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2003-03-12 New center targets epitaxial technology advancement
Veeco Instruments Inc. has opened a 15,000-square foot epitaxial Process Integration Center adjacent to its molecular beam epitaxy manufacturing operations in Minnesota, U.S.A.
2013-09-19 Epitaxy process integrates GeSn MOSFET device on Si
KULeuven, Imec and AIST developed a solid phase epitaxy process to incorporate germanium tin metal-oxide semiconductor field-effect transistor devices on silicon
2015-09-11 Upcoming IEEE conference to focus on key IoT tech
The emerging IoT market is looking for older nodes with lower development costs, broad range of process options, with many more players both at the foundry side and the design side
2002-06-17 Toshiba enhances embedded DRAM with SOI wafer
Toshiba Corp. has accomplished a breakthrough in embedding DRAM on SOI wafers, which ends the DRAM performance degradation typical of such integration
2005-05-05 Fujitsu team develops single-chip opto-silicon technology
Fujitsu Laboratories Inc. and the Tokyo Institute of Technology have developed a technology to form high quality ferroelectric crystal film on silicon, opening the way for a single-chip platform integrating optical and silicon devices.
2002-04-01 Nova Crystals buys EMCORE production tools
Nova Crystals Inc. has purchased two Discovery LDM (laser diode machine) production tools from EMCORE Corp.
2003-07-11 UMC explores tool for controlling sub-65nm gate leakage
Researchers at UMC are exploring selective epitaxial growth as a complementary approach to tackling problems of gate leakage in transistors at the sub-65nm node
2015-10-14 Laying down the scaling path for monolithic 3D
The IEEE S3S 2015 provided comprehensive coverage of R&D activities in the monolithic 3D space such as integrating a monolithic 3D device without changing the existing frontline fab process
2007-01-01 Japan firm grows blue LED on wafer
Shimei Semiconductor's blue LED on a silicon wafer promises to slash the cost of device and ease its integration into CMOS circuits
2013-11-07 Imec demos III-V FinFET devices on 300mm Si wafers
The devices enable continual CMOS scaling down to 7nm and below, and also enable new heterogeneous system opportunities in hybrid CMOS-RF and CMOS-optoelectronics.
2007-10-18 Physical sensors drive MEMS consumerization wave (Part 1)
Benedetto Vigna notes that we are living today in the commercial era of MEMS Consumerization where microphones, motion and pressure sensors are the main actors. He believes this trend will continue for the next five years.
2012-02-16 PCM progress report no. 4: Simulating the brain
This report explores the use of phase change memory to emulate a component of the brain, the synapse.
2005-08-01 Little time, big decisions for 45nm node
Technologists face some tough decisions as they ponder which knobs to turn for the 45nm node.
2011-10-25 LED sol'n reduces lighting system cost, complexity
Bridgelux has announced the release of its newest LED solution, the Bridgelux Micro SM4, which aims to address the demands for 20C40 watt replacement lamp market.
2006-11-14 Japan's Shemei grows blue LED on silicon wafer
Shimei Semiconductor announced that it has developed a blue LED grown on a silicon wafer that it plans to make available by next April.
2012-06-04 Imec tackles variability issues beyond the 10nm node
Tomorrow's smart systems will require more computing power and storage capacity, exceeding what today's processors and memories can deliver. This drives the need for technology scaling.
2015-12-18 Imec reveals significant headway on 200mm GaN-on-Si tech
During the recent IEEE International Electron Devices Meeting 2015, Imec presented three novel AlGaN/gallium nitride (GaN) stacks featuring optimised low dispersion buffer designs.
2009-12-14 GaN inverter cuts conversion loss in motor drives
Panasonic Corp. has developed a Gallium Nitride (GaN)-based monolithic inverter IC featuring six GaN-based transistors that may be driven independently.
2015-07-30 Diamond substrate unleashes GaN potential
Diamond substrates and heat spreaders enable GaN devices to operate near its peak power output without degradation in lifetime.
2009-07-08 Coming soon: Carbon chips
Carbonthe basis of all organic compoundsseems destined to displace silicon as the material of choice for future semiconductors.
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