Intel Abandons European Manufacturing Plans, Reduces Workforce to 75,000, Reports 2.9 Billion Dollar Loss Yet Outperforms Wall Street Predictions
In the ever-evolving world of semiconductors, Intel is actively redefining its strategy to maintain its competitive edge. The tech giant is focusing on its IDM 2.0 strategy, which aims to regain process technology leadership, expand external foundry use, and build Intel Foundry Services (IFS) as a major contract manufacturer [1]. This hybrid model positions Intel as a "systems foundry for the AI era," leveraging both internal and external demand to drive innovation and scale in semiconductor manufacturing.
Financially, Intel's foundry business is currently unprofitable, with Q2 2025 revenue reaching $4.4 billion but an operating loss of about $3.2 billion, equating to a -71.7% operating margin [2]. CEO Lip-Bu Tan is steering the foundry business towards more cautious expansion, a departure from the previous CEO's aggressive capacity and technology growth plans. Intel aims to achieve profitability by the end of the decade, although this remains challenging due to legacy roadmaps and market dynamics.
Operational changes reflect this strategic pivot and financial prudence. Intel has cancelled or slowed several high-cost projects, including fab projects in Germany, Poland, and Ohio, and consolidated other operations to reduce near-term capital expenditure. Notably, Intel is reportedly shifting from its previously planned 18A process technology node to the 14A node for external customers. While 14A is less advanced, it is viewed as more aligned with current market demands and could better attract major clients like Apple or AMD [4].
In terms of AI positioning, Intel is pivoting towards niche AI domains such as edge AI (chips for autonomous devices and sensors) and agentic AI (real-time decision-making AI chips) [3]. The company aims to revive its role as a domestic foundry powerhouse serving Western AI needs. However, Intel lags behind AI market leaders like Nvidia, which dominates AI training and inference GPUs with a strong software ecosystem. Intel's legacy CPU dominance has not translated into success in AI-specific chips or ecosystems, making this a long-term, high-risk transformation facing stiff competition and requiring further execution.
In the second quarter of 2025, Intel reported a net loss of USD 2.9 billion. The company forecasts a Q3 GAAP loss per share of USD (0.24), with non-GAAP EPS expected to break even [5]. Intel's Data Center and AI (DCAI) group saw a 4% bump in revenue to USD 3.9 billion, while its GAAP gross margins dropped to 27.5%, a year-over-year drop of nearly 8 percentage points [6].
Despite these financial challenges, Intel has launched three new Xeon 6 processors during the second quarter of 2025 and is on track to ship its next-generation Panther Lake processors in late 2025, based on the 18A process node [7]. The company has also completed most of its planned workforce cuts, reducing its core team by roughly 15%, and its total projected employee count is about 75,000 by year-end [8].
Intel Foundry Services delivered USD 4.4 billion in revenue, a 3% increase year-over-year, in the second quarter of 2025 [9]. The Q2 of 2025 marked a pivotal moment in Intel's transformation story, with headcount reductions, site consolidations, and forward-looking silicon launches. Intel expects Q3 2025 revenue to fall between USD 12.6 billion and USD 13.6 billion [10].
In summary, Intel's ongoing transformation is a complex but critical effort to remain relevant and competitive in the semiconductor and AI industries. The company is focusing on a hybrid internal-external foundry model and AI-focused chip development. Financially, Intel's foundry business is currently unprofitable, with restructuring ongoing to improve profitability by 2030. Operational shifts include cancellation/delay of fab projects, a shift from 18A to 14A process node, and consolidation of manufacturing sites. In terms of AI positioning, Intel is emphasising edge AI and agentic AI chips, competing indirectly with Nvidia, and aiming for domestic foundry leadership. However, execution challenges, late AI market entry, ecosystem deficits, and large capital investment requirements pose significant risks to Intel's transformation [1][2][3][4].
References: 1. Intel's IDM 2.0 strategy 2. Intel's financial results 3. Intel's AI focus 4. Operational shifts 5. Intel's financial forecast 6. Intel's Q2 2025 financials 7. Intel's new processors 8. Intel's workforce reductions 9. Intel Foundry Services revenue 10. Intel's Q3 2025 revenue forecast
- As part of its IDM 2.0 strategy, Intel is diversifying its business to include contract manufacturing, with a focus on AI-specific chips, particularly edge AI and agentic AI domains, in order to position itself as a domestic foundry powerhouse serving Western AI needs.
- Despite the financial challenges faced by Intel's foundry business – with Q2 2025 operating losses reaching about $3.2 billion – the company anticipates achieving profitability by the end of the decade through operational changes such as consolidating manufacturing sites, canceling or delaying high-cost projects, and slowly transitioning to more aligned technology nodes like 14A for external customers.
