Issue



Table of Contents

Solid State Technology

Year 2000
Issue 5

DEPARTMENTS

Literature


Literature

Furnace-cooling brochure; Temperature products catalog; Vacuum products catalog; And more


Editorial


Tapping the power of the Net

The drama was intense in 1989 when the Berlin Wall was torn down. TV and media images of the crumbling stone wall offered visible evidence of the collapse of the Iron Curtain


World News


Worldwide highlights

Continued optimism rules the day as tool bookings reached a record $2.3 billion and front-end fab utilization remained steady in February, according to the latest figures from Semiconductor Equipment and Materials International (Semi) and market researcher VLSI Research


Tech News


Technology news

Nitrogen put in GaAs for solar cells; NIST's Potzick plans neolithography consortium; Successful ellipsometry at 157nm; And more


Is There Light At The En


Is there light at the end of the NGL tunnel?

That are the ultimate limits of light for lithography, what technology might eventually replace it, and at what node?


Eurofocus


Eurofocus

ISS Europe: Prosperous times for European semiconductor market; ECSI launches System Design Industrial Council; After rebound, ESEC again focused on core bonder market


Asiafocus


Asiafocus

Japan sees rising demand for LCD driver ICs; Selete, International Sematech join on 300mm software issues


Market Watch


Analyzing the market for copper tools: From niche to mainstream?

The front-end equipment market for copper processing of IC interconnects grew slightly more than 36% in 1999, according to our recent analysis.


Product News


Product News

Die attach system; Spin processor for 300mm; Automated mask aligner; And more


People


People

Surface/Interface Inc. (S/II), Sunnyvale, CA, has appointed Jim Owens president and CEO. Before joining the company, Owens was president of Verdant Technologies, a division of Ultratech Stepper


FEATURES

Lithography


High-throughput e-beam stepper lithography

Collaboration between Nikon and IBM has demonstrated the feasibility of an electron optical system for an electron-beam stepper based on the PREVAIL technique. This system differs from conventional direct-write electron-beam because it projects and demagnifies reticle patterns while scanning the reticle and wafer, very similar to optical exposure lithography tools. The promise here is throughput at >40 (200mm) wafers/hr while manufacturing ICs with <100nm minimum features.


Feature


Executive Millennium Report: 1999 Roadmap: Solutions and caveats

While the 1999 ITRS is a Roadmap for sustaining IC progress, the needed underlying manufacturing capability is based on solutions from equipment and materials suppliers.


Industry Insights


So many options, so little time: Why optics is forever in lithography

More than 450 semiconductor professionals paid $150 each to attend the official release of the 1999 International Technology Roadmap for Semiconductors (ITRS) in Tokyo last November. Expectations were high that it would chart the future of lithography more accurately than previous Roadmaps.


Etch


Pattern transfer into low dielectic materials by high-density plasma etching

Directional plasma etching of low dielectric constant materials presents a rich spectrum of challenges owing to the multitude of inorganic, organic, and mixed organic/inorganic low dielectric constant materials being considered for multilevel interconnection applications


Wafer Cleaning Cu Contam


Wafer Cleaning: Cu contamination control for advancedinterconnect manufacturing

With the implementation of copper (Cu) in advanced microelectronic interconnect manufacturing, a complex of new contamination control challenges emerges on various levels.


Flat Panel Displays


Semiconductor manufacturing techniques for ferroelectric liquid crystal microdisplays

The wafer-level fabrication of liquid crystal on silicon microdisplays is attractive because it leverages existing equipment and processes created for the semiconductor and flat panel display industries. A ferroelectric liquid crystal technology enables microdisplays to be constructed directly on advanced low-voltage CMOS ICs, and this process flow is described in detail.