Device Architecture

DEVICE ARCHITECTURE ARTICLES



Graphene transistors cool off at the nano level

04/05/2011 

Image: An atomic force microscope tip scans the surface of a graphene-metal contact to measure temperature with spatial resolution of about 10nm and temperature resolution of about 250 mK.  Color represents temperature data. Alex Jerez, Beckman Institute Imaging Technology Group.University of Illinois researchers found that graphene transistors have a nanoscale thermoelectric cooling effect that can be stronger at graphene contacts than resistive heating, lowering the temperature of the transistor.

SiliconBlue 40nm mobileFPGA roadmap targets sensor management, mobile display

04/04/2011 

SiliconBlue Technologies unveiled its mobileFPGA platform device roadmap using TSMC's 40nm low power standard CMOS process. The two distinct families target the two areas where smartphones and other handhelds differentiate.

Thinfilm PARC bring printed electronics commercialization engagement forward

04/04/2011 

Thin Film Electronics ASA (Thinfilm) and PARC, a Xerox company, entered the next phase of their co-innovation engagement for printed memory devices. This next phase extends the engagement to prototyping the product for manufacturing readiness.

GLOBALFOUNDRIES-imec-partner-on-sub-22nm-GaN-on-Si

04/04/2011 

GLOBALFOUNDRIES, semiconductor foundry, signed a strategic long-term partnership on sub-22nm CMOS scaling and GaN-on-Si technology with the nanoelectronics R&D center imec.

Non-volatile-memory-technology-trending-up

04/01/2011 

Figure. Market share for emerging advanced solid state non-volatile random access memory products by region, 2010 and 2015. ($ Millions) Source: iRAP, Inc. April 2011.Advanced solid state non-volatile memory (NVM) chips, which retain data when the power is off, are expected to see phenomenal growth in the next five years, says iRAP Inc. In 2010, the potential market for zero capacitor (ZRAM) was highest, but by 2015, it will be phase change memory (PCM, PC-RAM, PRAM, OUM) at the lead.

The Impact of Japan's Triple Disaster

04/01/2011  Peter Singer, Editor-in-Chief

3D IC is only solution for scaling "up," says MonolithIC 3D exec

03/31/2011 

Transfer on top of processed wafer and replace gates (<400°C)Zvi Or-Bach, MonolithIC 3D, describes the TSV-beating monolithic IC fab process, and argues for scaling "up" rather than down. Or-Bach compares the costs of further semiconductor scaling to advanced packaging.

austriamicrosystems-sends-high-voltage-0.18micron-CMOS-process-to-volume-production-at-IBM

03/30/2011 

austriamicrosystems (SIX:AMS) conditionally released its advanced 0.18µm High-Voltage CMOS process technology "H18" to for volume production. It will be manufactured in IBM's 200mm Burlington wafer facility.

If wide I/O DRAM and other 3D technologies can go HVM standards are needed

03/30/2011 

Mechanical stresses can prevent successful implementation of 3D packaging technologies, says Larry Smith, SEMATECH. He argues for a DFM-like solution to identify and manage stress on thinned and stacked die in 3D ICs. To complicate matters, foundries, OSATs, and memory suppliers could inflict different stresses on the die, and the whole industry is too new at 3D packaging to present concrete answers.

Graphene's journey from lab to foundry

03/30/2011 

Figure 1. Ball-and-stick model of the arrangement of carbon atoms in graphene, carbon nanotubes and fullerenes. The nanostructures share the same honeycomb lattice configuration, rolled up in different dimensions.Technology, not physics, represents the major hurdle to allow graphene to step out of the lab and pave the way to the future of technology: either alone, or hand-in-hand with silicon. Mirco Cantoro, imec, enumerates graphene’s challenges and potential in microelectronics, high-speed/HF electronics, and flexible/plastic electronics.

MENT tailors 3D and 2.5D IC test

03/30/2011 

Mentor Graphics (MENT) says many of its EDA customers are designing, verifying, manufacturing and testing integrated circuit products using multi-die vertical stacking technology, 3D-IC. The company is deploying a multiple-component Tessent design-for-test product line for integrated multi-die hierarchical scan and built-in self-test  methodologies.

Nanotechnology-for-semiconductors

03/24/2011 

While semiconductor fab has always created nanoscale dimensions, a new class of nanomaterials -- graphene, carbon nanotubes (CNTs), nano-metal alloys, quantum dots -- behave radically differently than current materials. Nanotechnology promises higher-performance memory capacity and transistors in future semiconductors, says Giles Humpston, Tessera.

TSV can deal with stress says Synopsys

03/21/2011 

Victor Moroz discusses the strong but doable effects of stress on TSVs. TSV stress ranges are comparable to the size of the TSV, and analog behaves differently than digital. Synopsys recently presented results (part of a collaboration with imec) at a SEMATECH event.

Samsung licenses Tessera OptiML zoom tech

03/17/2011 

The System LSI Division of Samsung Electronics Co. Ltd. has licensed the OptiML Zoom image enhancement solution from Tessera Technologies Inc. (NASDAQ:TSRA).

Japan infrastructure fab status after earthquake

03/17/2011 

Live from Japan, longtime semiconductor exec Takeshi Hattori describes the situation facing semiconductor fabs -- and why power blackouts are the real problem, not earthquake or tsunami damage.

Applied-Materials-plasma-doping-tech-builds-3D-transistors

03/17/2011 

Applied Materials Inc. (AMAT) introduced the Applied Centura Conforma, with conformal plasma doping (CPD) targeted for 22nm and beyond logic and memory chips. The technology replaces ion beam implantation for conformal doping of complex 3D structures.

Better-memory-chip-storage-with-ferroelectrics

03/15/2011 

Figure. At the atomic scale, University of Michigan researchers have for the first time mapped the polarization of a cutting-edge material for memory chips. Credit: Chris Nelson and Xiaoqing PanU-M researchers, with several collaborators, developed a method to spontaneously form nanoscale spirals of electric polarization at controllable intervals in ferroelectric memory. This natural "budding" reduces the power needed to flip each bit.

Japan earthquake impact on semiconductor community

03/14/2011 

Japan earthquake map with wafer fabs. Source: Objective Analysis March 2011.An earthquake of magnitude 8.9 struck March 11 off the coast of Japan's main island, Honshu. Jim Handy, Objective Analysis semiconductor market research, and other analysts share insights into Japan's semiconductor fabs and the quake's impact range. The update includes information from individual semiconductor companies in the area.

Mattson-Technology-debuts-photoresist-dry-strip-system

03/14/2011 

Mattson Technology Inc. (NASDAQ: MTSN) introduced the SUPREMA XP5 photoresist dry strip system for high-volume production of current and future-generation logic, DRAM and flash memory devices.

Electronics-in-Japan-Earthquake-impact-from-IHS-iSuppli

03/11/2011 

IHS iSuppli provides Japan's semconductor, electronics, and LCD fab stats in the wake of Japan's major earthquake today. The two major DRAM fabs in Japan, operated by U.S. based-Micron and Japan’s Elpida, have not been directly affected, according to preliminary indications from IHS iSuppli contacts.




WEBCASTS



Environment, Safety & Health

Date and time TBD

The semiconductor industry is an acknowledged global leader in promoting environmental sustainability in the design, manufacture, and use of its products, as well as the health and safety of its operations and impacts on workers in semiconductor facilities (fabs). We will examine trends and concerns related to emissions, chemical use, energy consumption and worker safety and health.

Sponsored By:

Wafer Processing

Date and time TBD

As the industry moves to 10nm and 7nm nodes, advances in wafer processing – etch, deposition, planarization, implant, cleaning, annealing, epitaxy among others – will be required. Manufacturers are looking for new solutions for sustained strain engineering, FinFETs, FDSOI and multi-gate technologies, 3D NAND, and high mobility transistors.

Sponsored By:

More Webcasts