Tower Semiconductor targets $3.6B annual revenue model as SiPho run rate is expected to exceed $1.1B in Q4 2026
Tower Semiconductor expects its fourth-quarter 2026 silicon photonics (SiPho) run rate to exceed $1.1 billion, targeting an annual revenue model of $3.6 billion.
A rebound buy can be considered based on the oversold condition with an RSI(14) of 31.6 and a downward trend marked by a -12.2% volatility rate over the past 7 days, alongside a surge in trading volume to 2.53 times the 20-day average.
For Tower Semiconductor (TSEM), we will take profit if the price reaches $268.93 and cut losses if the $160.36 price level is breached.
At the time of entry, technical indicators show an RSI (14) of 31.6 (entering oversold territory), moving averages in a non-bullish alignment, trading volume at 2.53 times the 20-day average, and a -12.2% volatility rate over the past 7 days.
The trade was entered in anticipation of a rebound, supported by positive catalysts including the annual revenue model target and the growth outlook for the SiPho run-rate, an oversold condition with an RSI of 31.6, and a 2.53-fold increase in trading volume compared to the 20-day average. However, the actual outcome resulted in a loss of -11.9%, closing as a FAILED trade. Although the entry was based on the belief that entering oversold territory and the surge in trading volume would signal a short-term rebound amidst unaligned moving averages and a steep downward trend of -12.2% over the past 7 days, market selling pressure proved too strong to fully overcome the downward pressure.
Through this trade, we confirmed that oversold conditions and increased trading volume do not always lead to an immediate rebound, and that in an environment with unaligned moving averages, the inertia of a downward trend can act more strongly. In future trades, even in the presence of technical oversold conditions and favorable news, if the moving averages are in a bearish (inverted) alignment, we will more conservatively check for additional downside support and coordinate our entry timing.