APRIL 2012 issue n°128THE DISRUPTIVE SEMICONDUCTOR TECHNOLOGIES MAGAZINE<strong>MEMS</strong>Tegal focuses <strong>MEMS</strong> and semiconductor experience on healthcare technologiesTegal announced that is has become an industry partner of HealthTech Capital, one of Silicon Valley’s most prominentinvesting groups in emerging healthcare technology companies.HealthTech Capital invests in a portfolio of earlystagehealthcare technology companies. HTCfocuses on capital efficient companies thatleverage mobility and information technologies toimprove healthcare delivery and decrease healthcarecosts. HealthTech companies improve existingproviders workflow or, empower consumers tomanage their chronic conditions or improve theirwellness.SCC1<strong>30</strong>0 combo sensor enables cost savings in precision agricultureSensor requirements for heavy machinery aretypically higher than for passenger carapplications due to the more difficult workingconditions. Components have to withstand extremelyharsh conditions, including very high or lowtemperatures, moisture, dust, shock and/or continuousvibration. Harvesters, forest machines, tractors,mining equipment and other heavy machinery alsotypically require longer component lifetime. Sensorshave to withstand these conditions withoutcompromising high performance and accuracy.“VTI’s proprietary 3D <strong>MEMS</strong> technology, together witha state-of-the-art ASIC and highly reliable packagingsolution, results in very stable, robust and accurateTegal expects to have an active partnership with HTC,said Thomas Mika, the company’s President and ChiefExecutive Officer. Tegal currently has one portfoliocompany in healthcare technology, NanoVibronix Inc.,a private company that develops medical devices andproducts that implement its proprietary therapeuticultrasound technology.“HealthTech Capital is an excellent partner for Tegalas we intensify our investment focus on a $2-trillionBased on VTI’s long experience as a reliable supplier of sensors for automotive safety applications, the company is alsodeveloping <strong>MEMS</strong> solutions that are perfectly suitable for the most demanding agricultural and other heavy machineryapplications.sensors that perfectly meet the requirements of thesedemanding applications,” says Mr. Ville Nurmiainen,VTI Product Manager for Gyros.One growing sensor application field is precisionagriculture. As in any other industry, the objective isto increase efficiency by cutting costs, saving time andensuring maximum output from the fields. Modernsensor technology can be used to achieve theseobjectives. VTI <strong>MEMS</strong> gyroscopes are perfectlyadapted to the most accurate GPS systems that areused in the position control of farming equipment.“GPS systems are not capable of defining theorientation of a stationary vehicle. VTI Gyro combosensors are used to compensate for GPS systems bymarket that HTC has identified for healthcaretechnologies,” Mr. Mika said. “Government mandatesand efficiency requirements are powerful growthdrivers in this market, which is tailor-made for Tegaland our decades of leadership in semiconductors,<strong>MEMS</strong> and related technologies. We expect ourpartnership with HealthTech Capital to produceextraordinary investment opportunities for Tegal.”www.tegal.commeasuring the tilt, pitch and yaw of the antenna, whichis typically several meters above the ground andchanging position as the inclination of the vehiclechanges over the terrain,” explains Ville Nurmiainen.“The VTI Gyro also controls the steering of the vehicleat the end of the pass, enabling accurate auto-steeringfunctionality and significantly improving theeffectiveness of equipment time. One of our leadingcustomers calculates that an auto-steering systemcombined with VTI sensors can achieve savings of upto 20% in typical farm use.”www.vti.fiCopyrights © <strong>Yole</strong> Développement SA. All rights reserved - Recycled paperMeasurement specialties unveils the Model 4807A high resolution accelerometerMeasurement Specialties has just released to production its ultra low noise Model 4807A accelerometer.Measurement specialties unveils the Model4807A high resolution accelerometerThis DC response accelerometer featuresmicro-g resolution and offers an industry-first, remoteauto zero function. The 4807A provides an amplified,signal conditioned output in ranges from ±2g to ±200gwith a dynamic range of 98dB. This sensor incorporatesa gas damped silicon <strong>MEMS</strong> sensing element withintegral mechanical overload s<strong>top</strong>s for shockprotection up to 5,000g as well as a wide bandwidthfrom DC to 1500Hz.Specifically designed for low level vibration monitoring,the 4807A can be used in diverse applications suchas transportation testing, flight testing, machinecontrol and structural monitoring. Its stainless steel,hermetically sealed housing ensures reliableoperation in rugged environments while its ±2Vdc biasoutput is compatible with industry-standardinstrumentation. The Model 4807A features a TotalError Band of
APRIL 2012 issue n°128THE DISRUPTIVE SEMICONDUCTOR TECHNOLOGIES MAGAZINE<strong>MEMS</strong>MicroVision announces definitiveagreements with pioneer for HD PicoPGen2 display engines using directgreen lasersPioneer will manufacture and sell products using Micro-Vision’s PicoP Gen2 display engine technology, providinglicensing revenue to MicroVision.MicroVision, the leader in innovative ultra-miniature projection displaytechnology, announced that it has signed definitive agreements with PioneerCorporation to manufacture, distribute, license and supply MicroVision’sHD PicoP ® Gen2 display engine technology using direct green lasers (PicoP Gen2).Under the agreements, Pioneer will produce PicoP Gen2 display engines for its ownautomotive aftermarket products and will pay MicroVision royalties from sales ofthese products. Pioneer plans to release its first aftermarket head-up display productlater this year.Under the agreements, Pioneer will also manufacture and supply key display enginesubsystems to MicroVision for consumer, industrial, and other applications.MicroVision began shipments of PicoP Gen2 display engine samples to OEMs inFebruary for evaluation and is working to secure commitments from these customersto design products that will use the PicoP Gen2 display technology.This arrangement allows the companies to leverage Pioneer’s advanced operationaltechnologies and product distribution networks to promote adoption of its automotiveaftermarket products and supports MicroVision’s continued transition to an “Imageby PicoP” ingredient brand model, which is expected over time to reduce workingcapital requirements. Additional details of the manufacturing, distribution, licensingand supply agreements were not disclosed.www.microvision.com<strong>MEMS</strong> packagingmarket is growing twicefaster thanthe overallIC packaging industry…Movea Chemistry of Motion EnablesRapid Prototyping and Development ofMotion-Enabled ProductsCompany’s MoveaLab speeds assembly of SmartMotion ®Elements into advanced motion features.Movea revealed its Chemistry of Motion that enables the company to rapidlyprototype new motion features for customers in the mobile, Interactive TV,sports, and health markets. Built on Movea’s patented SmartMotion ®“atoms”, Chemistry of Motion builds on hundreds of years of R&D which has identifiedthe fundamental elements of human motion and tools for combining SmartMotionatoms into molecules of more complex, end-user features.Movea’s Chemistry of Motion characterizes and organizes the basic elements ofhuman motion and assembles them into “molecules” which represent the richer, morecomplex end-user features that the market is increasingly demanding. In Movea’sTable of SmartMotion Elements, basic features are organized into columns accordingto the type of motion analysis they perform. Each element in the table is characterizedby fundamental properties such as category of motion, computational complexity,sensor configuration and sensor placement.The creation of new features by assembling motion atoms into molecules is acceleratedthrough a powerful internal toolkit the company’s engineers have developed calledMoveaLab. Bruno Flament explains, “When developing new features, our engineersthink in terms of data flows in a functional diagram. To accelerate our developmenttime, we created a signal processing design studio where our extensive library ofalgorithms and IP have been converted into functional blocks that can be organizedinto a signal processing data flow by simply clicking and dragging into place with acomputer mouse. Our engineers can immediately see how the processing flows workwith real sensor data, in real-time and then fine tune the flow to analyze and optimizeperformance. The Graphical User Interface (GUI) has rich and detailed graphicalobjects for feature validation and demos.”www.movea.com<strong>MEMS</strong>PackagingDiscover the NEWreport oni-Micronews.com/reportsCopyrights © <strong>Yole</strong> Développement SA. All rights reserved - Recycled paper7