ROZNOV, Czech Republic - May 21, 2012 - ON Semiconductor (Nasdaq: ONNN), a premier supplier of high performance silicon solutions for energy efficient electronics, has expanded its operations located in Roznov with the opening of a new 4,000 square meter state-of-the-art research and design (R&D) facility. The center, located on the company's Roznov campus, is focused on the development of energy efficient power solutions for use in televisions, notebook computers, battery chargers, white goods, and LED lighting and wireless applications.

The Event

On May 22, the company will host an onsite grand opening ceremony at its new Roznov Design Center. The event will begin at 12:30 p.m. at 1. máje 2230, 756 61 Rožnov pod Radhoštěm. Company executives will be in attendance, with Keith Jackson, president and CEO of ON Semiconductor, presiding over the opening ceremony. The event is organized under patronage of Czech Prime Minister Petr Necas. Government officials from the Czech Republic and Czechinvest have been invited. Members of the media are welcome.

New Design Center Building

Minimizing the impact on the environment was an important consideration during the design and construction of the new Roznov design center building, which houses 1,000 square meters of high tech laboratories. The building was constructed with power efficient heating and cooling systems. Several innovative energy recuperation systems have also been incorporated, including the transfer of wasted heat for hot water preparation and to warm general office space with the building. High efficiency windows and effective internal insulation have also been installed to further decrease the building's carbon footprint. The building was designed byTeen Engineering and architect Michael Malysa. The general contractor for construction was Skanska. Last week, the building was awarded "Honorable Mention" in the 2011 Building of the Year Contest for the Industrial Buildings category. The award was given by Czech Chamber of Architects under patronage of regional council president - Zlin region.

Commitment to Czech Republic

"ON Semiconductor's new Roznov Design center and all our talented teams in Roznov and Brno play a key role within the company's global network,” said Keith Jackson, president and CEO of ON Semiconductor. "The Roznov design team is charged with developing innovative technologies and products to improve energy usage within the myriad of electronics manufactured by our global customers. As such, the products being designed in the Czech Republic are helping to reduce energy consumption and improve overall CO2 emissions."

Both ON Semiconductor and the Czech government have made important financial investments into the success of our employees here and the company's R&D, manufacturing and business support operations located in Roznov and Brno. In recent years, ON Semiconductor has expanded its manufacturing capabilities and capacity at its Roznov fabs, built the new Roznov design center facility, and expanded its IT and new product design teams by more than 50 people.

"The ongoing cooperation and subsidy support we receive from the Czech government, Czechinvest and EU funds have been fundamental to our decision to continue to invest in and grow our operations in the Czech Republic," said Keith Jackson, president and CEO for ON Semiconductor. "The government subsidies ON Semiconductor receives assist in the advanced training of our local teams and have enabled us to bring on some of the equipment necessary for the expansion of our research, design, laboratory and manufacturing operations here. We look forward to continuing to build upon our successful working partnerships with government leaders and our outstanding company teams in the Czech Republic."

History in Czech Republic

ON Semiconductor's operations in the Czech Republic date back to 1999 when the company spun off from Motorola and took on the facilities and employees in Roznov. In the years since then, the number of Roznov design center employees has expanded from 12 to more than 100 design engineers. The entire Roznov campus, which includes the design center, a 6-inch wafer manufacturing fab, a silicon wafer production facility and business operations support teams now employs a total of approximately 1,300 people. The design facility ON Semiconductor operates in Brno was acquired in 2008, employs almost 100 people, and is focused primarily on development of state-of-the-art analog and mixed-signal integrated circuits for automotive applications. The company is also active with area universities to support and connect electronics engineering education and students with the industry.

About ON Semiconductor

ON Semiconductor (Nasdaq: ONNN) is a premier supplier of high performance, silicon solutions for energy efficient electronics. The company's broad portfolio of power and signal management, logic, discrete and custom devices helps customers effectively solve their design challenges in automotive, communications, computing, consumer, industrial, LED lighting, medical, military/aerospace and power applications. ON Semiconductor operates a world-class, value-added supply chain and a network of manufacturing facilities, sales offices and design centers in key markets throughout North America, Europe, and the Asia Pacific regions. For more information, visit www.onsemi.com.

X-ES introduces a PMC/XMC-based router, the XPedite5205 Embedded Services Router (ESR) and a packaged router in a Small Form Factor (SFF) enclosure, the SFFR. Both routers run Cisco™ IOS® Software with Cisco Mobile Ready Net capabilities, providing highly secure data, voice, and video communications to stationary and mobile network nodes across wired and wireless links.

The X-ES routers use the same Cisco IOS that IT staffs in the military, energy, public safety, and other industries are already trained on to enable these organizations to expand their network to personnel, equipment, facilities, and vehicles at the edge of the network – warfighters on the battlefield, mines and drilling platforms, natural disaster mobile command centers – without any additional training. UHF, VHF, Wi-Fi and other radio platforms can be connected to these routers to create the network nodes used to form mobile ad hoc networks (MANETs). With the ability to operate without a connection to central infrastructure, MANETs offer many advantages for military, public safety, and emergency response users. The X-ES routers extend the Cisco enterprise infrastructure beyond the reach of traditional fixed-network infrastructure for oil and gas, mining, smart grid, heavy construction, transportation, homeland security, and public safety applications.

Both routers offer high performance, four Gigabit Ethernet interfaces, and a rich Cisco IOS Software feature set for the most Size, Weight, and Power (SWaP) constrained applications. To meet the needs of demanding mobile and embedded networking applications, the routers provide hardware encryption, radio aware routing (RAR) with support for the latest Dynamic Link Exchange Protocol (DLEP), support for IPv6, integrated threat control with integrated Cisco IOS firewalls and Intrusion Prevention System (IPS), and Quality of Service (QoS).

The XPedite5205 ESR is an air- or conduction-cooled PMC/XMC router card that can plug into existing sockets or be used in stand-alone applications. For the SFFR, there are available packaging options to meet a wide range of application and industry needs. The SFFR is available in natural convection-cooled, conduction-cooled, or forced air-cooled enclosures in either horizontal or vertical orientations. It is available with commercial RJ-45, industrial IP66/67, or military D38999 front-panel connectors. To enable the SFFR to be deployed quickly, the rugged router has passed appropriate environmental and EMI testing.

About X-ES

Extreme Engineering Solutions, Inc. (X-ES), a 100% U.S.A. based company, designs and builds single-board computers, I/O boards, power supplies, backplanes, chassis, and system-level solutions for embedded computing customers. X-ES offers cutting-edge performance and flexibility in design, plus an unparalleled level of customer support and service.

If you try to pronounce SFFR, we think you’ll say “safer,” which is exactly what SFFR offers: safer, secure, encrypted communications, courtesy of superior Extreme Engineering Solutions (X-ES) hardware, running Cisco IOS® IP Routing software. At less than 72 cubic inches and 3.5 pounds, SFFR is the smallest available rugged router hosting Cisco IOS. The SFFR router provides mobile ad hoc networking for military, heavy industry, and emergency response, extending the Cisco enterprise infrastructure beyond the reach of traditional fixed-network infrastructure. Industries that can benefit from SFFR include energy companies with smart grid monitoring requirements, transportation, public safety, and mining.

The X-ES SFFR router incorporates Cisco IOS IP Routing Software with Cisco Mobile Ready Net capabilities to provide highly secure data, voice, and video communications to stationary and mobile network nodes across both wired and wireless links. Combining the SFFR with UHF, VHF, Wi-Fi, and other radio platforms enables integrators to create mobile, wireless, ad hoc networks, without requiring a connection to central infrastructure.

SFFR is a packaged, deployment-ready system for the most Size, Weight, and Power (SWaP)-constrained applications. This rugged router, available in natural convection-cooled, conduction-cooled, or forced air-cooled enclosures, can be installed tomorrow in any vehicle or aircraft and/or deployed in the harshest of environments.

Unique features of SFFR include:

• Rugged router running Cisco IOS Release 15.2GC

• Cisco Unified Communications Manager Express (CME) support

• Cisco Mobile Ready Net, which allows for mobile ad hoc networking and Radio Aware Routing (RAR) with Dynamic Link Exchange Protocol (DLEP)

• Hardware acceleration and hardware encryption

• Integrated threat control using Cisco IOS Firewall, Cisco IOS Zone-based Firewall, Cisco IOS Intrusion Prevention System (IPS), and Cisco IOS Content Filtering

• Identity management using authentication, authorization, and accounting (AAA) and public key infrastructure

• Four integrated 10/100/1000 Ethernet ports available via commercial RJ-45, industrial IP66/67, or military D38999 connectors

• Mini-system footprint of only 4.88 in. (W) x 1.90 in. (H) x 7.70 in. (L) = 71.4 in3

• Integrated MIL-STD-704 28V DC power supply with MIL-STD-461 E/F EMI filtering

• -40 to +85°C operational temperature range

• Meets MIL-STD-810F environmental and MIL-STD-461E EMI specifications

• Natural convection cooling, conduction cooling, or forced air cooling

“Our customers wanted to avoid all IT training costs, and SFFR runs the exact same version of IOS that IT professionals are already using in-office,” states Bret Farnum, VP of Sales and Marketing, X-ES. “This allows them to expand their network to personnel, equipment, and facilities at the edge of the network – warfighters on the battlefield, mines and drilling platforms, and natural disaster mobile command centers – without any additional training.”

With the addition of the SFFR, X-ES is offering customers the ability to immediately field a rugged router that has been tested, qualified, and is ready to deploy. X-ES customers have the choice of integrating the XPedite5205 Embedded Services Router (ESR) PMC module into their system or deploying the SFFR router.

About X-ES — Extreme Engineering Solutions, Inc. (X-ES), a 100% U.S.A. based company, designs and builds single-board computers, I/O boards, power supplies, backplanes, chassis, and system-level solutions for embedded computing customers. X-ES offers cutting-edge performance and flexibility in design, plus an unparalleled level of customer support and service. For further information on X-ES products or services, please visit our website: www.xes-inc.com or call (608) 833-1155.

Extreme Engineering Solutions (X-ES) announces XPedite5205, a versatile, Size, Weight, and Power (SWaP)-optimized, embedded router module hosting Cisco IOS® IP Routing software. The XPedite5205 Embedded Services Router (ESR) provides mobile, ad hoc networking for military and emergency response, and it extends the Cisco enterprise infrastructure beyond the reach of traditional fixed-network infrastructure for oil and gas, mining, smart grid, transportation, and public safety applications.

The XPedite5205 ESR incorporates Cisco Mobile Ready Net capabilities to provide highly secure data, voice, and video communications to stationary and mobile network nodes across both wired and wireless links. Combining the XPedite5205 ESR with UHF, VHF, Wi-Fi, and other radio platforms enables integrators to create mobile, wireless, ad hoc networks, without requiring a connection to central infrastructure.

As a PMC/XMC module, the XPedite5205 can be retrofitted instantly for use in any available PMC or XMC site, leveraging 20 years of deployed VME, CompactPCI, VPX, and custom systems. It also can be mounted on an application-specific carrier card or used on an X-ES development carrier. The rugged XPedite5205 ESR module can be deployed in the harshest environments for embedded applications with SWaP constraints.

The XPedite5205 ESR features include:

• Freescale Power Architecture Processor

• Four integrated 10/100/1000 Ethernet ports

• Cisco IOS Release 15.2GC Software

• Cisco Unified Communications Manager Express (CME) support

• Cisco Mobile Ready Net, which allows for mobile ad hoc networking and Radio Aware Routing (RAR) with Dynamic Link Exchange Protocol (DLEP)

• On-board hardware acceleration and encryption

• Integrated threat control using Cisco IOS Firewall, Cisco IOS Zone-based Firewall, Cisco IOS Intrusion Prevention System (IPS), and Cisco IOS Content Filtering

• Identity management using authentication, authorization, and accounting (AAA) and public key infrastructure

• Conduction- or air-cooled PMC/XMC form factor with max power consumption of 15W

“We estimate there are 6,000,000 open PMC module sites that could host an XPedite5205 tomorrow running Cisco IOS. These open module sites span across industries, from telecommunications base stations to industrial mining operations to hardened military systems,” states Bret Farnum, VP Sales & Marketing at X-ES. Adds Farnum, “With the clear majority of IT professionals being trained on Cisco IOS, adding an XPedite5205 to an already deployed system requires no training time or expense.”

“With the introduction of the Cisco 5205 Embedded Service Router, Cisco is extending the flexible, ruggedized options available to customers and partners for embedded deployments,” states Tony Jeffs, senior director of marketing, Cisco Global Government Solutions Group. “Collaborating with X-ES, an embedded computing leader, enabled us to bring a product to market much more quickly. X-ES is expanding the Cisco IOS market by providing rugged routers based on Cisco IOS IP Routing software for embedded applications in harsh environments. This release of Cisco IOS is based on the same software that we use in our enterprise class routers; and therefore, it will leverage the on-going development and support of greater Cisco over the long haul.”

About X-ES — Extreme Engineering Solutions, Inc. (X-ES), a 100% U.S.A. based company, designs and builds single-board computers, I/O boards, power supplies, backplanes, chassis, and system-level solutions for embedded computing customers. X-ES offers cutting-edge performance and flexibility in design, plus an unparalleled level of customer support and service. For further information on X-ES products or services, please visit our website: www.xes-inc.com or call (608) 833-1155.

Data Sheet: www.xes-inc.com/assets/products/files/XPedite52[...]

Press Photo: www.xes-inc.com/assets/photos/content/063706_XP[...]

May 15th 2012 - Ubidyne, a leading developer of dynamic digital active antenna technology for wireless communications, is showcasing its unique chip-based power amplifier solution for active antenna design at the LTE Summit later this month in Barcelona. Ubidyne’s new P-Chip is at the heart of its latest micro radio transceiver and delivers scalable output power solutions for both small-cell and macro-cell active antennas. This means that radio equipment vendors and mobile network operators can benefit from economies of scale by using the same micro radio technology for any size of mobile operator cell array and network standard.

Based on the Doherty amplifier design, a single transceiver provides output power between 0.8W and 6.4W by parallel use of P-Chips. For example, an array with 16 micro radios can easily exceed the output power of 2x40W of today’s available remote radio heads. The P-Chip is the only fully integrated Doherty MMIC (monolithic microwave integrated circuit) power amplifier with more than 39 dBm peak output power. With high levels of integration and few external components, Ubidyne’s P-Chip provides low-cost transceiver solutions for the telecom equipment market across a wide range of mobile operator requirements.

Release 3.5 of Ubidyne’s Active Antenna System solution featuring the new P-Chip micro radio is being launched at the LTE Summit next week. All Ubidyne active antenna solutions feature one transceiver or micro radio per antenna radiator to deliver significant performance benefits. The uB700 supports 4G (LTE) in the 700MHz digital dividend band for broadband mobile networks, while the uB900 supports GSM, UMTS and LTE in the 900MHz frequency band to address mobile networks in Europe, Africa, Oceania, Asia and the Middle East. Ubidyne is also developing an 800MHz solution and in the near future will support high-band up to 2.6GHz as well as multi-band requirements.

Ubidyne's micro radio is the main building block of its active antenna architecture, comprising a complete transceiver that can be used multiple times in a macro antenna array. Each micro radio can be controlled completely digitally and independently by a central hub which enables advanced features like beamforming and electronic tilting as well as a self-healing capability that significantly reduces OPEX for mobile network operators.

“The P-Chip sets a new standard for micro radio design, delivering un-matched performance, flexibility and economies of scale for use in both macro and small cell active antenna solutions,” said Michael Fränkle, CEO of Ubidyne. “We are now able to offer radio equipment vendors a powerful, cost-effective solution that can be configured precisely to meet the needs of mobile operators for all standards and cell sizes.”

About Ubidyne

Ubidyne is a leading developer of dynamic digital active antenna technology for wireless communications. Ubidyne’s standards-agnostic micro radio technology can be integrated with wireless antennas and revolutionises the economics of mobile communications. These integrated active antenna systems are compatible with current and next generation standards, while the Ubidyne architecture enables radio equipment vendors to improve time to market and reduce development efforts by using its architecture, chipsets and algorithms. The Ubidyne technology significantly reduces energy consumption while improving radio performance, deployment flexibility, coverage and capacity of mobile communications networks globally.

Ubidyne has filed more than eighty patents in the US, China and Europe related to the company's Antenna Embedded Radio technology.

For more information, visit www.ubidyne.com or visit Ubidyne at the LTE world summit at Barcelona, CCIB Conference Center, stand 90 between 23rd and 24th of May; or at CommunicAsia2012 in Singapore from 19th to 22th June.

For more information or to arrange an interview, please contact Peter Rennison or Allie Andrews at PRPR, Tel: + (0)44 1442 245030, pr[at]prpr[dot]co.uk / allie[at]prpr[dot]co.uk

Distributed on behalf of PRPR by NeonDrum news distribution service (www.neondrum.com)

Tokyo, May 9, 2012 - TDK Corporation has developed the mSATA type SSD (Solid-State Drive) SMG3B series with support for 3 Gbps serial ATA. The products will be available from July 2012.

The SMG3B series drives with mSATA interface measure only about 30 mm x 50 mm and offer storage capacities up to 64 GB. High-speed mSATA implementation achieves actual read access speed of 170 MB per second. The mSATA standard, established by the Serial ATA International Organization (SATA IO), was initially adopted mainly for digital consumer products such as tablet computers and netbooks. Because of its space-saving advantages, the standard is now gaining increased acceptance also for social infrastructure equipment and smart grid applications. Products designed for such uses must fulfill high requirements not only with regard to data reliability but also in terms of endurance, data security, reliability monitoring, and similar aspects.

The SMG3B series uses the TDK original SSD controller GBDriver RS3, featuring powerful error correction expandable to 44-bit ECC. Data reliability has been significantly enhanced thanks to a sophisticated power interruption data preservation algorithm and the auto refresh function. Another special feature is the data randomizer that varies data patterns during writing to reduce the risk of bit errors.

Thanks to the use of high-reliability Single Level Cell (SLC) NAND type flash memory and the global static wear leveling capability of the GBDriver RS3 that allows high-speed distributed writing, the drives achieve a storage life that meets the requirements of industrial equipment characterized by high usage frequency and long service periods.

Data security also has been enhanced. The ATA standard security functions of the SMG3B series allow the user to set a password to counter the risk of data leaks, tampering, or unauthorized copying. AES* 128-bit encryption. used when writing data to the flash memory, makes it impossible to analyze data by reverse engineering. The ATA Trim command allows complete data erasure which is vital when replacing or discarding a drive.

Glossary

- AES: Advanced Encryption Standard. A block encryption method registered as United States Department of Commerce Federal Information Processing Standards FIPS PUB197

Main applications

- Thin-client computers, tablet computers, SATA RAID SSD installations and other IT equipment for cloud computing systems

- Fish finders, GPS plotters, satellite compass systems, NAVTEX, 3D navigation radar, VTS (Vessel Traffic Services) equipment, land-based AIS (Automatic Identification System) equipment, Inmarsat, weather fax, weather satellite image receivers, ECDIS (Electronic Chart Display and Information System) equipment and other maritime navigation equipment

- Multi-function printers (MFPs), commercial-use projectors, telephone conferencing systems, electronic blackboards and other office automation equipment

- Karaoke on demand systems, arcade games and other amusement equipment

- Digital signage, electronic billboards, electronic point-of-purchase (POP) displays and other advertising display equipment

- Semiconductor manufacturing equipment, NC machine tools, sequencers, programmable logic controllers, panel computers, embedded CPU boards and other factory automation equipment

- Automated ticket gates, automated ticket vending machines, commuter pass vending machines, train movement management systems, automated air ticket vending machines, automated check-in systems and other railway and transportation services equipment

- Cashless registers and other point-of-sales (POS) equipment, convenience store and kiosk terminals, ATMs and other banking terminals

- Diagnostic imaging systems, blood analysis equipment, medical PCs, electronic patient records systems, DNA microarray systems, automatic biochemistry analyzers, remote medical care devices, automated care devices and other medical equipment and data analysis equipment

- Base station equipment for 4th generation (4G) mobile data communication systems such as LTE-Advanced/WiMAX2 and other communications and broadcasting equipment and information system devices

- Smart electricity meters, power grid infrastructure equipment, automated power equipment control systems, energy management systems, building air conditioning systems and other smart grid equipment

- Biometric authentication systems, entry/exit control systems, security terminals for surveillance cameras and other security equipment

- Earthquake emergency information systems, household fire detectors and other disaster prevention related equipment

Main features and benefits

1. Host Interface

Compliant with Serial ATA Standard Revision 2.6. Compatible with Gen1:1.5 Gbps, and Gen2:3.0 Gbps.

Realizes high-speed access: 170 MB/sec read access, 70 MB/sec. write access.

(64 GB type, measured with Crystal Disk Mark 3.1. Actual speeds depend on the system environment.)

2. Single Level Cell (SLC) NAND Type Flash Memory

3. TDK SSD Controller GBDriver RS3

The product uses the NAND type flash memory controller GBDriver RS3 developed by TDK, offering the following technology features for enhanced reliability.

3.1 Global static wear leveling

TDK's global static wear leveling algorithm counts the number of times each memory block is erased (programmed) and replaces blocks uniformly. Static blocks such as OS/FAT are also periodically leveled, which drastically improves the lifespan of the installed flash memory. The 64 GB type for example supports approximately 6.3 billion erase cycles. Even at a rate of 10 erases per second, this equates to an expected service life of 20 years.

3.2 Power interruption tolerance algorithm

A proprietary algorithm reduces the risk of collateral data errors such as corruption of data other than the data being written if power is interrupted when writing data.

3.3 Error correction and recovery

8-bit, 15-bit/512 byte, 30-bit, 44-bit/1KB ECC capability together with an auto recovery function correct bit errors automatically when reading data repeatedly (read disturbance errors).

3.4 Data randomizer function

Data patterns are automatically randomized during the write process, to minimize the risk of bit errors due to writing the same data repeatedly.

3.5 Auto-refresh function

While there is no access by the host, internal data are automatically refreshed. This function is paused during access, so there is no delay in response.

3.6 Automated encryption using 128-bit AES

The integrated 128-bit AES encryption function automatically encrypts data when writing to the NAND flash memory, to prevent leaking of and tampering with personal data and confidential information.

3.7 ATA Trim command

The ATA Trim command improves write performance when erasing unneeded data. The command enables complete and secure data erasure which is vital when replacing or discarding a drive.

3.8 Other functions

(a) Total sector number setting function (clipping function)

The number of logical blocks allocated to a data area can be adjusted up or down in individual block units. For example, the number of times data can be written to the flash memory can be increased by reducing the number of logical blocks in the data area. Conversely, in the case of applications that do not require an extended life span, the memory capacity can be maximized by increasing the number of logical blocks in the data area.

(b) Protection function

Incorporation of an ATA standard protection function allows customers to set and remove a password to implement independent authentication and protect important data.

(c) SMART command support

The number of times all memory blocks are erased (programmed) can be obtained using the SMART command, which allows for easy determination of the flash memory status and facilitates appropriate lifespan management.

4. Solution Support

TDK has independently developed and marketed the GBDriver series of NAND Flash memory controllers since 2000 and provides technical support to customers in Japan and overseas backed up by its advanced proprietary technologies. This includes dispatch of field application engineers which is a vital service especially in the embedded systems market, and support for implementation of reliability monitoring functions.

About TDK Corporation

TDK Corporation is a leading electronics company based in Tokyo, Japan. It was established in 1935 to commercialize ferrites, a key material in electronic and magnetic products. TDK's current product line includes passive components, magnetic application products as well as energy devices, flash memory application devices, and others. TDK today focuses on demanding markets in the areas of information and communication technology and consumer, automotive and industrial electronics. The company has a network of design and manufacturing locations and sales offices in Asia, Europe, and in North and South America. In fiscal 2012, TDK posted total sales of USD 9.9 billion and employed about 79,000 people worldwide.

Zaragoza, Spain – May 9th, 2012 Just one week after releasing the document “50 Sensor Applications for a Smarter World” Libelium launches the first 3G module for the Arduino platform. The new module which works under a "plug and play" philosophy makes any of the half million plus Arduinos spread over the world accessible everywhere and at any time.

The new module for Arduino has been designed by Cooking Hacks - the open hardware division inside Libelium - and shares the same open hardware and open source philosophy of Arduino. "We want Arduino community to be able to learn and improve this new design, for this reason we have made public the schematics and source code libraries of the module" explains Libelium's CTO, David Gascón.

The new 3G shield for Arduino enables connectivity to high speed WCDMA and HSPA cellular networks allowing transfers up to 7.2Mbps (20 times faster than with GPRS technology). The module also counts with an internal GPS that enables the location of any Arduino both outdoors and indoors, combining standard positioning data from satellites with mobile cell triangulation in the assisted mobile mode (A-GPS).

The new Arduino 3G module also includes a small camera for video recording in high resolution and a complete audio interface that enables Arduino to run with all the functionalities of a smartphone device.

The new communication module is specially oriented to work with web servers implementing all the functions that simplify transfer of the information to the Internet. "Now every Arduino will be able to make HTTP and HTTPS (secure) connections, downloading and uploading content to any web server in the Cloud using high speed 3G networks" adds David Gascón, the Libelium's CTO.

During the past years Cooking Hacks has been an active part in the design of new modules and shields for Arduino, from the famous "Arduino XBee shield" -released in 2007- (that enabled thousands of Arduino to use the ZigBee protocol) to the "Radiation Sensor Board" which allowed Arduino users in Japan measure the radiation levels after the Fukushima disaster last year.

For more information about the new 3G/GPRS module for Arduino go to:

www.cooking-hacks.com/index.php/documentation/t[...]

About Libelium

Libelium designs and manufactures hardware technology for the implementation of wireless sensor networks so that system integrators, engineering and consultancy companies can implement reliable Smart Cities solutions to end users within the minimum time to market. All our products are modular, horizontal and fast-learning and include extensive documentation and support through a Community of developers.

The company was founded in 2006, is privately held and is based at the European Business and Innovation Centre CEEIARAGON, Zaragoza, Spain.

For more information call +34 976 54 74 92 or visit www.libelium.com

Taiwan Commate Computer Inc.(COMMELL), the worldwide leader of Single Board Computers, announces new Industrial embedded platform with 3rd Atom Cedarview --- Mini-ITX LV-67I, 3.5" Mini-board LE-379 and Pico-ITX LP-172, which featuring the Intel Dual core Atom processor N2800 1.86GHz 6.5W TDP or D2700 2.13GHz TDP 10W with NM10 Express chipset, optimize both processor and chipset performance, delivering next-generation technologies. Each embedded platform features small form factor, all-in-one design with dual display independent display capabilities in a fanless system, which is especially aimed at users who require solutions with high-performance at low energy-consumption levels, such as medical devices, Digital Signage, Information Kiosk, Point-of-Sale, and Gaming machines and Industrial control systems.

These Embedded Board integrated Intel Graphics Media Accelerator 3650 engine to enhance 3D performance for media applications such as high definition 1080p imaging, and provide DDR3-1066 SO-DIMM SDRAM up to 4GB and an array of video interface including VGA, 18/24-bit (24-bit is enabled on D2700) single channel LVDS or DVI port.

The Min-ITX LV-67I comes with VGA, LVDS and DVI ports, supports two SO-DIMM up to 4GB, The rich I/O includes PS/2 Keyboard and Mouse, 1 x RS232/422/485 and 5 x RS232, 1 x Printer port, 2 x SATAII and IrDA interface on-board, Networking is provided by two Intel 82583 Giga LAN, 6 x USB2.0 ports and HD Audio are also integrated. A PCI slot, one Mini-PCI slot and one PCIE mini card socket allows for easily using any add-on cards. Additionally, The operating voltage of LV-67I is from 9V to 24V DC input or ATX P/S.

The 3.5-inch LE-379 comes with VGA, LVDS and DVI ports, supports one SO-DIMM up to 4GB, The rich I/O includes PS/2, 1 x RS232/422/485 and 5 x RS232, 1 x Printer port, 2 x SATAII (shared with CFast Card socket) and IrDA interface on-board, Networking is provided by one Intel 82583 Giga LAN, 6 x USB2.0 ports and HD Audio are also integrated. One Mini-PCI slot and one PCIE mini card socket allows for easily using any add-on cards. Additionally, The operating voltage of LE-379 is from 9V to 24V DC input.

The Pico-ITX LP-172 comes with VGA, LVDS ports, supports one SO-DIMM up to 4GB, The rich I/O includes PS/2, 2 x RS232, 1 x SATAII, Networking is provided by one Intel 82583 Giga LAN, 4 x USB2.0 ports and HD Audio are also integrated. A PCIE mini card socket allows for easily using any add-on cards. Additionally, The operating voltage is 5V DC input.

About COMMELL

COMMELL is a leading supplier of Single Board Computers and focuses on developing the most advanced and reliable IPC products. In addition to promise our customers constantly stay ahead of this competitive business, we are always in search of disruptive & incremental sustaining innovation. We treat every of our customer as partner and provide the best services and total support. The combination of innovation, superior quality, and excellent services will ensure both Taiwan Commate Computer Inc., and our customers always have the competitive edge in the computer world.

For further information about COMMELL is available at www.commell.com.tw

GreenPeak wins prestigious

2012 Red Herring Top 100 Europe award

Recognized as a leader in developing new wireless technologies for consumer electronics & residential applications and demonstrating rapid growth and adoption by major customers

Utrecht, 26 April 2012

GreenPeak Technologies, a leading low power RF semiconductor company in the ZigBee space, today announced that it has been named a winner in the 2012 Red Herring Top 100 Europe award, a prestigious award honoring the most promising technology innovation companies throughout Europe.

The Red Herring editorial team uses a competitive process to select the most innovative companies from a pool of several hundred from across Europe. The nominees were evaluated on both quantitative and qualitative criteria, such as technological innovation, quality of management, execution of strategy, customer acquisition, market size and integration into their respective industries.

Cees Links, Founder and CEO of GreenPeak technologies says: “It's an honor to be selected among this year’s impressive group and to receive this prestigious award and the recognition of the Red Herring editorial team. Winning the Red Herring Top 100 award is both recognition of market success and a motivation for us to continue focusing on providing best in class RF solutions for consumer electronics and residential applications.”

“Choosing the companies with the strongest potential was by no means a small feat,” said Alex Vieux, publisher and CEO of Red Herring. “After rigorous contemplation and discussion, we narrowed our list down from hundreds of candidates from across Europe to the Top 100 Winners. We believe GreenPeak embodies the vision, drive and innovation that define a successful entrepreneurial venture. GreenPeak should be proud of its accomplishment, as the competition was the strongest it has ever been.”

About GreenPeak Technologies

GreenPeak Technologies is a fabless semiconductor company and is a leader in highly integrated IEEE 802.15.4/RF4CE silicon solutions for consumer electronics.

GreenPeak is headquartered in Utrecht, The Netherlands and has offices in Belgium, Japan and Korea.

GreenPeak is backed by venture capitalists: Gimv (Belgium), DFJ Esprit (UK), Robert Bosch Venture Capital (Germany) and Allegro Investment Fund (Belgium).

For more information, please visit www.greenpeak.com

American engineers unable to travel to Germany for the Hanover Fair (Hannover Messe) can stay up-to-date with the latest news from the world’s largest industrial tradeshow. For the fourth consecutive year, Phoenix Contact will present daily video reports featuring customer and employee interviews, product launches and other news from the show.

Every year, Phoenix Contact introduces several new innovations at the Hanover Fair. In addition, the booth will showcase solutions with a strong emphasis on energy efficiency, including photovoltaics, wind energy, smart energy distribution and e-mobility. The company’s theme for the show, “Solutions for the Future,” emphasizes the importance of encouraging young people to consider engineering and technology careers.

Fitting with that theme, Phoenix Contact USA is hosting two groups of American students at this year’s show. A team from Infinity Charter School won the U.S. version of the Nanoline Contest, and students from Central Dauphin High School won the “Education” category of the international xplore New Automation Competition. Both teams designed and built automation projects involving renewable energy.

To watch the daily video updates, visit www.youtube.com/phoenixcontactusa or www.phoenixcontact.com/hanover2012.

About Phoenix Contact

Phoenix Contact develops and manufactures industrial electrical and electronic technology products that power, protect, connect and automate systems and equipment for a wide range of industries. Phoenix Contact GmbH & Co. KG, Blomberg, Germany, operates 47 international subsidiaries, including Phoenix Contact USA in Middletown, Pa.

For more information about Phoenix Contact or its products, visit www.phoenixcontact.com or call technical service at 800-322-3225, e-mail info@phoenixcon.com.

American engineers unable to travel to Germany for the Hanover Fair (Hannover Messe) can stay up-to-date with the latest news from the world’s largest industrial tradeshow. For the fourth consecutive year, Phoenix Contact will present daily video reports featuring customer and employee interviews, product launches and other news from the show.

Every year, Phoenix Contact introduces several new innovations at the Hanover Fair. In addition, the booth will showcase solutions with a strong emphasis on energy efficiency, including photovoltaics, wind energy, smart energy distribution and e-mobility. The company’s theme for the show, “Solutions for the Future,” emphasizes the importance of encouraging young people to consider engineering and technology careers.

Fitting with that theme, Phoenix Contact USA is hosting two groups of American students at this year’s show. A team from Infinity Charter School won the U.S. version of the Nanoline Contest, and students from Central Dauphin High School won the “Education” category of the international xplore New Automation Competition. Both teams designed and built automation projects involving renewable energy.

To watch the daily video updates, visit www.youtube.com/phoenixcontactusa or www.phoenixcontact.com/hanover2012.

About Phoenix Contact

Phoenix Contact develops and manufactures industrial electrical and electronic technology products that power, protect, connect and automate systems and equipment for a wide range of industries. Phoenix Contact GmbH & Co. KG, Blomberg, Germany, operates 47 international subsidiaries, including Phoenix Contact USA in Middletown, Pa.

For more information about Phoenix Contact or its products, visit www.phoenixcontact.com or call technical service at 800-322-3225, e-mail info@phoenixcon.com.

SANTA CLARA, Calif., April 23, 2012 -- California Eastern Laboratories (CEL) announces sample availability of its new MeshConnect™ EM357 Mini Modules, powered by the premier ZigBee chip, the EM357 from Ember Corporation.

High Performance ZigBee with Mini Footprint

Running the leading ZigBee stack, EmberZNet PRO™, CEL Mini Modules enable monitoring and control in Energy Management, Smart Home, LED lighting and Machine-to-Machine applications. MeshConnect EM357 Mini Modules feature the smallest footprint of all Ember-based modules available today. Designs benefit from sharply reduced PCB real estate, enabling smaller form factors and lower costs while achieving higher performance. Low- and high-output powers (+8dBm and +20dBm) allow designers to choose radio performance that best suits their requirements. With a highly integrated front end IC, the high-power modules provide a market leading +123 dB link budget.

The Smart Choice for ZigBee Development

"We're thrilled with our strong relationship with Ember and we continue to bring leading edge ZigBee technology to market," said Tom Benson, VP of Embedded Systems for CEL. "Ember's engineering excellence in ICs and software combined with CEL's expertise in professional-grade module design and production continue to produce a winning combination for our customers."

CEL's 52 years of RF design experience includes hardware, software and sub-system development across a wide range of applications. This experience is now available to customers. CEL's development support teams in Silicon Valley and Chicago provide design services to accelerate projects and reduce time-to-market.

Pricing and Availability

CEL is sampling MeshConnect EM357 Mini Modules now. Mass Production begins in July 2012. Part numbers are ZICM357SP0-1 (low-output power) and ZICM357SP2-1 (high-output power). Pricing is <$15 in thousand-piece quantities.

For more information, please visit:

www.cel.com/product.do?command=viewOverview&gro[...]

About CEL

California Eastern Laboratories (www.cel.com) develops the MeshConnect™ line of IEEE 802.15.4/ZigBee radio modules and transceiver ICs and is a member of the ZigBee Alliance (www.zigbee.org). CEL is also the exclusive sales and marketing partner in North and South America for products from the Compound Semiconductor Devices Business Division (CSDBD) of Renesas Electronics Corporation.

San Diego, California * * * April 23rd, 2012 * * * congatec Inc., a leading manufacturer of embedded computer modules, has just introduced conga-TM77, a new module with a significant improvement in computing performance combined with enhanced energy efficiency. The crucial innovations in the 3rd generation Intel® Core™ processors relate to the construction, with 3D Tri-Gate transistors and 22 nanometer technology, plus a more powerful integrated graphics core. The type 6 pinout and 3x digital display interfaces provide better display options and increased bandwidths with extra PCI Express lanes.

The COM Express module is fitted with the new quad cores, 3rd generation Intel® Core™ i7-3612QE (4 × 2.1 GHz, 6 MB L2 cache memory, TDP 35W) and Intel® Core™ i7-3615QE (4 × 2.3 GHz, 6 MB L2 cache memory, TDP 45W) processors along with the Mobile Intel® HM76 Express chipset, as well as native USB 3.0 support and the fast dual channel DDR3-1600 MHz memory, providing up to 16 GB. The outstanding newly integrated Intel® HD4000 graphics core is equipped with over 16 execution units, performs up to 50 percent better than its predecessors and can control up to three displays independently of each other.

It also provides Intel® Flexible Display Interface (FDI), DirectX 11 OpenGL 3.1 OpenCL 1.1, as well as a high performance MPEG-2 hardware decoding unit in order to decode multiple high resolution full HD videos in parallel.

OpenCL is a powerful programming environment with which computing tasks can be distributed and processed in a variety of processor systems involving a number of hardware units. The special feature of OpenCL is that multiple parallel execution is possible in a single step (SIMD=Single Instruction Multiple Data), so that it can support the classic parallel computer architecture as well. This is of crucial importance, because not only graphic representations but also many analytical problems are very well suited to parallel processing.

In addition to VGA and LVDS, it has three digital display interfaces, each of which can be configured for DisplayPort (DP), HDMI or DVI. This ensures a maximum of three independent displays for applications in the medical, automation and gaming industries.

With the first native USB 3.0 support for the module, data transfer is considerably faster, energy consumption lower and now even simultaneous sending and receiving of data is possible. Eight USB ports are provided, three of those are capable of USB 3.0 Superspeed operation.

Seven PCI Express 2.0 lanes, PCI Express graphics 3.0 (PEG) × 16 lanes for high performance external graphics cards, four SATA interfaces with up to 6 GB/s and RAID support, an EIDE and a gigabit Ethernet interface facilitate fast and flexible system expansions. Fan control, an LPC bus for simple connection of legacy I/O interfaces and the Intel® high definition audio round off the comprehensive range of features.

The congatec board controller provides an extensive embedded PC feature set. The independent x86 processor makes functions such as system monitoring or the I²C bus faster and more reliable, even if the system is in standby mode.

The matching evaluation carrier board for COM Express type 6 is also available, so that all the new features can be tested with ease.

Pricing and Availability

The conga-TM77 is available immediately and prices start at less than $1,000 in single unit quantities.

About congatec Inc

congatec Inc., with its North American headquarters in San Diego, California, is a leading supplier of industrial computer modules using the standard form factors Qseven, COM Express, XTX and ETX. congatec’s products can be used in a variety of industries and applications, such as industrial automation, medical technology, automotive supplies, aerospace and transportation. Core knowledge and technical know-how includes unique extended BIOS features as well as comprehensive driver and board support packages. Following the design-in phase, customers are given support via extensive product lifecycle management. The company’s products are manufactured by specialist service providers in accordance with modern quality standards. congatec currently has 128 employees and entities in Germany, Taiwan, USA and the Czech Republic. More information is available on our website at www.congatec.us.

News Highlights

· The grant program aids eligible small companies and research groups focused on innovative control and measurement applications in renewable energy and clean-tech fields worldwide.

· Because of the success of customers involved in the NI Green Engineering Grant program, the company is renewing the program for another year.

· Over the past two years, the NI green grant program has helped more than 40 companies deliver their clean energy solutions to market faster through applications such as wind power, energy storage and electric vehicles.

National Instruments today announced that it will renew its Green Engineering Grant program in 2012. In the last two years, the program has provided assistance to more than 40 companies developing next-generation control and measurement solutions in the renewable energy market. The program helps small companies and research groups around the world with up to $25,000 USD in software and training for graphical system design tools and techniques.

The grant assists the creation of innovative solutions that can address today’s complex renewable energy and electrical power challenges associated with the advancement of smart-grid, energy storage, electric vehicles and grid-tied power electronics control systems.

Quotes

“The NI Green Engineering Grant program is helping clean-tech startups get the training and graphical system design tools they need to accelerate the crossover to the era when clean energy is cheaper and more abundant than fossil fuels,” said Brian MacCleery, principal product manager for clean energy technology at National Instruments. “National Instruments is proud to work with leading green engineering innovators like Xtreme Power, whose utility scale energy storage technology can make it possible to get a greater percentage of our power from intermittent, renewable sources.”

“Thanks to NI hardware and LabVIEW system design software, we were able to use a single integrated development environment for everything from FPGA and real-time targets to user interface and diagnostic PCs,” said Richard Jennings, software engineering manager at Xtreme Power. “The NI graphical system design approach helped us focus on our application instead of getting bogged down in low-level syntax and implementation details.”

Grant Features

· Grants are designed for companies or groups planning to use LabVIEW system design software and reconfigurable I/O (RIO) hardware to rapidly develop and commercialize their green technologies.

· The grant awards engineers and scientists developing systems that could make a significant contribution toward a clean energy future.

· The deadline for grant applications is November 1, 2012, and grants will be distributed by January 2013.

Click to Tweet: From @NIGlobal: NI renews Green Engineering Grant program to help clean energy innovators bit.ly/HKalV2

Learn more about the NI Green Engineering Grant program with these additional resources:

· View grant application details at www.ni.com/greengrant

· See how past grant recipients are changing the world

· View more NI solutions for control and monitoring in renewable and electric power

About National Instruments

Since 1976, National Instruments (www.ni.com) has equipped engineers and scientists with tools that accelerate productivity, innovation and discovery. NI’s graphical system design approach to engineering provides an integrated software and hardware platform that speeds the development of any system needing measurement and control. The company’s long-term vision and focus on improving society through its technology supports the success of its customers, employees, suppliers and shareholders.

News Highlights

· The grant program aids eligible small companies and research groups focused on innovative control and measurement applications in renewable energy and clean-tech fields worldwide.

· Because of the success of customers involved in the NI Green Engineering Grant program, the company is renewing the program for another year.

· Over the past two years, the NI green grant program has helped more than 40 companies deliver their clean energy solutions to market faster through applications such as wind power, energy storage and electric vehicles.

National Instruments today announced that it will renew its Green Engineering Grant program in 2012. In the last two years, the program has provided assistance to more than 40 companies developing next-generation control and measurement solutions in the renewable energy market. The program helps small companies and research groups around the world with up to $25,000 USD in software and training for graphical system design tools and techniques.

The grant assists the creation of innovative solutions that can address today’s complex renewable energy and electrical power challenges associated with the advancement of smart-grid, energy storage, electric vehicles and grid-tied power electronics control systems.

Quotes

“The NI Green Engineering Grant program is helping clean-tech startups get the training and graphical system design tools they need to accelerate the crossover to the era when clean energy is cheaper and more abundant than fossil fuels,” said Brian MacCleery, principal product manager for clean energy technology at National Instruments. “National Instruments is proud to work with leading green engineering innovators like Xtreme Power, whose utility scale energy storage technology can make it possible to get a greater percentage of our power from intermittent, renewable sources.”

“Thanks to NI hardware and LabVIEW system design software, we were able to use a single integrated development environment for everything from FPGA and real-time targets to user interface and diagnostic PCs,” said Richard Jennings, software engineering manager at Xtreme Power. “The NI graphical system design approach helped us focus on our application instead of getting bogged down in low-level syntax and implementation details.”

Grant Features

· Grants are designed for companies or groups planning to use LabVIEW system design software and reconfigurable I/O (RIO) hardware to rapidly develop and commercialize their green technologies.

· The grant awards engineers and scientists developing systems that could make a significant contribution toward a clean energy future.

· The deadline for grant applications is November 1, 2012, and grants will be distributed by January 2013.

Click to Tweet: From @NIGlobal: NI renews Green Engineering Grant program to help clean energy innovators bit.ly/HKalV2

Learn more about the NI Green Engineering Grant program with these additional resources:

· View grant application details at www.ni.com/greengrant

· See how past grant recipients are changing the world

· View more NI solutions for control and monitoring in renewable and electric power

About National Instruments

Since 1976, National Instruments (www.ni.com) has equipped engineers and scientists with tools that accelerate productivity, innovation and discovery. NI’s graphical system design approach to engineering provides an integrated software and hardware platform that speeds the development of any system needing measurement and control. The company’s long-term vision and focus on improving society through its technology supports the success of its customers, employees, suppliers and shareholders.

CTIA, New Orleans, LA and SAN DIEGO, CA – April 17, 2012 – Taoglas USA, Inc (www.taoglas.com), a provider of antenna solutions to the M2M market, announced that it is leading the market with a full range of GPS and GLONASS-enabled antennas for M2M devices. Taoglas is launching the AA.16X Dominator series of antennas, which have a wider bandwidth to cover the GLONASS operating frequencies up to 1610 MHz, a good axial ratio and a double resonance design for optimum reception at the centre frequencies. Taoglas will showcase these antennas at CTIA Hall D, booth # 3653 from May 8th -10th 2012.

The AA.161 Dominator is a magnetic mount GPS-GLONASS IP67, external antenna incorporating a 35mm ceramic patch. It is a wide-band active patch antenna product with a large integral ground that delivers a gain up to 35dB. With the Dominator antenna series, Taoglas is the first company to have a comprehensive range of GPS-GLONASS active embedded antennas (AGGP series) and passive embedded (CGGP) antennas. They are the choice for automotive first tier TS16949 and after-market applications.

“In the coming months, for the first time the true availability of GPS and GLONASS satellites along with the latest generation of GNSS receivers are going to dramatically change the performance of M2M location devices. With close to double the amount of satellites to draw from compared to a stand-alone GPS constellation, we are now going to see quicker time to first fixes with accuracy improving from meters to sub one meter,” said Ronan Quinlan, Director Taoglas. “The ability to view and lock on four or more satellites in traditionally difficult reception areas such as urban canyons, city centers or locations with restricted views of the horizon, will give M2M manufacturers the ability to triangulate and pinpoint locations with greater accuracy and with quicker time to first fix.”

“Taoglas’ new Dominator antennas have been rigorously tested and pre-approved by the leading GNNS receiver companies worldwide and have been shown to display higher and more consistent gain in comparison to competing antennas. Two key components have been engineered from scratch for the Dominator series, a unique wide-band front end SAW filter (critical to prevent out of band noise entering on both GPS and GLONASS degrading the signal) and a high gain 35mm patch.”

Taoglas’ GPS antennas are currently being used in the field by many different M2M solution providers including tracking, telematics and GPS manufacturers. All three Dominator antenna series are available for purchase online at Digikey and Mouser or directly from Taoglas by contacting sales@taoglas.com.

About Taoglas

Taoglas provides a comprehensive range of external, embedded and base station antenna solutions for M2M applications such as Telematics/Automotive, Smart-Grid, Metering/Telemetry, Home Automation, Remote Monitoring and Telemedical applications. The company’s device RF optimization OTA test chambers and labs in the US and Ireland enable M2M manufacturers, not only to design and test antenna solutions for M2M devices all with one company, but to avail of pre-certification OTA (efficiency/radiation patterns/TRP/TIS) testing for PTCRB and USA network requirements. Taoglas continually innovates and creates new antenna solutions to meet the evolving needs of the machine-to-machine world. Taoglas’ products operate consistently at optimum proficiency levels, delivering world-class performance, time after time. With Taoglas, you experience high performance, unrivalled delivery, plus you enjoy exceptional back-up and support services.

Since many years, there is some rumor on an improved CAN protocol. At the 13th iCC organized by the CiA nonprofit association, Bosch has introduced the CAN-FD (flexible data-rate) protocol. It is backwards compatible to the CAN data link layer protocol as standardized in ISO 11898-1. It allows higher transmission speeds in a part of the data frame: Bosch and Vector demonstrated a 15 Mbit/s CAN-FD network prototype using off-the-shelf transceiver chips compliant with ISO 11898-2. Besides the increase of throughput, the introduced protocol supports larger payloads. Up to 64 byte are transmitted in a single data-frame. This avoids in many cases a segmentation of data. Several carmakers (e.g. General Motors and Renault) were very interested in the new protocol. For the automotive industry it is very important that the CAN cabling and the other physical layer components including transceiver chips can be reused. Also other industries are interested in the CAN-FD protocol. One paper was focused on the topic, how to map the CANopen application layer to CAN-FD. Most important is the prolongation of PDOs (process data objects). PDOs with up to 64 byte payload will allow to transmit different 64-bit commands in one message, which overcomes today’s data consistency problems. “In particular, the drives and motion control industry will appreciate this feature,” said Heinz-Juergen Oertel, CiA’s former technical director.

The iCC took place in Germany and was participated by more than 130 experts from all over the world, including India and Malaysia. The speakers covered several topics such as Linux software driver, CAN applications, and usage of CAN-related tools. At the conference some silicon vendors launched their CAN transceivers supporting selective wake-up functionality as standardized in ISO 11898-6. These chips will enable partial networking; this means the user is able to switch single devices on and off, in order to reduce energy consumption.

All presentations were very technical, nearly no product placements. A good example was a paper about new strategies to detect CAN nodes in a network, which are configured wrongly regarding the bit-timing. The authors presented interesting solutions: They measures the individual “fingerprint” of the CAN node by means of an oszilloscope. Another speaker reported in detail about challenges during the design of one of the largest CAN networks. This system with more than 1500 CAN nodes was used to illuminate the Olympic Rings in Vancouver (Canada). All iCC papers are available for download on CiA’s website.

The conference was accompanied by a tabletop exhibition. Several companies showed new products. And CiA celebrated its 20th anniversary at the conference. The International users’ and manufacturers’ group organizes since 1994 the iCC, and develops the CANopen specifications. The CiA international headquarters in Nuremberg (Germany) organizes also CAN seminars for beginners as well as for dedicated applications.

To meet the professional needs of smart energy automation, ARBOR technology has rolled out the latest embedded Box PC Ares-2367I, which targets at power related industry including substation, power institute, automatic meter reading (AMR) and renewable energy systems.

The Ares-2367I offers 14 COM ports and 6 RJ-45 ports to connect with various devices for data transmitting. It supports serial port with 2kV digital isolation and 15kV ESO protection for preventing any damages caused by over voltage or static electricity.

ARBOR Ares-2367I is highly stable and reliable due to the fanless design and onboard low power consumption Intel Atom D525 processor. In addition, its redundant power (12/24/48 VDC, 110 VDC/VAC and 220 VDC/VAC) and single power input design supports consistent operating. When the main power breaks down, the backup power will offer instant power supply which keeps system away from data damage and working stably.

Featuring standard 2U rack-mount and modularized design, the Ares-2367I is easy to install and maintain. Additionally, with the LED indicators that present if the connected devices working functionally, users are easy to monitor and control the devices. For more information, please visit ARBOR website: www.arbor.com.tw

________________________________________

About ARBOR

Since founded in 1993, ARBOR Tech. has been specializing in embedded computing and networking solutions to help realize the vision of “Digital Enterprise & Digital Life.” We have been delivering numerous successful projects for our customers with outstanding results in terms of adopting advanced embedded design, severe test & measurement and quick response to market changes. ARBOR provides a full fleet of embedded computing platforms from board to system, which let you cover the needs of networking communication, DVR surveillance, industrial control, process control, transportation control, POS & Kiosk and Tablet PC.

ARBOR is an ISO-9001 certified embedded & networking manufacturer and commits to deliver high quality products with international standard and well-defined production process. Also, ARBOR was awarded the "Taiwan Symbol of Excellence Award" by its products, which verifies its efforts and commitment to embedded computing. As a member of the Intel® Embedded and Communications Alliance, ARBOR realizes your embedded computing vision with the most advanced Intel® embedded computing solutions. ARBOR has intensive operations across the world and deploys embedded computing solutions to every corner wherever you are.

Inquiry Contact: info@arbor.com.tw

With growing demand for both sustainable energy sources and new technologies for managing energy efficiency, today’s electronic systems developers face new opportunities and new design challenges to advance smart energy solutions. To provide an opportunity for designers to learn about the newest smart energy technologies from leading suppliers, Avnet Electronics Marketing Americas, a business region of Avnet, Inc. (NYSE: AVT), introduces its first-ever Smart Energy Forum. This 24-hour, online event takes place on Wednesday, May 16, 2012. Registration is free, and open now at www.em.avnet.com/smartenergy. Watch a short video about the Smart Energy Forum: newanglemedia.com/staging/avnet/1204_smart/

Avnet’s Smart Energy Forum will encompass a wide range of technologies and applications, from those that generate, convert and control energy, to the communications technologies used in applications that monitor and manage energy in consumer and industrial settings. The Forum will provide engineers with educational and technical resources relevant to solutions in four areas:

• Home and building automation

• Metering

• Infrastructure

• Energy generation and conversion

“The U.S. is consuming an unprecedented amount of electricity, and engineers are looking for new sources of energy, as well as solutions to more efficiently manage, measure and communicate our consumption, while still meeting demand,” said Heather Robertson, technical director, Avnet Electronics Marketing Americas. “Avnet’s Smart Energy Forum is an on-demand technical training that gives engineers unparalleled access to reference designs, leading technology and smart energy experts – all in a convenient online forum.”

Bringing together its smart energy technical expertise and 20 of today’s leading semiconductor and smart energy manufacturers, Avnet’s Smart Energy Forum will feature sessions presented by Fairchild Semiconductor, Freescale Semiconductor, NXP Semiconductors and STMicroelectronics and others. For a full list of courses, visit www.em.avnet.com/smartenergy.

Kawasaki, Japan, Apr 5, 2012 - (JCN Newswire) - Fujitsu Laboratories Limited today announced the development of a power conservation system control technology that reduces overall power consumption in container data centers by closely coordinating the operation of servers and air-conditioning (A/C) systems.

The overall power consumption of container data centers can be effectively reduced by cutting the electricity usage of A/C equipment through external ambient air and other measures. At the same time, IT equipment power consumption can be cut by employing servers that lack internal fans. In the conventional approach to A/C management, A/C systems and servers inside the containers are controlled independently, thereby making it difficult to efficiently cool fan-less servers. By utilizing Fujitsu's newly developed power saving system control technology, which coordinates the operation of servers and A/C systems, it is now possible to employ fan-less servers and achieve across-the-board power saving in container data centers. Prototype models of container data centers equipped with this new technology were able to achieve a reduction in total energy consumption of up to 40%.

Background

With the spread of cloud computing, the scale of the market for data centers is growing, as is the amount of energy consumed by these data centers. As a result, improving the energy efficiency of data centers presents a significant challenge. On the other hand, in order to respond to the increasing need for data centers, the industry has seen progress in the commercialization of container data centers in addition to conventional large-scale data centers. These container data centers require low up-front investments, can be quickly constructed, easily scaled and transported, and offer a high degree of freedom in installation.

The amount of power consumed by a container data center depends on the power requirements of the container's A/C equipment and IT devices, such as servers. In recent years, advancements have been made in the power efficiency of A/C equipment due to the use of external ambient air and other methods. Moreover, the power consumption of internal fans used to cool servers accounts for a large percentage of the overall electricity consumed by container data centers. To further reduce power consumption, container data centers are adopting servers without these internal fans, as cooling through the use of efficient, large-scale container A/C fans has proven to be extremely effective.

Technological Issues

In conventional container data centers, data center A/C systems are operated without regard to server temperature information. This has led to unnecessary power consumption resulting from excessive server cooling. It has also been difficult to employ fan-less servers because of situations in which insufficient cooling causes decreased performance or server shut downs due to the overheating protection features of CPUs.

Newly Developed Technology

Fujitsu Laboratories has developed a power saving system control technology that uses server information to manage container A/C fans. This container A/C fan control technology is described below.

1. CPU temperature and server power consumption information to minimize across-the-board container data center power consumption

When a CPU's operating temperature becomes too high, the amount of power consumed by a server increases as a result of the impact of the CPU's leakage current. Conversely, by trying to lower the CPU temperature, greater power is consumed by the container A/C fan. The technology controls the container A/C fan to achieve an optimal CPU temperature that will enable the amount of power consumed by the entire container data center to be minimized (Figure 1).

2. Server CPU temperature and server location information to prevent system from reaching an operating temperature that decreases CPU performance

In minimizing the overall power consumption of a container data center, local increases in CPU temperature can lead to operating temperatures that begin to negatively affect CPU performance. The technology controls the container A/C fan to ensure that the system never reaches an operating temperature where CPU performance is compromised (Figure 2).

This technology enables the adoption of servers without internal fans, allowing for the overall power consumption of container data centers to be reduced. Figure 3 is a photo of a prototype container data center and Figure 4 is a schematic of the container's contents. When the external temperature is between 10 deg C and 35 deg C, the container's air conditioning fan takes air through the external intake vent and moves it inside the racks. The warm air from inside the racks is then released from the exhaust vent. When the external temperature exceeds 35 deg C, an evaporative cooling system cools air to 35 deg C or below before moving it with the fan. Conversely, when the outside temperature is below 10 deg C, warm air being released from the racks is passed through a damper and returned to the air intake vent where it is warmed to 10 deg C or higher before being dispersed by the fan.

Results

The results of verification testing on this technology prove that energy consumption is reduced by up to approximately 40% compared with conventional container data centers consisting of servers with internal fans (Figure 5).

Tests using prototype models of container data centers equipped with this new technology showed a power reduction effect of up to 40% compared to conventional container data centers configured using servers equipped with internal fans.

In addition, even if a CPU's protection features kick in to safeguard against decreased performance or server shutdowns as a result of rising temperatures from sudden increases in CPU load, the technology can rapidly elevate the cooling fan's revolution speed and cool the system in response to the CPU temperature increase. This enables the server to maintain both its service levels and low-power operation.

Future Plans

Fujitsu Laboratories aims to employ the technology in commercial applications during fiscal 2012, and will move forward with tests using prototype container data centers in environments with varying temperature and humidity. In addition to optimizing its control algorithms, the company will continue to develop advanced power conservation system control technologies, such as predictive control technology that performs optimal control by anticipating servers' computational loads based on delivered services.

Links To Figures:

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About Fujitsu Limited

Fujitsu is a leading provider of information and communication technology (ICT)-based business solutions for the global marketplace. With approximately 170,000 employees supporting customers in over 100 countries, Fujitsu combines a worldwide corps of systems and services experts with highly reliable computing and communications products and advanced microelectronics to deliver added value to customers. Headquartered in Tokyo, Fujitsu Limited (TSE:6702) reported consolidated revenues of 4.5 trillion yen (US$55 billion) for the fiscal year ended March 31, 2011. For more information, please visit www.fujitsu.com.

About Fujitsu Laboratories Ltd.

Founded in 1968 as a wholly owned subsidiary of Fujitsu Limited, Fujitsu Laboratories Limited is one of the premier research centers in the world. With a global network of laboratories in Japan, China, the United States and Europe, the organization conducts a wide range of basic and applied research in the areas of Multimedia, Personal Systems, Networks, Peripherals, Advanced Materials and Electronic Devices. For more information, please see jp.fujitsu.com/labs/en/

Zaragoza, Spain – March 28th, 2012 – Libelium, a technology leader in wireless sensor networks for Smart Cities solutions announces the launch of the new RFID/NFC module for the Waspmote sensor platform. The new radio module extends Waspmote features allowing the sensor data to be used in Location Based Services (LBS), such as asset tracking, supply chain monitoring, intelligent shopping or access management.

By using RFID/NFC - passive sensors - along with ZigBee - active sensors -, asset tracking can be more accurate than ever along the whole supply chain process. Product management softwares, like ERPs, will have access in real time to information related to remaining stock, storage and transportation conditions (temperature and humidity levels, vibrations, light exposure, etc), expiration dates and even consumer profiles, knowing time spent in front of a shelf or products picked up and not bought.

Security applications, including access control, can also be covered with this technology as the RFID standard -Mifare- uses a 6 bytes key to ensure maximum privacy and authentication requirements, a major concern in this technology.

The information given by the passive tags (cards, keyrings, stickers, etc) is read by the RFID/NFC interface and then transmitted using the ZigBee radio to an Internet Gateway which will finally upload it to a Cloud server making it accessible everywhere. The identification data can also be sent to the Cloud directly using the Wifi radio which performs secure connections with the web servers (HTTPS).

NFC technologies, quickly adopted in the majority of Smartphones brands, allows everyone to be part of the Internet of Things. Libelium’s CTO David Gascón says, “Soon, we will scan products in the supermarket with our Smartphones to check if they contain anything our family is allergic to and see nutritional information while our fridge will warn us about expiring dates and suggest shopping lists according to our preferences”.

This RFID/NFC radio completes Waspmote connectivity - which already covers ZigBee, Wifi, Bluetooth and 3G/GPRS - making it compliant with any wireless technology in the market. "The new module is available in both 125KHz and 13.56MHz bands to ensure compatibility with previous RFID deployments" adds the Libelium CTO, David Gascón.

Libelium provides an intuitive and open source programming API and complete documentation with examples in order to help developers to easily start working with the platform.

More information about the new RFID-ZigBee platform is available at:

www.libelium.com/rfid_nfc_zigbee_sensors

About Waspmote

Waspmote is a modular platform for building wireless sensor networks. The platform comprises: the Waspmote board with microcontroller, memory, battery, accelerometer and sockets for add-on modules; open source API and compiler; a range of ZigBee wireless communication modules offering a choice of protocol versions, radio frequency and range (up to 12 km); wireless modules supporting Bluetooth, GPRS, GPS; and a wide variety of sensor boards enabling the measurement of gases, physical events, agricultural & smart metering parameters. It has outstanding power management - an unprecedented 0.7 microamperes is required in hibernate mode. It supports over the air (OTA) programming. Waspmote is CE, FCC and IC certified.

For Waspmote platform details visit www.libelium.com/waspmote

About Libelium

Libelium designs and manufactures hardware technology for the implementation of wireless sensor networks so that system integrators, engineering and consultancy companies can implement reliable Smart Cities solutions to end users within the minimum time to market. All our products are modular, horizontal and fast-learning and include extensive documentation and support through a Community of developers.

The company was founded in 2006, is privately held and is based at the European Business and Innovation Centre CEEIARAGON, Zaragoza, Spain.

For more information call +34 976 54 74 92 or visit www.libelium.com

San Jose, California & Aalborg, Denmark, March 27, 2012 – RTX, a leading provider of wireless communications solutions presents the RTX4100 Wi-Fi module at the Design West show and Embedded Systems Conference in San Jose, CA.

Together with Energy Micro, the energy friendly microcontroller and radio company, and Qualcomm Atheros, the networking and connectivity subsidiary of Qualcomm Incorporated (NASDAQ: QCOM), RTX launches the module in the US at the Embedded Systems Conference where the module will be demonstrated. Since its announcement in Europe in February, the small footprint module, optimized for low power, has gained considerable interest in a wide range of applications.

The RTX4100 Wi-Fi module allows fast and easy application development of low power solutions – enabling sensors, smart appliances, and other systems to connect directly to the Internet for a wide range of emerging machine to machine (M2M) applications. Embedding Wi-Fi inside a device makes connectivity extremely simple, as it can use existing infrastructure and work “out of the box” with applicable cloud services.

With it’s on-board antenna, the FCC certified module is ideal for product development due to its small footprint, high efficiency and low power consumption, which is achieved through the use of the Energy Micro EFM32 Gecko MCU and the Qualcomm Atheros AR4100 Wi-Fi System-in-Package. The embedded firmware on the module contains the complete networking stack, security packages, WiFi management, power management, and firmware management necessary to allow a user to focus on his application, rather than on the complexities of WiFi connectivity. The RTX4100 requires no external host processor, saving customers both cost and complexity.

Peter Mariager, chief technology officer at RTX, comments, “Our Board Support Package, zero-cost tool chain, and application framework makes rapid and efficient development possible, and the customer can choose from a range of different libraries to rapidly enable, for example, intelligent white goods, some automation systems, and smart energy applications. The small RTX4100 Wi-Fi module, measuring just 30x18 mm, reduces the complexity involved in advanced Wi-Fi application designs. Developers can bring their product to market faster using less energy and space compared to existing solutions. This is really an important step forward for M2M communication worldwide .”

Energy Micro’s worldwide Vice President of Sales and Marketing, Andreas Koller, stated, “EFM32 Gecko microcontrollers are a perfect fit for the low power wireless applications made possible with RTX's Wi-Fi module. We are delighted that RTX has achieved such a significant low power advantage by integrating our energy-friendly Gecko MCU into their module.”

At a time when the growth of the Internet-connectable M2M market is soaring, RTX’s new Wi-Fi module will meet the demand for small low-cost and low-power products.

Adam Lapede, senior director of product management, Qualcomm Atheros, comments: “This module is an expansion of the Qualcomm Atheros ecosystem that leverages the AR4100 low power 802.11n Wi-Fi, enabling use of small foot print, low cost, and low power microcontrollers for the ‘Internet of Things’ application space.”

The RTX4100 Wi-Fi device and a demonstration with an embedded Twitter client can be seen at Design West in the Embedded Systems Area on the Schoenduve Corp. stand no. 2227 between March 27th and 29th 2012.

About Energy Micro

Energy Micro is a global provider of energy friendly microcontrollers and RF transceivers based on the ARM® Cortex™ processor core. Consuming a quarter of the energy of competing products, the company’s ultra low power EFM32 Gecko MCUs and EFR4 Draco radios target energy sensitive applications, including smart metering, building automation, security systems portable health and fitness equipment and smart accessories. The products are supported by Energy Micro’s Simplicity Studio, an easy-to-use software console helping to reduce embedded system development times by a half. Energy Micro is backed by leading Nordic venture partners, Northzone Ventures and Investinor. Further information is available at www.energymicro.com

About RTX

RTX designs and produces advanced wireless solutions for global clients across a variety of markets, including solutions for Enterprise PBX and VoIP communications, professional audio, consumer gaming, home automation, and smart metering. In addition, RTX provides a range of customizable ATE solutions for production testing of wireless devices. Since its founding in 1993, RTX has undertaken more than 700 projects incorporating technologies such as Bluetooth™, Wi-Fi, DECT, CAT-iq and VoIP. RTX is listed on the NASDAQ OMX Nordic stock exchange, is headquartered in Denmark, and has offices in Hong Kong and the US. Further information is available at www.rtx.dk

I grew up in the snowbelt of upstate NY, and like most kids was subjected to many a boring winter day study hall in high school. It’s 1978. Way before the Sony PS Vita, and before the iPad now threatens to kill off all handheld gaming units, there was Coleco Electronic Quarterback. It had a simple LED grid representing the playing field, and a few buttons that would let you run plays by moving the dot representing the player.

Those things were banned during school hours nearly instantly for their annoying beeping. Teachers relished busting kids trying to sneak them in, even when they tried to play with the sound off.

But calculators were another matter, entirely, and I was armed with my prize possession: a Texas Instruments TI-59. So, I wrote a football game simulation, which used numeric play inputs from 1 to 99, bounced that off some seeding numbers to compute the success of a play call, and tracked down, distance, and score. Game on.

Eventually, one of my friends started beating me regularly. It didn’t take long to discover he was pulling up the registers storing the offensive play input, and he’d gotten enough of a feel for the algorithm to call good defensive plays and generate turnovers. Fail.

Had I heard of Dr. Whit Diffie, I’d have been smarter and hashed the seed and the play inputs, making things more random and encrypted so even if they were read the results wouldn’t be predictable. Instead, we installed a play clock rule so the defense didn’t have time to read the several registers and make a decision, reestablishing the trust and fun that way.

Today, the stakes are a lot higher with the Internet of Things, but the problem is the same.

At the high end, ARM, Freescale, Intel and others are integrating trusted platform features to address things like secure boot and security monitoring. But at the low end, there are a whole lot of microcontrollers out there. There are TPM microcontroller units, but they’re not the mainstream. On most MCUs there is stuff largely sitting out in the clear, or able to be reverse engineered. Security is the last thing most designers thought about in decades of designing with MCUs. Not much has changed, from the legions of 8051s to the latest ARM devices:

ARM Fail: New ARM IoT chip - The word "security" or "crypto" appear nowhere in their announcement. http://t.co/WXWu0Bhc

March 13, 2012 11:35 am via LinkedInReplyRetweetFavorite

@wurtis

Kurt Stammberger

Yes, attacking a single low-value device is a seemingly low return proposition. Consider that device as part of a much larger network, connected to the world via Wi-Fi, or connected to a device that is via Bluetooth, or a similar wireless sensor network connection. If every infusion pump in a hospital, or every Ford anti-lock braking system, or every Boeing 737 somehow were infected, it’d be bad. Even if such an event didn’t actually present a life threatening situation, an outage could mean a huge maintenance hit and loss of services.

Trust declines, rapidly, when security is overlooked and a device is compromised. What if millions of them were compromised, or suspected, all at once? If we’re going to trust the Internet of Things, security will need to make some significant advances at the microcontroller and WSN level, without sacrificing things like battery life. It’s not just an issue for high-end microprocessors and major operating systems.

What are you seeing with today’s embedded development practices and the changes connectivity brings to thinking about security? Is security hype or a real concern for you? How do your teams deal with it?