In the competitive realm of semiconductor manufacturing equipment, Applied Materials stands
out for its technological leadership, strategic market positioning, and comprehensive approach
to addressing the challenges of modern semiconductor fabrication. As the industry moves
towards smaller nodes and more complex device architectures, Applied Materials' innovations
in etch, deposition, CMP, metrology, and ion implant equipment will continue to play a critical
role in enabling the next generation of electronic devices. Through continuous innovation and
strategic foresight, Applied Materials is not just competing but leading in the markets it serves,
shaping the future of semiconductor technology and manufacturing.
Applied Materials' market leadership is supported by continuous innovation and a strategic
approach to addressing semiconductor manufacturing challenges. The company's investment in
research and development ensures its technologies meet current demands and anticipate
future industry shifts.
As semiconductor fabrication evolves towards more advanced nodes and explores novel
materials and architectures, Applied Materials is poised to play a central role. Its
comprehensive technology portfolio, covering etch, deposition, CMP, metrology/inspection,
and ion implant, positions the company as a key enabler of next-generation semiconductor
devices.
Etch and Deposition Technologies
Applied Materials excels in etch and deposition processes, foundational to semiconductor
device fabrication. The company's etch systems offer precise control over plasma processes,
crucial for defining nanoscale features on silicon substrates. These systems enable the creation
of intricate device structures required for current computing and memory applications.
In deposition, Applied Materials provides solutions across Chemical Vapor Deposition (CVD),
Physical Vapor Deposition (PVD), and Atomic Layer Deposition (ALD). These technologies are
critical for forming the various thin-film layers in semiconductor devices, with a focus on
precision, process efficiency, and adaptability to evolving industry requirements.
CMP Systems
CMP equipment is another area of focus for Applied Materials, ensuring the planarity of wafer
surfaces between fabrication steps. The company's CMP systems integrate with fabrication
workflows, optimizing throughput and reducing defectivity. This contributes to improved
manufacturing yields and cost efficiencies, aligning with the semiconductor industry's goals.
Metrology/Inspection Equipment
Metrology and inspection equipment from Applied Materials provides critical data on wafer
properties, facilitating process adjustments and early defect identification. This category of
equipment is vital for quality control, enabling manufacturers to uphold high standards of
product yield and operational efficiency amid increasing device complexity.
Ion Implant Equipment
Applied Materials also specializes in ion implantation technology, essential for doping
semiconductor materials. The company's implanters deliver high precision in dopant species,
energy, and dose control, critical for achieving desired electrical characteristics in
semiconductor devices.
About This Report
This report addressed the Served Available Markets that Applied Materials competes. Namely:
Chemical Vapor Deposition
Physical Vapor Deposition
Dry Etch
Rapid Thermal Processing/Oxidation/Diffusion
Silicon Epitaxy
Chemical Mechanical Planarization
Metrology and Inspection
Ion Implantation
It presents forecasts for each sector and market shares for each equipment type between 2012
and 2023.
Table of Contents
Chapter 1. Introduction
Chapter 2. Applied's Strategies
2.1. Market Strategies
2.1.1. Driving Demand for Processing Equipment
2.1.2. A Global Presence
2.1.3. Meeting Customer Needs
2.1.4. New CEO's Strategy
2.2. Business Strategies 2.
2.2.1. Silicon Systems Group
2.2.2. Applied Global Services
2.2.3. Display
2.2.4. Energy and Environmental Solutions
2.3. Technology Strategies
2.4. Product Strategies
2.5. Acquisition Strategies
2.6. Legal Strategies
2.7. Financial Analysis
Chapter 3. Market Forecast
3.1. Market Drivers
3.1.1. Semiconductor Market
3.1.2. Technical Trends
3.1.3. Economic Trends
3.2. Applied Materials - Global Market Leader Until 2019