Denton Vacuum, a provider of thin film technology systems for production, has dispatched the first of its Altor series of sputtering system to a well-known cardiac rhythm management (CRM) products maker. Cardiac leads are vital components of biomedical devices such as defibrillators and pacemakers.
Optomec, a global supplier of additive manufacturing solutions for applications ranging from medical to solar to electronics and defence markets, announced the selection of its Aerosol Jet Deposition systems for printed electronics by three major European players namely, Innovation Lab (Germany), CEA Liten (France) and the University of Sheffield (U.K.). Including the three industrial labs, the total number of European users of Optomec exceeds 40.
A leader in plasma etch and deposition systems for research and industry, Oxford Instruments has recently received an order for a PlasmaPro® System100 ICP180 etch tool to the Otto-von-Guericke University Magdeburg in Germany, to facilitate its Power Semiconductor and HBLED research programme. The system will run GaN on Si etch processes to enable this research.
Ocean Thin Films, a precision optical coating provider, has qualified the SPECTOR-HT ion beam deposition system from Veeco Instruments, a process equipment solution provider for the production of wireless chips, MEMS, hard drives, power electronics, LEDs, and optoelectronics, for mass production of optical filters for lighting, aerospace, display, defense and biophotonics applications.
Veeco Instruments, a process equipment solution provider for the production of wireless chips, MEMS, hard drives, power electronics, LEDs, and optoelectronics, has reported that its TurboDisc K465i gallium nitride (GaN) metal organic chemical vapor deposition (MOCVD) system has been placed into production by AZZURRO Semiconductors, a German company specializing in gallium nitride on silicon (GaN-on-Si) technology.
Global Foundries and technology licensing company, Rambus have collaborated on numerous 28 nm super low power (28 nm SLP) test chips that incorporate Global Foundries 28 nm-SLP process and Rambus’ core memory architecture for server and mobile based applications.
Researchers at UK’s National Physical Laboratory (NPL) have devised the first three-dimensional ion microtrap that is scalable to handle many tens of ions serving as quantum bits (qubits).
The semiconductor industry is working on the development of cost-effective technique to etch microscopic features onto microchips. The ultimate solution could be the extreme-ultraviolet (EUV) lithography technique that utilizes very-short-wavelength light to etch features that are four folds finer when compared to existing microchips. However, the industry requires huge investment to overcome the physics, chemistry and engineering challenges.
Veeco Instruments, a provider of process equipment solutions that facilitate the manufacture of LEDs, MEMS, power and optoelectronics, hosted the 2012 MOCVD Taiwan user group meet. About 150 LED manufacturing customers were in attendance at the conference that was held in Tainan in Taiwan and amongst the attendees were some of the top LED manufacturers in Taiwan like FOREPI, Epistar, Huga Optotech, Genesis Photonics (GPI), Arima Optoelectronics, Epileds. and Tekcore.
An accidental discovery at MIT’s Research Laboratory of Electronics has led to the development of a technique to fabricate uniform spheres of size varying from nanoscale to pinhead from a range of materials. Traditional methods of microscopic spherical particle creation involve growing spheres from even tinier spheres.
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