MediaTek: Price Increases for Flagship Chipsets
Driven by rising wafer foundry, packaging and testing, and key raw material costs, MediaTek has initiated a new round of pricing adjustments. Market sources indicate that the company’s upcoming flagship chipset portfolio, scheduled for launch in the second half of the year, will be the first to undergo price increases as MediaTek seeks to offset mounting manufacturing costs. As demand continues to grow across AI-enabled devices, premium smartphones, and edge computing applications, MediaTek is steadily strengthening its presence in the high-end semiconductor market. The latest price adjustment reflects not only cost-side pressures but also the company’s increasing pricing power within the flagship platform segment.
Realtek Raises Prices for Networking and Connectivity Chips
According to supply chain sources, Realtek plans to implement price increases exceeding 10% across selected product lines beginning in July. The adjustment will primarily affect networking, connectivity, and consumer electronics-related semiconductor products. Rising costs associated with mature-node manufacturing, packaging and testing services, and raw materials continue to move through the supply chain and into end markets. As a result, pricing for selected networking and consumer electronics chips is expected to remain on an upward trajectory throughout the second half of the year.
Renesas Completes Acquisition of Pictorus
Renesas has announced the completion of its acquisition of software developer Pictorus. Through the transaction, Renesas gains access to cloud-based behavioral modeling platform technology that enables engineers to perform system modeling and validation earlier in the development cycle, helping reduce embedded system development timelines. The acquisition further strengthens the capabilities of the Renesas 365 platform. Introduced as an end-to-end electronics system development platform, Renesas 365 supports the entire development workflow—from component selection and solution design to lifecycle management—while advancing a more integrated hardware-software development ecosystem.
Intel and UMC Reportedly Collaborating on 3nm Chip Development
Market reports indicate that Intel and UMC are advancing a strategic collaboration focused on the development of 3nm-class semiconductor products by combining their respective technological strengths. UMC is expected to leverage Intel’s advanced manufacturing capabilities to enter higher-end process technology markets without undertaking significant independent capital expenditures. For Intel, the partnership aligns with its broader strategy of expanding its foundry business and strengthening its competitive position against TSMC. The jointly developed products are expected to be manufactured at Intel’s Arizona wafer fabrication facilities in the United States, representing a significant strategic initiative for both companies in the advanced-node market.
Marvell Deepens Collaboration with TSMC
Marvell has announced plans to collaborate with TSMC on the development of next-generation products utilizing the future A14 (1.4nm-class) process technology. As demand continues to accelerate across AI data centers, high-speed interconnects, and custom AI silicon, Marvell is increasing its investment in advanced process technologies. To secure long-term manufacturing capacity, the company reportedly plans to prepay approximately US$1 billion for future production allocation. TSMC’s A14 process is expected to enter mass production in 2028 and could become a key manufacturing platform for Marvell’s future high-performance computing portfolio.
AMD Acquires MEXT
AMD has announced the completion of its acquisition of startup MEXT. The company’s memory-tiering technology enables NAND flash storage to be presented to operating systems in a manner similar to DRAM, improving memory utilization efficiency while reducing overall system costs. According to AMD, the technology will help data center customers reduce DRAM requirements, improve system scalability, and accelerate deployment efficiency for large-scale AI and cloud computing workloads. The acquisition is expected to further strengthen AMD’s competitive position in the data center market.
Samsung Accelerates AI Factory Strategy
Samsung has announced plans to transform its global manufacturing operations into fully AI-driven factories by 2030. To support this initiative, the company has established the Data Sharing Ecosystem Platform (DSEP), enabling real-time semiconductor process data exchange with supply chain partners. This data is being integrated into Samsung’s AI factory operating systems to drive higher levels of manufacturing automation and intelligent production management. Meanwhile, Samsung’s semiconductor R&D team has achieved a breakthrough in three-dimensional (3D) stacked transistor architecture, successfully demonstrating a gate pitch of 42nm. The advancement lays the foundation for future semiconductor technologies delivering higher performance and lower power consumption.
NXP Introduces Next-Generation Automotive Radar SoC
NXP has unveiled its latest automotive radar system-on-chip (SoC), the SAF8444. Featuring an innovative RF architecture, the device delivers high performance and energy efficiency while reducing thermal management complexity, simplifying vehicle integration, and lowering overall system costs for automotive manufacturers. As the adoption of advanced driver-assistance systems (ADAS) and intelligent driving technologies continues to increase, demand for automotive radar semiconductors is expected to remain on a strong growth trajectory.