Wireless

Investments in Advanced Industrial Technologies to Drive the Industrial Wireless Sensor Networks Marketplace, According to a New Report by Worldwide Industry Analysts, Inc.

Klarm Prototyping

San Jose, California (PRWEB) June 19, 2015

Adhere to us on LinkedIn – The manufacturing market is at the moment challenged by variables such as volatile raw material costs, globalization-driven issues such as supply chain fragmentation, stringent regulations, and developing pressure on profit margins. To remain competitive under the existing scenario demands concentrate on improving efficiencies and reaching operational excellence. Manufacturing plants are for that reason investing substantial sources into modernizing production processes and infrastructure with sophisticated technologies and concepts like robotics, and use of sensors for process control and automation. Automation technologies in this regard are at the moment in the spotlight given their capability to allow plant supervisors, managers, engineers and workers to monitor and handle plant operations in a much more effective and resourceful manner. Wired automation technologies, against this backdrop, are increasingly getting replaced by wireless technologies like RF, Zigbee, GSM, WI-Fi and Bluetooth for achieving remote manage operation. Industrial Wireless Sensor Network (IWSN), with its capability to measure numerous parameters in industrial processes and communicate the exact same with plant operators, is steadily emerging as a robust tool that enables efficient and seamless operation of a manufacturing facility.

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Leveraging its distinctive ability to blend with legacy plant systems to establish full-scale, dependable monitoring &amp manage strategies, IWSN enables makers to monitor and measure different production crucial parameters such as temperature, humidity, lighting, movement, and energy consumption amongst other people. IWSN also provides a versatile and reputable approach for environmental sensing, equipment condition monitoring, and process &amp service monitoring, whilst bestowing companies with advantages such as convenience and decreased charges, ease of maintenance, and superior overall performance as compared to wired sensor infrastructure. Adoption of IWSN is increasing in quite a few sectors such as oil &amp gas, refineries &amp petrochemicals, power, meals processing, mining &amp metals, pharmaceutical &amp well being care, pulp &amp paper, textiles, chemical substances, and automotive, amongst other folks. The evolution of Industrial Web of Issues (IIoT), exactly where all mechanical, electrical and electronics devices and equipment are brought below the digital fold, is also expected to spur the development of wise robotics and sensor networks. Increasing use of wearable devices such as connected accessories, smart watches, and smart glasses in industrial environments, is also expected to positively influence development in the IWSN industry. In addition, the market is witnessing the use of expense-effective cloud services for IWSN deployments, which is anticipated to infuse additional interest in IWSN amongst little and medium-sized producers.

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As stated by the new market place study report on Industrial Wireless Sensor Networks (IWSN), the United States represents the largest industry worldwide. Asia-Pacific ranks as the fastest expanding industry with a projected CAGR of 13.2% more than the analysis period. China along with other industrializing nations such as South Korea, Taiwan, India, Thailand, and Malaysia are poised to spur future development in the area.

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Significant players in the market incorporate ABB Ltd., Apprion Inc., Atmel Corporation, Digi International Inc., Emerson Approach Management, Endress+Hauser AG, Freescale Semiconductor, Inc., Honeywell Process Options, Lantronix Inc., Linear Technologies Corporation, Millennial Net Inc., Schneider Electric SA , Siemens AG, STMicroelectronics, Texas Instruments, Yokogawa Electric Corporation, amongst other people.

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The investigation report titled “Industrial Wireless Sensor Networks (IWSN): A Global Strategic Company Report” announced by International Industry Analysts, Inc., supplies a extensive review of trends, growth drivers, strategic industry activities, and profiles of major firms worldwide. The report provides market place estimates and projections in US$ for geographic markets such as US, Canada, Japan, Europe (France, Germany, Italy, UK, Spain, Russia, and Rest of Europe), Asia-Pacific (China, India, and Rest of Asia-Pacific), Latin America (Brazil and Rest of Latin America), and Rest of World.

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For more details about this extensive industry analysis report, please click right here

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About International Industry Analysts, Inc.&#13

Worldwide Industry Analysts, Inc., (GIA) is a leading publisher of off-the-shelf marketplace research. Founded in 1987, the firm at the moment employs more than 800 folks worldwide. Annually, GIA publishes 1500+ complete-scale research reports and analyzes 40,000+ industry and technology trends whilst monitoring more than 126,000 Businesses worldwide. Serving more than 9500 clients in 27 nations, GIA is recognized these days, as a single of the world’s biggest and reputed marketplace study firms.

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Worldwide Business Analysts, Inc.&#13

Telephone: 408-528-9966&#13

Fax: 408-528-9977&#13

E mail: press(at)StrategyR(dot)com&#13

Internet Web site: http://www.StrategyR.com/

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Worldwide Market Analysts, Inc. 6150 Hellyer Ave., San Jose CA 95138, USA, All Rights Reserved.

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Teraphysics Amplifier Enables 150 Gbps Wireless Hyperlinks

Klarm Prototyping

Cleveland, Ohio (PRWEB) May 15, 2015

Wireless transmission at unprecedented higher data prices using a millimeter-wave amplifier that weighs only 1.two pounds and has a footprint smaller sized than a credit card was described by Teraphysics Corporation, Highland Heights, OH, in a keynote presentation on April 28th at the 16th International Vacuum Electronics Conference (IVEC) in Beijing, China. IVEC is the premier conference in the field of vacuum electronics.

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The paper, “Microfabricated mm-wave TWT Platform for Wireless Backhaul,” described the improvement and testing of a quite broad bandwidth, 94 GHz TWT (traveling wave tube) amplifier. The technology embodied in the 94 GHz TWT is applicable over a wide variety of frequencies. Teraphysics engineers have simulated information prices of 23 Gbps (one billion bits per second) at 83.5 GHz and 150 Gbps at 240 GHz more than a range of 1 km. These capabilities will be crucial in meeting the enhanced demand for fifth generation (5G) wireless capacity that is expected to grow by a element of 5000 more than the next 15 years.    

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The function was funded by contracts from NASA Jet Propulsion Lab (JPL) and the Defense Advanced Analysis Projects Agency (DARPA). The Teraphysics paper was presented by Dr. James Dayton, Chief Technologies Officer. Co-authors were Dr. Carol Kory, Vice President, Technology Development, and Dr. Gerald Mearini, President and Founder. Dr. Kory served as the Principal Investigator on the project.

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The Teraphysics amplifier is 90% smaller than a traditional device. This miniaturization is accomplished making use of novel fabrication techniques created by Teraphysics. The heart of the device is a helical coil of gold wire, a bit bigger in outer diameter than a human hair, which is supported by a thin diamond sheet. Since a helical structure provides the widest known bandwidth, it is frequently implemented making use of standard fabrication strategies in amplifiers at decrease frequencies. Nonetheless, these traditional techniques cannot be applied to fabricate the smaller helices necessary for operation in the upper finish of the mm-wave band.

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The helix for the 94 GHz TWT is manufactured making use of a patented Teraphysics microfabrication approach that has previously extended the range of the helical amplifier to frequencies as high as 650 GHz. The technology that has been invested in this prototype is applicable to a wide variety of higher frequency devices that Teraphysics plans to create so that it becomes in effect a platform for future improvement.

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Though the NASA JPL requirement was for an amplifier that can operate in a narrow band about 94 GHz for use in atmospheric analysis, the operating variety of the inherently broadband Teraphysics helical circuit has been measured to extend from 73.5 to 96.five GHz. Such a broad bandwidth amplifier will have a lot of possible commercial applications, but the most quick opportunity will be in telecommunications.

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With a slight modification in design, an amplifier with such a huge bandwidth could effortlessly cover the two five GHz bands of contiguous, commercially essential E-Band spectrum accessible from 71 to 76 and 81 to 86 GHz that have been allocated by the FCC. Low energy amplifiers are currently becoming used at these frequency bands to transmit the accumulated data from cell phone customers to the primary phone network backbone, a approach identified as backhaul. The Teraphysics amplifier would provide approximately 30 times a lot more energy than the incumbent technology, which would lead to a substantially enhanced information rate and range.

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Most of the reduced frequency electromagnetic spectrum is allocated in modest bands to a selection of commercial and government constituencies. Even so, big bands of contiguous spectrum are needed to make the most successful use of the extremely wide bandwidth available with the Teraphysics amplifier and these are available in E-Band and, especially, in the fairly unused space above 100 GHz. Applying the same style and fabrication techniques to a device operating at 240 GHz, where there is a massive band of contiguous spectrum with relatively low atmospheric losses, Teraphysics believes that an unprecedented information price of 150 Gbps could be achieved more than a one kilometer variety.

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IVEC is sponsored by the Electron Devices Society of the Institute of Electrical and Electronics Engineers, which is the world’s largest skilled association for the advancement of technologies. This was the initial time IVEC has been held in China and it was the biggest conference but each in attendance and in the quantity of technical papers submitted. Dr. Dayton chaired the initial IVEC in 2000 and Dr. Kory chaired the eleventh IVEC in 2010.

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About Teraphysics Corporation:&#13

Headquartered in Northeast Ohio, Teraphysics develops strong, efficient and compact devices that operate in the millimeter and sub-millimeter frequency bands. The business holds a number of patents for intellectual home utilised in the micro fabrication of devices developed to lead to revolutionary applications and commercialization of vacuum electron device technologies. For a lot more info on Teraphysics, pay a visit to teraphysics.com or contact Dr. Dayton at dayton(at)teraphysics(dot)com.

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Wireless Net Enabled Devices to Drive Demand for Electronic Contract Manufacturing Solutions, According to New Report by Worldwide Market Analysts, Inc.

Klarm Prototyping

San Jose, California (PRWEB) September 19, 2014

Stick to us on LinkedIn – Electronic contract manufacturing solutions marketplace includes businesses engaged in supplying manufacturing services to a variety of Original Gear Companies (OEMs). The market place contains electronic manufacturing services (EMS) and Original Design and style Manufacturing (ODM) solutions. More than the years, EMS companies broadened the spectrum of services they provided from straightforward manufacturing of elements to more complex manufacturing solutions. This led a lot of OEMs to outsource a massive portion of their manufacturing activity. ODMs are businesses that give manufacturing solutions in addition to product designing solutions. Rising demand for electronic products in various finish-use markets, expanding demand for mobile web prepared devices such as tablets and smartphones, and effervescent innovation in the marketplace are couple of of the major development drivers.

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Rising value of design and style uniqueness is driving demand for original style manufacturing solutions. Worldwide economic downturn in the course of 2007-2009, followed by weak financial development in the United States and escalation of the Eurozone crisis throughout the year 2012, negatively impacted customer self-assurance across major markets, which in turn resulted in reduced sales of electronic equipment/devices. Speedy technology obsolescence moreover exerted substantial competitive stress on market place participants. Against this backdrop, the electronic contract manufacturing solutions sector witnessed decline in growth. Electronic contract manufacturing solutions are predominantly leveraged by consumer/industrial electronics, computers &amp peripherals, telecommunication companies. Manufacturers of computers &amp peripherals, especially notebook PCs, have traditionally been the dominant client base for electronic contract manufacturing solutions. Even so, substantial declines in computer shipments over the last couple of years are producing a structural upheaval in the marketplace.

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The meteoric rise in demand for mobile world wide web ready devices such as tablets and smartphones coupled with continued concentrate on reasonably priced manufacturing by OEMs will help drive demand for electronic contract manufacturing services in the coming years. Growth will also be driven by increased outsourcing of manufacturing operations by OEMs in newer segments such as automotive, medical, industrial and aerospace and defence.

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As stated by the new industry investigation report on Electronic Contract Manufacturing Solutions, Asia-Pacific represents the biggest regional market place worldwide. Availability of powerful electronics provide chain infrastructure and a effectively-developed element and subsystem vendor base in the area have transformed Asia-Pacific into a hub for EMS manufacturing. The area also represents the quickest expanding market with a CAGR of three.7% more than the evaluation period, supported by low expense labor, steady financial development, increasing disposable income, increasing standards of living and increased per capita spending on electronic products.

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Major players covered in the report incorporate Celestica Inc., Compal Electronics Inc., Flextronics International Ltd., Foxconn/Hon Hai Precision Market Co. Ltd., Incap Oyj, Inventec Corporation, Jabil Circuit Inc., Kitron ASA, Pegatron Corporation, Plexus Corp., Quanta Pc Inc., Sanmina Corporation, VTech Communications Ltd., and Wistron Corporation, among other people.

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The analysis report titled “Electronic Contract Manufacturing Services: A International Strategic Enterprise Report” announced by Global Market Analysts Inc., supplies a comprehensive assessment of industry trends, growth drivers, challenges, mergers, acquisitions and other key strategic corporate developments of key organizations worldwide. The report offers income estimates and projections for significant geographic markets like the United States, Canada, Japan, Europe (France, Germany, Italy, UK, Spain, Russia, and Rest of Europe), Asia-Pacific (China, India, South Korea, Taiwan, and Rest of Asia-Pacific), Latin America (Brazil, and Rest of Latin America) and Rest of Globe. End-use markets analyzed include Customer Electronics, Computers &amp Peripherals, Telecommunications, Industrial Electronics and Other End-Use Segments.

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For a lot more particulars about this extensive marketplace study report, please pay a visit to –http://www.strategyr.com/Electronic_Contract_Manufacturing_ECM_Services_Industry_Report.asp

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About Worldwide Business Analysts, Inc. &#13

International Industry Analysts, Inc., (GIA) is a leading publisher of off-the-shelf market investigation. Founded in 1987, the organization at the moment employs more than 800 folks worldwide. Annually, GIA publishes 1500+ full-scale analysis reports and analyzes 40,000+ marketplace and technology trends even though monitoring much more than 126,000 Businesses worldwide. Serving more than 9500 clientele in 27 nations, GIA is recognized right now, as one particular of the world’s biggest and reputed industry analysis firms.

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International Industry Analysts, Inc.&#13

Phone: 408-528-9966&#13

Fax: 408-528-9977 &#13

Email: press(at)StrategyR(dot)com&#13

Web Internet site: http://www.StrategyR.com/

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