Posts Tagged ‘announces’

WFTCloud.com Announces a New Service for Customers to Run SAP Applications on Managed Private Cloud

Saturday, January 28th, 2012

WFTCloud.com Announces a New Service for Customers to Run SAP Applications on Managed Private Cloud













SAP on PRIVATE Cloud


Princeton, NJ (PRWEB) January 09, 2012

WFTCloud – SAP Certified Cloud Services Partner has announced a new service to enable SAP customers to migrate to lower-cost, Managed Private Cloud Infrastructure.

IT leaders major concern for years is to maintain their IT infrastructure and reduce operation costs when it accounts for 60 per cent of total IT spend. Since things are still uncertain despite the economy showing some signs of improvement, this area of IT “strikes a resonant cord,” says Gartner Inc.

CIO’s today are certainly facing tough economic situations and constantly thriving hard working on IT cost reduction strategies says Ganesh Radhakrishnan, CEO WFTCloud, but economies doesn’t seem to be getting any better. CIO’s are finding themselves at the end of their technological rope he said. Delayed buying decision, have left them with geriatric server, storage and networking infrastructure.

WFTCloud has developed a Private Cloud Solution specifically for SAP that aims to meet those needs. Created collaboratively with SAP and leading vendors in this field, this private cloud solution for SAP can dramatically shorten the time to provision new SAP landscapes from days to hours. What’s more, because it is run in the cloud, the solution can reduce costs while improving scalability, flexibility and recovery of systems.

The service is intended to enhance the performance of systems running SAP applications, improve flexibility, lower costs and use newer SAP technologies, including analytics and mobility. WFT said migrations could be delivered in less than four months at a fixed price.

Cloud computing will help CIO’s to reduce TCO and also scale, provision SAP servers in minutes eliminating IT complexities says Ganesh Radhakrishnan, CEO Wharfedale Technologies (WFTCloud). “Our joint initiative with SAP on Cloud will take us to next level with this strategic Private Cloud Solution,” he said.

The SAP Private Cloud infrastructure of WFT is based on vBlock infrastructure (a joint initiative of Cisco, EMC & VMware). WFT’s deep expertise and understanding of vBlock and the SAP application results in design of an optimal landscape in cloud that not only meets the current business requirements but also makes it much easier to expand resources in future.help architect SAP to run on Private Cloud. WFT executed more than 10+ implementations of vBlock SAP Private cloud in the industry.

“With vBlock vCloud, clients can move SAP applications from large, expensive servers to a smaller, highly efficient virtualized system powered by intel microprocessors in a x86 environment.” said Mahesh Reddy, CTO of WFT.

“The vBlock platform from VCE is a great example of achieving higher performance for SAP at a lower cost,” he said.

Some businesses are uncomfortable moving business-critical SAP systems off-premise to the public cloud, but private cloud systems offer the same efficiency and performance benefits, said Rajeev Menon, Vice President WFTCloud, while providing a level of data security and integrity found with on-premise legacy technologies.

In the case of WFT private cloud solution, WFT will manage the applications and infrastructure being delivered to the client.

The implementation of this infrastructure transformation solution requires a unique combination of skills, experience and capabilities. The intention of this solution is to help customers maximize the performance, scalability and provision SAP systems on-demand. Being a Certified Cloud Services Partner for SAP, WFTCloud also works very closely with SAPLabs for Cloud solutions.

WFT has successfully deployed these solutions to customers who are early adopters of SAP vBlock infrastructure, which resulted in improved performance, reduced costs and expanded SAP technology footprint in cloud.

About Wharfedale Technologies, Inc.

WFT is a leading technology consulting integration firm specializing in infrastructure integration in the implementation and support of virtualization and private/hybrid cloud services. As an SAP-certified provider of cloud services, it also offers the following services in support of SAP solutions: high availability, disaster recovery, advanced sizing for virtualization, back-up/recovery Integration, systems refresh automation and landscape optimization. For more information on WFT services, visit http://www.wftcloud.com or http://www.wftus.com or call (888) 533-3113.

SAP and all SAP logos are trademarks or registered trademarks of SAP AG in Germany and in several other countries.

All other product and service names mentioned are the trademarks of their respective companies.

SAP Forward-looking Statement

Any statements contained in this document that are not historical facts are forward-looking statements as defined in the U.S. Private Securities Litigation Reform Act of 1995. Words such as “anticipate,” “believe,” “estimate,” “expect,” “forecast,” “intend,” “may,” “plan,” “project,” “predict,” “should” and “will” and similar expressions as they relate to SAP are intended to identify such forward-looking statements. SAP undertakes no obligation to publicly update or revise any forward-looking statements. All forward-looking statements are subject to various risks and uncertainties that could cause actual results to differ materially from expectations The factors that could affect SAP’s future financial results are discussed more fully in SAP’s filings with the U.S. Securities and Exchange Commission (“SEC”), including SAP’s most recent Annual Report on Form 20-F filed with the SEC. Readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of their dates.

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Vocus©Copyright 1997-

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Vocus, PRWeb, and Publicity Wire are trademarks or registered trademarks of Vocus, Inc. or Vocus PRW Holdings, LLC.







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SWS Announces Self Compensating Oscillator Technology

Thursday, January 19th, 2012

SWS Announces Self Compensating Oscillator Technology










Cairo, Egypt (PRWEB) April 25, 2011

Si-Ware Systems (SWS) today announced a novel Self Compensating Oscillator (SCO) technology, which produces an all-silicon oscillator that can achieve an overall frequency stability better than 100ppm over a temperature range of -20ºC to 70ºC.

The SCO is an all-silicon oscillator that does not require an external frequency reference for frequency generation, and instead generates its frequency from an internal LC oscillator. As the name implies, the SCO is self compensated and achieves its stability without the need for analog or digital compensation. The stability is achieved with a low cost, Room Temperature Only (RTO) trimming routine.

The SCO can achieve a frequency stability of 25ppm over a temperature range of 0ºC to 70ºC, which is inclusive of initial accuracy and temperature, supply, and load variations. This stability is a breakthrough for all-silicon oscillator technology and allows for a viable alternative to quartz or SiMEMS based oscillators.

A clock oscillator in any electronic system uses a mechanical resonator, typically quartz with SiMEMS being a newer entrant that has to be hermetically sealed. A conditioning ASIC is packaged together with the resonator to achieve the required oscillator clock output. By generating its frequency via an internal LC oscillator, the SCO eliminates the need for a mechanical resonator and is a single silicon die. The SCO has the advantage of being lower cost versus mechanical resonator based oscillators as well as being more robust to shock and vibration as there are no moving structures.

“SWS has leveraged its experience in developing turn-key timing solutions for companies in developing the SCO”, said Hisham Haddara, Ph.D, CEO at SWS. “With the SCO, all-silicon oscillators finally have the performance needed to be a viable, low cost alternative to quartz and SiMEMS oscillators.”

The SCO’s output frequency is factory programmable and can generate frequencies from 1MHz to 133MHz. Operating voltage can be set to 1.8V, 2.5V or 3.3V, with current consumption in the single-digit mA range for frequencies up to 100MHz. The noise performance of the SCO is very good – at 125MHz the period jitter is 2ps RMS and the phase jitter is 0.7ps RMS (integrated 1MHz to 20MHz).

The SCO is a miniature silicon die that can be packaged in plastic with industry standard footprints. Alternatively, the SCO can be packaged with other Integrated Circuits (ICs), allowing these ICs to eliminate the external frequency reference. Additional clocking circuitry, such as frequency synthesizers, can be easily added to the SCO creating a highly integrated, single chip timing solution.

“With the architecture of the SCO and the RTO trimming, SWS has developed a solution that can be easily and cost effectively implemented to provide an integrated clocking solution”, said Ayman Ahmed, Division Manager for Timing Products at SWS.

SWS is currently preparing samples of its SCO technology for delivery in Q2 2011 to interested partners.

SWS at the Frequency Control Symposium

SWS will be presenting more details on its SCO at the Frequency Control Symposium in San Francisco being held next week, May 1st through 5th. On Tuesday afternoon SWS will present its SCO paper – “A Highly Stable CMOS Self-Compensated Oscillator (SCO) Based on an LC Tank Temperature Null Concept”.

SWS in Brief

Si-Ware Systems (SWS) is an independent fabless semiconductor company providing a wide spectrum of product design and development solutions, custom ASIC development and supply as well as standard products.

SWS leverages its highly talented teams in MEMS design and development as well as Analog/Mixed-Signal and Radio Frequency (RF) Integrated Circuits (ICs) to provide highly innovative solutions and products in different areas ranging from PLL based timing circuits, sensor interfaces, frequency synthesis, data converters, RF front-ends, and MEMS based sensor systems. For more information, please visit http://www.si-ware.com.

Contact:

Ayman Ahmed, Division Manager, Timing Products

Tel. +20 2 2268 4704

E-mail: ayman(dot)ahmed(at)si-ware(dot)com

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Vocus©Copyright 1997-

, Vocus PRW Holdings, LLC.
Vocus, PRWeb, and Publicity Wire are trademarks or registered trademarks of Vocus, Inc. or Vocus PRW Holdings, LLC.







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Nikon Announces New Innovative Powerful Mirrorless Cameras

Tuesday, November 22nd, 2011

Nikon Announces New Innovative Powerful Mirrorless Cameras











Nikon 1 V1 Camera


New York, NY (PRWEB) September 21, 2011

B&H Photo will be one of the first retailers to stock the new Nikon V1 and J1 cameras, designed to meet the needs of professional and enthusiast photographers who demand performance, reliability and versatility in a compact form factor.

Nikon has introduced a new ‘CX’ (13.2 x 8.8mm) digital imaging format, and a pair of compact mirrorless cameras to go along with the new imaging system. Officially tagged the Nikon 1 System, the new cameras are called the Nikon V1 and Nikon J1, and they are designed around a new CX-format CMOS sensor that is—as far as size goes—midway between a FourThirds and a point-and-shoot format sensor. The crop factor is 2.7x.

Both cameras feature an all-new 10MP CX- format CMOS imaging sensor; 10 full-res frames-per-second capture rates; a dedicated Nikon System 1 lens mount designed specifically for use with the new CX-format sensor; JPEG, NEF(RAW), or NEF(RAW)+JPEG stills; full HD video (1,920 x 1,080/60i, 1,920 x 1,080/30p, 1,280 x 720/60p; a Smart Photo Selector that automatically captures a high-res still while recording HD 1080p video; and a new dual-core EXPEED 3 image processor, which according to Nikon is tuned to enable the new cameras to perform as advertised.

Other features include a new 73-point hybrid AF system that automatically switches between phase and contrast detection as needed and full-time continuous focusing, and an ISO range of 100-3200 (expandable to ISO 6400).

In addition to the abovementioned attributes, the Nikon V1 features a high-definition 1,4400,000-dot electronic viewfinder (EVF) that comes into play when you raise the camera to your eye, along with a more traditional 3.0”, 920,000-dot rear-mounted LCD. The less expensive version, the Nikon J1, features a 3.0”, 460,000-dot LCD and does not have an EVF.

In addition to a standard 10-30mm kit lens (27-81mm equivalent), there’s also a 1 Nikkor 10mm/f2.8 pancake lens (27mm equivalent), a 1 Nikkor 30 – 110mm/f3.8-5.6 (81-297mm equivalent), and a 1 Nikkor VR 10-100mm/4.5-5.6 (27-270mm equivalent) power zoom, which is optimized for smooth, quiet video capture. New Nikon Nikkor mirrorless lenses

Accessories for Nikon’s System 1 cameras include an SB-N5 Speedlight, an external stereo microphone for greater audio fidelity, and the GP-N100 GPS module, each of which couples to the camera via a Multi-Accessory port located on the camera’s top deck.

Read more about the two new Mirrorless cameras.

About B&H Photo Video

As the world’s largest source of photography video and audio equipment, B&H Photo-Video is known worldwide for their attentive, knowledgeable sales force, and excellent customer service, including fast, reliable shipping. Visitors to the website can access a variety of enlightening articles and educational videos. B&H has been satisfying customers worldwide for close to 40 years.

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SMARTCODE Corp. announces the world’s smallest RFID chip

Tuesday, October 11th, 2011

SMARTCODE Corp. announces the world’s smallest RFID chip










(PRWEB) January 16, 2004

SMARTCODEÂ? Corp., the leading developer of low cost RFID tags and readers, announced today the world’s smallest RFID Integrated Circuit (IC). The announcement took place at the The National Retail Federation (NRF) 93rd Annual Convention, at the Jacob. K. Javits Convention Center in New York City. The new RFID Integrated Circuit with a die size of 0.25 mm2 delivers the best price/performance in the RFID industry.

Designed for a wide range of RFID applications, including Wal Mart, the US Department of Defense, Tescoin the UK, and the Metro Group in Germany, this next-generation IC saves valuable silicon space in its design while maintaining the highest RF efficiency. SmartCode Corp. supports EPCglobal’s EPC Class 1 standard and will support C1V2 once standardization completes.

“We are very happy to introduce the world’s smallest and the best cost effective RFID Integrated Circuit in the industry.Â? Said Roy Apple, SmartCodeÂ? Corp Vice President, Â?From the early stages of low cost RFID, SmartCodeÂ? Corp. continues its leadership in this market by introducing new and innovative solutions to reach a true cost effective RFID. As a world leader in low cost RFID market, we are delighted to witness the strong support from both retailers and governments, as well as from complimentary world leading technology vendors, further demonstrating the true value of low cost RFID.”

The new RFID IC is developed using CMOS (Complementary Metal-Oxide Semiconductor) technology. Today, CMOS technology is the dominant semiconductor technology for microprocessors, memories and application specific integrated circuits (ASICs). The main advantage of CMOS over NMOS and bipolar technology is the much smaller power dissipation. Unlike NMOS or bipolar circuits, a CMOS circuit has almost no static power dissipation. Power is only dissipated in case the circuit actually switches. This allows to integrate many more CMOS gates on an IC than in NMOS or bipolar technology, resulting in much better performance. Production of the new RFID IC is expected to begin in Q4 2004.

The new RFID IC, combined with SmartCode Corp.’s Flexible Area Synchronized Transfer (FAST) mass production manufacturing technology provide a best of its class tag manufacturing capabilities, catering to the massive global demand for low cost RFID.

Until toady, the prices of RFID tags of an average of 50 cents, have created a cost barrier for companies worldwide to adopt the RFID solution as the replacement of the inefficient barcode technology. With SmartCodeÂ? Corp.Â?s exclusive patented manufacturing technology, SmartCodeÂ? Corp. can manufacture these RFID tags at a price level of 5-10 cents, in large volumes.

For additional information visit: http://www.smartcodecorp.com

About SMARTCODE CORP.

SmartCodeÂ? Corp. is a leading RFID developer that has developed a revolutionary, patented, and cost effective RFID manufacturing technology. Our Patented technologies enable us to intelligently replace the current inefficient Barcode technology. Our patented technologies enables us to manufacture a very large number of RFID tags at a fraction of the cost of today’s traditional RFID. SmartCodeÂ? Corp. introduces a cost-effective approach to dramatically reducing our clients Total Cost of Operation (TCO) and increasing their Return On Investment (ROI). SmartCodeÂ? Corp. enables companies to receive 100% real time visibility of their products across their entire supply chain. SmartCodeÂ? Corp. is headquartered in Tel-Aviv, Israel, with offices in New York, NY and London, UK.

Forward looking statements

Statements in this press release that are not historical facts, including those statements that refer to The SmartCodeÂ? Corp.Â?s plans, prospects, expectations, strategies, intentions, hopes and beliefs, are forward-looking statements. These forward-looking statements are based on information available to SmartCodeÂ? Corp. today, and SmartCodeÂ? Corp. assumes no obligation to update these statements as circumstances change. There are risks and uncertainties that could cause actual results to differ materially from the forward-looking statements, including, without limitation, market acceptance of our technologies, the competitive nature of our market, SmartCodeÂ? Corp. ability to retain and increase revenue from existing clients and to execute agreements with new clients, and SmartCodeÂ? Corp.Â?s ability to attract and retain qualified personnel.

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Vocus©Copyright 1997-

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Vocus, PRWeb, and Publicity Wire are trademarks or registered trademarks of Vocus, Inc. or Vocus PRW Holdings, LLC.







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Jova Solutions Announces Image Sensor Lab ISL-1600 Version 2 Low-cost, Integrated CMOS Image Sensor/Camera Module Evaluation, Specification and Test Solution

Wednesday, September 21st, 2011

Jova Solutions Announces Image Sensor Lab ISL-1600 Version 2 Low-cost, Integrated CMOS Image Sensor/Camera Module Evaluation, Specification and Test Solution










San Francisco, CA (PRWEB) September 19, 2006

Jova Solutions today announced Version 2 of Image Sensor Lab™ ISL-1600, an expanded version of its CMOS image sensor and camera module test solution, which provides a full range of CMOS image sensor interface, control, test, evaluation and comparison capabilities in one low-cost (less than $ 5000), small-footprint test product. The fully integrated hardware/software solution supports testing on a wide variety of CMOS image sensors, with a full complement of evaluation and test functionality, for needs ranging from end-product development to manufacturing line functional testing.

The ISL-1600 features, out-of-box, a fully integrated interface, control and test electronics, and advanced analysis and characterization software. It provides CMOS image sensor die manufacturers, module developers, and end-product manufacturers with a low-cost, simple way to interface to, control and test CMOS image sensors/modules. It also provides product development engineers with sophisticated software to fully exercise and evaluate image sensors/modules.

ISL-1600 2.0 is a generic engineering solution for the full evaluation of CMOS image sensors that can test most image sensor designs, regardless of the die or module manufacturer. ISL-1600 2.0 provides a low-cost replacement to “dinosaur” test equipment solutions, which initially cost many thousands of dollars and are quickly becoming obsolete. It replaces “cobbled together” in-house systems that combine sensors, power supplies and cables with homegrown software to create an ad hoc test system. And, it provides superior performance compared to dedicated-chip demo boards provided by die manufacturers or unreliable manual inspection.

“The ISL-1600 provided us with a turnkey solution for our CMOS image sensor based camera module testing requirements. Instead of spending valuable engineering hours developing a custom hardware interface for our camera modules we could focus our efforts on developing our products,” said George Kelly, Advanced Development Manager at Aurora Optical. Aurora Optical, Biomorphic, Epos, Exbiblio, Flextronics, Imaging Works, Multi-Fineline Electronix and Samsung and are using ISL-1600 for sensor testing and evaluation.

“We built the ISL 1600 to respond to a growing need by CMOS Image Sensor users to compare and evaluate dies and modules both for product development and test,” said Martin Vasey, CEO of Jova Solutions. “ISL 1600 Version 1 had an excellent reception in the field. Version 2, amongst other changes, adds bi-directional voltage level buffers, improved Master Clock options, SPI and I2C sensor communication, and double buffered and consecutive image sequence capture.”

About Jova Solutions

Jova Solutions (formerly WireWorks West) provides advanced solutions and services for automation and networked data management for many industries including: Image Sensor Lab ISL-1600 for CMOS image sensor testing; EMWorks for electronics manufacturing; Test Instrument Module Systems (TIMS) for I2C/SPI communication or motion control; and FermWorks for biotechnology and pharmaceutical laboratory process control and data management. Leveraging its proven core platforms for process control, Jova Solutions creates software solutions and complementary products that match the business and technical requirements of specific markets. Jova Solutions’ biotechnology and pharmaceutical customers include: Applied Biosystems, Bayer, BioMarin, Centocor, Genentech, Medtronic, MIT, NexBio, Novozymes, San Jose State University, Stanford University, UC Berkeley, and Visx. Its electronics manufacturing, and telecommunications clients include: Aurora Optical, Apple Computer, Biomorphic, Exbiblio, Epos, Ericsson, Flexics, Flextronics, Imaging Works, Medtronic, Multi-Fineline Electronix, NASA Ames, Nanosys, New Focus, Nikon, Reliant, Samsung, Tessera and University of Florida. For more information, please visit: http://www.jovasolutions.com.

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Forza Silicon Announces High Definition CMOS Imaging Technology

Friday, May 6th, 2011

Forza Silicon Announces High Definition CMOS Imaging Technology











Pasadena, California (PRWEB) June 7, 2007

Forza Silicon Corporation announced today the availability of its groundbreaking proprietary FORZ-HD™ CMOS imaging technology, which supports frame rates up to 60 fps, proven at 33.2 Mega-pixel resolution, and features 12-bit on-chip ADCs. FORZ-HD™ technology is targeted for high resolution, high-speed, high dynamic range digital cameras used in professional photography or digital cinematography, and in medical, biotech, scientific, satellite and defense industries.

“FORZ-HD™ is a scalable technology that produces astounding image and video quality,” said Dr. Barmak Mansoorian, President of Forza Silicon. “The FORZ-HD™ advantages over CCD image sensors include the integration of thousands of column-parallel ADCs on-chip with an LVDS or CML interface, and, of course, lower cost,” said Dr. Daniel Van Blerkom, CTO of Forza Silicon.

FORZ-HD™ imaging technology is used in CMOS image sensors fabricated by Forza foundry partner Tower Semiconductor using 0.18 micron process. FORZ-HD™ is compatible with CMOS Image Sensor processes used by Forza foundry partner IBM Microelectronics.

About Forza Silicon Corporation

Forza Silicon is a fabless semiconductor provider of mixed signal IC design services and products. Forza specializes in the design of advanced CMOS image sensors, from ultra-high resolution imagers for medical, broadcasting, scientific and military applications to low-cost sensors for digital cameras, cellular camera phones and other consumer devices. Forza also excels in high speed optoelectronics comprising high speed data paths for fiber-optic, microwave and RF applications. In addition, Forza offers a wide range of mixed signal VLSI design services from custom IP block designs and SOC integration to chip characterization and design verification. More information can be found at http://www.forzasilicon.com/.

MEDIA CONTACT:

Rich Corrigan

Forza Silicon Corporation

Tel.: 1-626-796-1182

Fax: 1-626-796-5882

info @ forzasilicon.com

http://www.forzasilicon.com/

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Casio announces Exilim EX-FH20 cam? High speed ra

Monday, October 4th, 2010

Casio Computer Co., Ltd., announced? today the launch of its most r? EXILIM one hundred? Digital camera? America, the HIGH SPEED EXILIM EX-FH20. This remarkable new camera is capable of ultra high speed burst shooting? 40 frames per second and can record high speed movies up? 1000 frames per second. Its speed and ease? Use this device is really in a class? hand. In recognition of these characters? Unique characteristics, with today’s release ofThe new EX-FH20, Casio has launched? the new HIGH SPEED EXILIM s? Series, which includes the pr? feels camera and the EX-F1, launched? in March 2008. Casio expects? what capacity? sr revolutionary discoveries of its cam? flush? High SPEED EXILIM for g? n? rer integer applications? ESPECIALLY new to digital photography? America. ? Won? ? ? 399, the EX-FH20 will be available? from October? all good camera dealers. cl-products? s include: 9. 1 m? Effective megapixels and a power? Lev? E, wide-angle zoom lensThe EX-FH20 is? Quip? a 26 mm wide angle?-equivalent zoom lens that can close in on subjects with a powerful 20x optical zoom. The device? Also an anti-shake? S CMOS timing functionto support power-zoom. Never miss a photo opportunity with? Bursting? high-speed shooting up? 40 fpsThe EX-FH20 can capture action in high d? Finish, 7 m? Megapixel (3072 x 2304 pixels) images with ultra-high speed burst shooting up? 40 frames per second. Users can choose among seven r? Tings of the eye bursting, allowing them to capture? from 1 fps up? 40 frames per second in a single burst. In addition, users can walk?-Recording up? 40 still images not just? the instant? they press the d? tripper, but before! M? Me if you press the d? Tripper a little late, they will still catch that vital moment. Registration? high speed? movie up? 1000 fpsThe EX-FH20 can record images of high speed film? Investment too fast for the human eye, for ultra slow motion playback. Users can handselected recording speeds of 1,000 fps, 420 fps or 210 fps and can also switch from the standard speed of 30 frames per second? registration? high speed? 210 fps during recording by pressing a button. The EX-FH20 makes it easy to capture critical moments on video? O. High Speed Anti-Shake function functionThis automatically corrects images SYNTHESIS multiple images captured? Es for high speed continuous shooting. High Speed Sc? Do at night or without settingWith tr? Foot, this feature ensures that high speed night shots come out clear and beautiful. HD Movie functionThe EX-FH20 records HD video feature? O in 1280 x 720 pixels? 30 fps. Casio EXILIM EX-FH20 EXILIM EX-FH20 specificationsCasio specificationsSensor? 1 / 2. 3 “CMOS? Type 10. 29 million total pixels? 9. PixelsImage sizes 10 million effective? 3456 x 2592? 3456 x 2304 (3:02)? 3456 x 1944 (4:09 p.m.)? 3072 x 2304? 2304 x 1728? 1600 x 1200? 640 x 480Movie videos? 1280 x 720 (HD 30 fps)? 640? 480 (STD, 30 fps)? 320? 240 (LP, 15 fps) File formats? Still: RAW (DNG) JPEG (Exif Version 2 2.) 1 0 DCF standard, DPOF compliant? Vid? o:. AVI format, Motion JPEG, IMA-ADPCM (monaural)? Lens f = 4 6? 92 0mm? About 26? 520mm F2? 8 (W.. ..) 4. 5 (T)? 14 elements in 11 groups, including aspherical? America lensImage CMOS-Shift Stabilization * * * 20x optical zoom digital zoom? America 4x Zoom HD * 108. 0xFocus They? protection Contrast Auto Focus? Auto Focus, Macro Mode, Super Macro, Manual FocusAF area modes Spot, Free or TrackingAF YesFocus assist lamp distance of 12cm? 50cm (W) Measuring multi-zone, central pond? r? e spotFlash? Built-in ? Range: Approximately 4 …? 7 0 0 m (W) Approx. 1 3? 4. 4m (T) Auto sensitivity? ISO 64,100, 200, 400, 800.1600.

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Signetics 1977 microprocessor chip Philips announces Print page 2 -

Thursday, September 9th, 2010

  • Original vintage magazine advertisement print
  • Page size approx 8 1/4″ x 11 1/4″.
  • Unique gift
  • Decorative collectible

Original vintage print product DescriptionAn magazine ad ann? E publication. The printed ads?’re Making unique gifts that can? Be formul?’re Like work of art. Free Shipping? ? dish of the UN? frame plastic sleeve with board support. . . . More>>

Signetics 1977 microprocessor chip Philips announces Print page 2 -

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DALSA announces a new “high sensitivity” Additions to its Falcon line of cameras for machine vision

Sunday, April 4th, 2010

STUTTGART, GERMANY – (Marketwire – November 3, 2009) – VISION 2009 – Hall 4, Booth # D53 – DALSA Corporation (TSX: ADS), a global leader in machine vision technology, today announced the availability of three new models of its Falcon high performance camera, featuring a new high sensitivity VGA camera to deliver 300 frames per second. The Falcon VGA300 HG, HG 1M120, and 1. 4M100 function HG high quality CMOS image sensors and DALSA’s are ideal for inspection of electronics, semiconductor inspection, industrial metrology (calibration) and other machine vision applications. The new cameras will be presented by Falcon VISION 2009 in Stuttgart, Germany DALSA’s booth, Hall 4, Stand D53. Mark Butler, product manager at DALSA, said: “series of camera DALSA Falcon HG meets the needs of machine vision industry by providing excellent responsivity and very fast frame rates, as seen in our product VGA300 Falcon. “As the name suggests, the 1M120 HG has a resolution of 1 megapixel camera with 120 fps, while the 1. 4M100 HG offer 1. 4 million pixels with 100 fps. In addition to the HG models optimized for high sensitivity, DALSA offers also the Falcon 1. 4M100 XDR, a 1. 4 megapixel cameras deliver 100 fps and optimized for high dynamic range. Not only do these new Falcons feature of CMOS technology to reduce power consumption, all the powers of supporting four over Camera Link (PoCL), eliminating the need for a separate power cable and reducing system cost and complexity of cabling. Fully programmable, these cameras are equipped with exposure control, gain and offset of fit and flat-field correction to optimize system performance. They maintain their images with superb performances robust, compact 44 x 44 x 44 mm casings and convenient mounting options. Evaluation units of these cameras are available now , with volume quantities available by the end of the year. For high resolution images of new Falcon cameras, please visit our online media kit. About DALSA Machine Vision products and services for over 25 years DALSA has led the design, manufacture and deployment of digital imaging components for OEM machine vision, and now offers vision devices for the deployment factory. Today, DALSA image sensors cameras, video capture cards, software and vision devices are used in thousands of automated inspection systems around the world and across multiple industries, including semiconductors, flat panel displays, electronics, automotive , medical, packaging and general manufacturing. About DALSA Corporation DALSA is an international leader in digital imaging and high-performance semiconductors with approximately 1,000 employees worldwide. Established in 1980, the company designs, develops, manufactures and markets digital imaging products and solutions, in addition to providing semiconductor products and services. DALSA’s core competencies are in specialized integrated circuit and electronics technology, software and products sophisticated processing of semiconductor wafers. Products and services include image sensor components (CCD and CMOS) electronic digital cameras; vision processors, software for image processing and foundry services semiconductor wafers for use in MEMS, semiconductors, high voltage, CMOS image sensors, mixed-signal chips. DALSA is listed on the Toronto Stock Exchange under the symbol “DSA” and has its headquarters in Waterloo , Ontario, Canada. All marks are trademarks of their respective companies. DALSA reserves the right to make changes at any time without notice.

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