This paper provides a comprehensive overview of the semiconductor industry structure circa 2005, examining the $235 billion global market and its key characteristics. It analyzes the industry's four main sectors (microprocessors, memory, commodity integrated circuits, and complex system-on-chip), identifies major competitors including Intel (15% market share) and Samsung Electronics (7.6%), and explores primary customers ranging from PC manufacturers to individual consumers. The paper also discusses production trends, distribution methods, pricing strategies, and the industry's shift toward Asian manufacturing centers. Key findings reveal rising production and demand imbalances, price declines despite revenue growth, and the industry's dependence on cyclical consumer electronics markets.
The semiconductor industry is the collection of companies involved in the design and fabrication of semiconductor devices. The total market share was estimated at $235 billion in 2005, representing an increase of almost 7% from total revenues received by companies in this industry during the fiscal year 2004. Due to the nature of the product sold in the industry, the life cycle of the industry is highly volatile. The industry has four main sectors: microprocessors, memory, commodity integrated circuits, and complex system-on-chip products. Understanding these sectors is essential to analyzing competitive dynamics and market positioning within the broader semiconductor ecosystem.
Though the semiconductor industry is highly volatile, each of the segments is dominated by one or more key industry buyers, preventing individual clients from exploiting significant bargaining power. The major customers are both corporations and private individuals who consume the majority of personal computers and cellular phones. Currently, chief executives in the industry stress that as the boom for PCs and cell phones wanes after 2007, the industry will not have another product to substitute for them, and personal demand patterns will shift, which will decrease total revenues achieved by the industry.
The supply in this industry follows different trends than demand. Supply must be planned in advance and is highly research-intensive, which results in short-term shortfalls in available stock when demand shifts suddenly following new trends or increases in personal purchasing power. Currently in geographic terms, the biggest demand comes from China, which accounts for approximately 20% of the consumed goods in this industry. This geographic concentration represents both an opportunity for growth and a risk factor for companies dependent on sustained Chinese demand.
Based on total revenues received by companies, Intel ranks number one within this industry with 15% market share, or approximately $35 billion. It is followed by Samsung Electronics with 7.6% market share, then Texas Instruments with 4.4%, and Toshiba with 3.9% market share. This concentration among the top four manufacturers reflects significant barriers to entry and the capital-intensive nature of semiconductor production.
Current production is increasingly outsourced to areas where companies can achieve cheaper labor costs for average-ability workers, as well as access highly qualified engineers for research programs. Thus, the benefit of cost downsizing is coupled with total growing demand for these products in these areas. Companies that have high presence and market shares in these regions will increase revenues accordingly. At the same time, to retain the workforce in the United States, many manufacturers keep the biggest value-added functions in the USA.
Raw materials are not the largest price input in the semiconductor industry, yet they still represent a significant portion of costs. Presently, the market for metals has been booming due to overall industrial recovery in emerging markets, combined with increased production within the semiconductor industry. Though semiconductor fabrication facilities were not growing at the same rate as the demand for these products, the Semiconductor Industry Association believes that sufficient production capacity exists and overall capacity utilization is not maximal. This suggests that industry expansion may be constrained more by demand than by physical production limitations.
The main distribution methods within the industry include retailing, business-to-consumer models, and business-to-business models. Given the scale of the business, optimizing the supply chain is complex, especially considering that products are often sold to final purchasers through different local dealers. These dealers increase the final purchase price but simultaneously expand the total market presence of the products in different regions.
"Distribution channels, pricing models, and cost management"
"Production growth, demand forecasts, and geographic shifts"
You’re 68% through this paper. Sign up to read the remaining 2 sections.
Sign Up Now — Instant Access Already a member? Log inAlways verify citation format against your institution’s current style guide requirements.