Cramer Backs Applied Materials as Semiconductor Sector's 'Enduring Powerhouse'

Mad Money Host Highlights Chip Equipment Leader's Strategic Position
CNBC's Jim Cramer has identified Applied Materials as a standout "great long-term performer" in the volatile semiconductor sector. The endorsement comes as investors scrutinize the chip industry's cyclical nature and search for companies with durable competitive advantages.
Cramer's analysis suggests that Applied Materials' critical role in manufacturing the tools needed to produce advanced semiconductors provides a resilient business model. The company serves as a foundational supplier to major chipmakers, positioning it to benefit from multiple industry growth drivers including artificial intelligence, 5G expansion, and automotive electronics.
Why Equipment Makers Offer Strategic Exposure
Industry analysts note that semiconductor equipment companies like Applied Materials often experience less volatility than pure-play chip manufacturers. "They're the arms dealers in the tech war," noted one portfolio manager. "Regardless of which chip designer wins specific contracts, the equipment providers supplying the manufacturing tools see consistent demand."
Applied Materials has demonstrated strong execution through multiple industry cycles, with consistent investment in research and development maintaining its technological edge. The company's recent quarterly results showed resilience despite broader economic concerns, with particular strength in services and advanced packaging solutions.
- Strategic position in semiconductor manufacturing ecosystem
- Exposure to multiple high-growth technology sectors
- Proven performance through industry downturns
- Strong recurring revenue from services business
While Cramer acknowledged that semiconductor stocks can experience significant short-term volatility, his endorsement emphasizes the long-term structural growth story. Applied Materials' diversified exposure across memory, logic, and foundry segments provides natural hedging against fluctuations in any single chip market.