, President of Mobile Broadband, Huawei Device, said, “Huawei is committed to providing customers with products that feature ease of use and optimal user experience. With customers at the heart of our strategy, we have been at the forefront of datacard development with industry-leading technologies and product form factors. Leveraging revolutionary 4th generation datacard technology, the HiLink series is poised to change the datacard industry landscape. The HiLink technology is the result of more than one year of dedicated research and development and we believe that it will not only enhance consumers’ user experience, it will also enable operators to reduce backend development and maintenance costs and speed up UI customization, enhancing the competitiveness of their products.”

www.huawei.com

Elektrobit Android Specialized Mobile Device Platform

New Android-Based Platform Provides Defense, Public Safety Markets Tailor-made Mobile Devices, Specific to Vertical Requirements-All with Minimal Development Risk, Lower Development Costs and Faster Time-to-Market

EB, Elektrobit Corporation, a developer of leading edge embedded technology solutions for automotive and wireless industries, today announced the EB Specialized Device Platform, an Android-based mobile device platform for specialized markets. Leveraging mass market mobile device hardware/software technologies and economies of scale, the platform enables vertical markets such as defense, public safety and security to roll-out customized mobile devices that meet specific industry functional or performance requirements-faster and with lower development risks and costs.

“Specialized verticals, particularly those in the defense sector, deploy mobile devices with extended product life cycles – yet they still want mobile solutions that offer the latest technological advancements,” said Michael Valenti, senior research analyst with Frost & Sullivan. “EB is well positioned to serve these vertical interests, as the company has a rich heritage in mobile device design, integration, and development as well as a depth and expertise in bringing unique mobile solutions to specialized markets.”

A versatile platform, the EB Specialized Device Platform allows EB’s customers to benefit from the commercial technologies driving the rapid growth of the consumer wireless device market while giving market specific features and device type customization to specialized market organizations. As a smartphone-tablet platform, organizations get a ‘made-to-order’ mobile device that incorporates key design features desired for a particular mobile device with specific hardware and software features required by their market segment. For example, military vendors can specify MIL-STD-810G mechanics for a ruggedized Android handset, integration of a proprietary security engine or optimization of a proprietary software application to extend the device battery life.

The platform is comprised of components specifically focused to extend product life cycle, deliver excellent performance and simplify the platform evolution. It is anchored by the Texas Instruments OMAP(TM) family of application processors and includes both OMAP3(TM) series single-core and OMAP4(TM) series dual-core options. EB chose TI’s OMAP processors for their balance between competitive mass market performance and unique features, such as integrated and fully programmable C64x Digital Signal Processor, that appeals to the target vertical markets. Other key features include integrated cellular connectivity options including LTE with Band 14 support for the U.S. Public Safety market, a high-resolution touch-screen enabled display with superior sunlight readability, Wi-Fi, Bluetooth, GPS and advanced battery and power management features. Additionally, EB offers other advanced features such as integrated mobile satellite connectivity.

“Specific markets such as defense and public safety require unique mobile devices that must meet stringent compliance and regulatory requirements; thereby making it difficult for them to deploy traditional smartphones and tablets across their field teams,” said Jani Lyrintzis, vice president and general manager, EB. “EB has solved this problem, by introducing the Specialized Device Platform – that uniquely offers the best of the traditional mobile world, with the Android operating system and key mobile hardware/software/radio features, combined with product-and industry-specific features-which allows these vertical organizations to bring new mobile devices to market quicker, more cost-effectively and with less development risk.

Availability and Engagement Model

The EB Specialized Device Platform is generally available today for devices to be commercialized with the OMAP3 Series applications processor and 3G cellular connectivity options. Devices requiring the OMAP4 Series applications processors or the 4G/LTE cellular connectivity options can be commercialized in the first half of 2012.

EB offers the platform in three engagement models – a complete turnkey solution, in which EB will develop, manufacture (using partners) and supply the end-product; a joint development approach – in which EB and its customer cooperate on the device development, followed by EB handling all aspects of the manufacturing and end-product supply chain cycles; and finally a joint development plus licensing model – in which EB and its customer cooperate on the device development, but the customer is responsible for the end-device manufacturing and supply.

For more information on the EB Specialized Device Platform please visit: http://www.elektrobit.com

CERN LHC@home 2.0 project

LHC@home 2.0 is a volunteer computing platform for physicists working at the Large Hadron Collider – the world’s largest particle accelerator – at CERN, the European Particle Physics Laboratory. This platform will host several sub-projects for different LHC physics groups.

Home computer users can now be part of a global effort to simulate data that physicists will use in their analysis of LHC data, by running simulations of particle collisions on your home computer. The first project to run on the LHC@home 2.0 platform – currently in test phase – is called Test4Theory.The results are submitted to a central database which is used as a common resource by both experimental and theoretical scientists working on the Large Hadron Collider at CERN. Hopefully, these explanations can help give an idea of why the computing resources made available by volunteers in this way can be crucial for improving our understanding of what is really happening inside the beam pipe of the Large Hadron Collider.

In order to run the collision simulations you will need to install two key applications ion your computer:
VirtualBox
BOINC client.

LHC@home 2.0 is an extension of the LHC@home platform, launched in 2004 to help physicists simulate protons beam dynamics in the LHC.

More info: http://lhcathome.web.cern.ch/LHCathome/Physics/