GOOGL — candidate.roundup

Update

GOOGL — candidate.roundup

Reason: GOOGL's thin cushion above its 200-day flagged last cycle has thinned further to +0.5% (was +0.7%), with 1-year change down to +40.82% (was +45.7%) and alpha to +24.61 (was +27.05) - $335.94-area remains the level to watch. MSFT's negative year-over-year read improved slightly - 1-year change -1.07% (was -1.63%), alpha -17.29 (was -20.28) - still negative but less so. NVDA's confirmed-leadership read cooled: 1-year change +23.21% (was +34.2%), alpha +6.99 (was +15.54). AAPL strengthened the most in the group - 1-year change +44.45% (was +33.44%), alpha +28.23 (was +14.79), now just -3.57% off its high.

Price/RSI Table

Stock Price 7D 30D 52wkHi RSI Status Action
GOOGL $338.50 +0.01% -1.47% -17.16% 46.8 🟢 Pullback entry (thin cushion) 🔍 Watch
MSFT $495.63 -0.81% +0.65% -10.49% 56.7 🟡 Neutral 🔍 Watch
NVDA $218.29 -5.24% -2.59% -7.72% 49.8 🟢 Pullback entry 🔒 Hold
AAPL $332.27 +3.84% +9.93% -3.57% 62.8 🟢 Pullback entry 🔒 Hold

What Changed Since 2026-09-04

  • GOOGL's thin 200-day cushion thinned further to +0.5% (was +0.7%); 1-year change fell to +40.82% (was +45.7%), alpha to +24.61 (was +27.05) - still the group's long-horizon leader by number, but the cushion is now nearly gone. $335.94 (its 200-day) remains the level to watch.
  • MSFT's negative year-over-year read improved slightly: 1-year change -1.07% (was -1.63%), alpha -17.29 (was -20.28) - still negative, but the deterioration flagged two cycles ago has not gotten worse.
  • NVDA cooled from confirmed-leadership: 1-year change +23.21% (was +34.2%), alpha +6.99 (was +15.54) - thinner but still positive.
  • AAPL strengthened the most this cycle: 1-year change +44.45% (was +33.44%), alpha +28.23 (was +14.79), now only -3.57% off its 52-week high (was -7.14%) - the clearest improver in the group.

Sources

  • Tape data (price/RSI/SMA/returns/1-year change/1-year alpha): pre-computed summaries as of the 2026-09-11 close — mag7 (Schwab).
  • Prior-cycle comparison: 2026-09-04-mag7.
9 events

No direct external sources are attached to this read.