According to BlockBeats, shipping data is showing a shift in the actual traffic patterns in the Strait of Hormuz on August 19. Kpler data shows that over 80% of ships passing through the Strait of Hormuz in the past two weeks have chosen the Omani side of the route, a route authorized by the United Nations but previously opposed by Iran.

Analysts believe that although both the United States and Iran claim control of the Strait of Hormuz, neither side actually has complete control of this crucial global energy corridor. Kpler's head of crude oil analysis, Homayun Farahshahi, stated that it is becoming increasingly clear that Iran has at least partially lost control of the strait.

A month ago, Kpler found almost no vessels using the Oman route; now, that figure has risen to over 80%. At the same time, the number of vessels choosing routes favored by Iran has decreased significantly, impacting Iran's ability to collect passage fees through the Straits.

The United States relies on its maritime military deployments to continuously monitor shipping safety. U.S. Energy Secretary Chris Wright stated that the current flow of oil transported through the Strait of Hormuz and diverted to other routes is approximately 15 million barrels per day, approaching the pre-conflict level of about 20 million barrels per day.

However, Iran still retains a certain deterrent capability. Analysts point out that if Iran's goal was to completely control the Straits, it has never truly achieved this goal; but creating risks and affecting shipping through military action remains an important strategic means for it.

Currently, Iran and Oman are discussing the resumption of freedom of navigation arrangements in the Strait of Hormuz. Qatar has stated that if such an agreement is reached, it could create conditions for the US and Iran to return to the negotiating table. However, Trump recently stated that the US and Iran are not currently engaged in any negotiations or dialogue.

According to BlockBeats, on August 19th, TradingBeats (formerly Hyperinsight) reported that an address (0x1008) opened a long position in xyz:SKHX at 18:14. The average opening price was $1,162.53, with a position value of approximately $4.98 million and a leverage ratio of 5. The position is currently showing a small unrealized profit of approximately $2,446, with a liquidation price of $978.20.

Historically, this address actively traded commodity CL contracts in April of this year, with a total trading volume of $14.34 million, but ultimately exited with a small loss of $369,200. This newly established position in SKHX marks the first significant entry into this asset after a four-month hiatus, potentially indicating the start of a new trading strategy.

According to BlockBeats, on August 19, Citrini analyst Jukan cited South Korean media reports that Samsung Electronics plans to adjust the design of its P5 wafer fab in Pyeongtaek, South Korea, which is currently under construction, upgrading the original two-story building to a three-story structure.

This adjustment involves P5 Plant 1 and Plant 2 in Pyeongtaek, which will together form the world's largest single-site semiconductor manufacturing base. Construction of the project began in 2022 and is expected to be completed by 2030, with approximately 50,000 workers employed at its peak.

Previously, Samsung's P4 and previous plants in the Pyeongtaek campus adopted a "dual-wafer fab" layout, with each building containing four cleanrooms. If the three-story design plan for P5 is approved, it will adopt a "triple-wafer fab" structure, accommodating up to six cleanrooms.

According to the plan, the number of P5 cleanrooms will increase by about 50%, and the overall production capacity is expected to increase by at least 50%. Samsung Electronics and SK Hynix may also adopt similar three-layer wafer fab designs in their future new wafer fabs in Yongin Semiconductor Industrial Park and other locations.

Industry insiders believe that Samsung's expansion of its advanced manufacturing base reflects the accelerating expansion of memory and advanced process capacity against the backdrop of growing global demand for AI chips.