Semiconductor industry in the 2000s
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| Semiconductor industry in the 2000s | |
|---|---|
| Title | Semiconductor industry in the 2000s |
| Period | 2000–2009 |
| Major players | Intel; Samsung Electronics; Taiwan Semiconductor Manufacturing Company; Texas Instruments; Advanced Micro Devices |
| Notable events | Dot-com crash; 2001 recession; 2008 financial crisis; rise of mobile computing |
| Technologies | CMOS scaling; copper interconnect; immersion lithography; SOI; FinFET research |
| Regions | United States; Taiwan; South Korea; Japan; Europe; China; Singapore; Israel |
Semiconductor industry in the 2000s The 2000s saw rapid transformation of the Intel-led silicon ecosystem as firms such as Samsung Electronics, Taiwan Semiconductor Manufacturing Company, and Texas Instruments navigated the aftermath of the Dot-com bubble and the 2008 financial crisis. Market demand shifted from PC-centric suppliers like Advanced Micro Devices and Applied Materials toward mobile-focused companies including Qualcomm, NVIDIA, and ARM Holdings, while foundry, IDM, and fabless models evolved amid consolidation involving GlobalFoundries and STMicroelectronics.
Market dynamics and economic trends
After the Dot-com bubble collapse and the 2001 recession, semiconductor capital expenditure and shipment volumes recovered alongside the rise of Windows XP installations and Intel Pentium 4 sales, then pivoted with the introduction of Apple iPhone and the expansion of Samsung Galaxy hardware. Demand cycles were affected by inventory corrections at distributors such as Avnet and Arrow Electronics and by portents from exchange-listed firms like Intel Corporation and Texas Instruments Incorporated. The late-2000s Financial crisis of 2007–2008 depressed orders for companies including Micron Technology and Hynix, prompting price volatility on commodity DRAM and NAND markets represented by Samsung SDI and Toshiba Corporation.
Technological advances and manufacturing
Development of copper interconnects by Intel and adoption of low-k dielectrics accelerated masking complexity alongside advances in immersion lithography by ASML Holding. Research at institutions such as Bell Labs and IBM pushed CMOS scaling toward 90 nm, 65 nm, and 45 nm nodes and incentivized work on strained silicon and silicon-on-insulator (SOI) by Infineon Technologies and STMicroelectronics. The decade saw growth of fabless models exemplified by Qualcomm Incorporated and Broadcom Corporation, while equipment makers like Applied Materials, Lam Research, and Tokyo Electron supplied chemical vapor deposition and etch systems required for advanced process control. Power efficiency initiatives driven by ARM Holdings architectures influenced microarchitecture choices at NVIDIA Corporation and Broadcom, and exploratory research at Intel Labs and TSMC examined multi-gate transistor concepts later realized as FinFETs.
Major companies and mergers
Consolidation reshaped the sector: National Semiconductor and Analog Devices executed strategic deals around mixed-signal portfolios, while Freescale Semiconductor spun out from Motorola and later engaged with private equity such as Blackstone Group-linked transactions. High-profile mergers included creation of GlobalFoundries from AMD-related assets and investments by Advanced Micro Devices stakeholders, and the attempted consolidation moves involving NXP Semiconductors and Philips Electronics assets. Hostile bids and strategic alliances featured firms like Intel acquiring McAfee for security, and manufacturing deals paired TSMC with fabless partners including Nvidia and Broadcom.
Globalization and regional industry shifts
Manufacturing gravitated to East Asia as TSMC expanded capacity in Hsinchu Science Park and Samsung ramped fabs in South Korea; Japan retained specialty processes through Renesas Electronics and Toshiba. The People's Republic of China initiated incentives in regions such as Shanghai and Shenzhen to attract packaging and assembly from groups like Foxconn and ASE Group, while Singapore attracted regional R&D centers from Infineon and Intel operations. European hubs including Dresden and Grenoble sustained fab and fabless activity via NXP and STMicroelectronics, and research collaborations involved CEA-Leti and Fraunhofer Society.
Supply chain, fab capacity, and equipment
Fab construction cycles were driven by investments from foundries such as TSMC, Samsung Electronics, and GlobalFoundries and by IDM expansions at Intel campuses in Oregon and Arizona. Equipment suppliers including ASML, Applied Materials, Lam Research, KLA-Tencor, and Tokyo Electron faced demand fluctuations tied to node transitions. Memory supply imbalances involved producers like Samsung Electronics, Micron Technology, and Hynix, and assembly/test providers such as Amkor Technology and SPIL absorbed packaging flows. Materials suppliers including DuPont and Sumco supplied photoresist and silicon wafers critical to capacity planning.
Policy, regulation, and government initiatives
National initiatives shaped competitiveness: United States policies influenced defense procurement with microelectronics requirements impacting companies such as Intel and Texas Instruments; investment incentives and tax measures in Taiwan and South Korea supported TSMC and Samsung expansion. The European Union funded semiconductor R&D through framework programs involving STMicroelectronics and Infineon Technologies, and the People's Republic of China launched industrial policies fostering fabs in collaboration with firms like SMIC and HiSilicon. Export controls and technology transfer concerns engaged agencies such as Bureau of Industry and Security and sparked dialogues among multinational corporations including Micron, Intel, and Qualcomm.