Applied Materials Exceeds Quarterly Revenue Estimates on Strong AI Chip Demand

Applied Materials beating expectations on strong AI chip demand serves as a positive signal for the semiconductor and AI supply chain, indirectly supporting GOOGL's data center and AI investment narrative. GOOGL has already risen more than 3% in 24 hours and maintains its momentum with an RSI of 62, approaching overbought territory without yet entering it; the MACD is above its signal line and the price is trading above the SMA20/SMA50. However, since the news pertains directly to the supplier rather than GOOGL, the impact may remain limited and indirect. I expect a mild upward bias in the short term, but after a 3% daily gain there is a risk of profit-taking. I therefore keep confidence at a moderate level.

Applied Materials beating expectations on strong AI chip demand may provide mild short-term support for NVDA as a positive signal for the semiconductor sector. However, NVDA itself is down 5.6% at 166 and in weak momentum territory with an RSI of 36.6; MACD is negative and the price is trading below the SMA20/SMA50. Since the news relates to the supply chain rather than NVDA directly, its impact may remain limited. Although reaction buying may be seen in the short term, a close above the 169-170 band is required for a trend reversal. Cautious optimism should be maintained; the news alone is not a strong reversal signal.

Applied Materials (AMAT) surpassed its revenue forecast thanks to robust demand for AI chips, positioning the news as a short‑term catalyst. The stock has risen 3.17% in the last 24 hours, trading above its 50‑day simple moving average (SMA50) of 366.48 but below its 20‑day SMA (SMA20) of 385.74. The relative strength index (RSI) sits at 50.3, indicating a neutral stance with no overbought risk. Although the MACD is below the signal line (5.02 < 7.34), the positive news momentum may offset this weakness. In the 1‑ to 3‑day outlook, a bullish reaction to the announcement is likely, but the SMA20 level should be monitored as a potential resistance point.