ETF日报：此前受存储成本上涨预期影响，消费电子板块经历了短期回调，当前估值水平适中，关注消费电子ETF

Market Overview - The Shanghai Composite Index closed up 0.29% at 3875.26 points, while the Shenzhen Component Index fell 0.25% and the ChiNext Index dropped 0.44%. The market experienced a high of over 2% in the morning before retreating [1] - The total trading volume in A-shares was 1.72 trillion yuan, slightly down from 1.8 trillion yuan the previous day [1] Integrated Circuit Sector - The Integrated Circuit ETF saw a strong performance, initially rising nearly 4% before closing up 1.28%. This was attributed to the growing market recognition of domestic computing power and the involvement of certain manufacturers in Google's Optical Circuit Switch (OCS) supply chain [2][7] - OCS technology allows for direct transmission of data using light, avoiding the need for conversion to electrical signals, which results in lower power consumption and latency. However, the technology is still maturing and lacks a complete industrial chain [2] Consumer Electronics Sector - The Consumer Electronics ETF rose by 0.36%, driven by favorable policies and new product launches. The Ministry of Industry and Information Technology, along with five other departments, issued a plan to enhance the adaptability of supply and demand in consumer goods, categorizing consumer electronics and smart wearable products as key consumption areas [9] - Global demand for consumer electronics is gradually recovering, with smartphone revenue expected to grow by 5% year-on-year by Q3 2025, reaching a historical high [9] Lithium Battery Sector - The lithium battery industry saw significant gains, particularly in solid-state battery concepts. The price of electrolyte has risen to 55,750 yuan per ton, an increase of approximately 180% since the beginning of the year, while the price of lithium hexafluorophosphate has reached 165,500 yuan per ton [11] - A major development in solid-state batteries includes the establishment of the first large-capacity solid-state battery production line in China, which is currently in small-scale testing. Full-scale production is anticipated around 2030, although challenges remain in technology and cost [11]