Qualcomm Executive Director Cristiano Amon paid an official visit to Sul’s Coreia on April 21, 2026. The trip involved a series of high-level meetings with representatives from Samsung Electronics, SK Hynix and LG Electronics. The main objective of the conversations focused on manufacturing the Snapdragon 8 Elite Gen 6 processor. The American company is considering using the two-nanometer process from the South Korean giant’s foundry division. The component represents the brand’s next generation of extremely high-performance chips.
The initiative marks an important step in the manufacturer’s strategy to diversify its global supply chain. The structural design of the new processor has already gone through the finalization phase. The executive himself confirmed the completion of the project during the CES 2026 fair, held in January. A possible commercial agreement with Samsung means the return of Qualcomm to the Asian company’s factories. The partnership for cutting-edge components has been suspended since the 2022 season.
Strategic Encontro focuses on two-nanometer technology
Cristiano Amon’s main agenda included a direct meeting with Han Jin-man. The South Korean executive holds the presidency of the Foundry division of Samsung Electronics. The two leaders discussed the technical details about adopting the process known as SF2. Essa two-nanometer technology emerges as the main candidate to bring the Snapdragon 8 Elite Gen 6 to life. Negotiations advanced on topics that the technical teams had already discussed for several months.
The chipmaker is aggressively seeking to reduce operating costs. Dependence on a single supplier generates considerable logistical risks in the current technology market. Samsung sees the opportunity as a decisive moment to regain its market share. The company invested heavily to improve the stability of the SF2 process on assembly lines. The technology already works on the Exynos 2600 processor, present in some versions of the Galaxy S26 smartphone. A recent contract signed with car manufacturer Tesla also reinforced the credibility of the industrial operation.
Diferença Price Draws Interest for Diversification
Recent history explains the American company’s caution in negotiations. Qualcomm moved all of its main production to TSMC in the year 2022. The move came after serious technical issues with the Snapdragon 8 Gen 1. Samsung manufactured the component in four nanometers at the time. The chip presented overheating failures and very low usage rates. Costs soared. TSMC has since taken over the Elite line and has stabilized batch deliveries.
The current financial scenario presents a clear advantage for the South Korean foundry. The prices charged by Samsung attract the attention of technology companies. A two-nanometer wafer at TSMC costs approximately $30,000 in the global semiconductor market. Samsung offers the same volume in the SF2 process for values close to US$20,000.00. The 33% difference changes the game. Demand for advanced processing capacity continues to rise steadily.
- The architectural design of the Snapdragon 8 Elite Gen 6 has already been completed.
- The strategy involves dividing production between TSMC and Samsung.
- The financial focus is on purchasing wafers at more affordable prices.
- Teams assess actual capacity to deliver in high volume.
- Negotiation reduces the risk of bottlenecks in the supply chain.
The division of production also acts as a shield against unforeseen delays. Clientes giants like Apple and NVIDIA buy almost all of TSMC’s manufacturing capacity. A dual sourcing strategy allows for greater operational flexibility. Qualcomm would be able to adjust delivery volumes quickly. The market for cell phones with the Android system demands quick responses from hardware manufacturers.
Desempenho of the production line still requires adjustments
Factory performance remains the main obstacle to signing the definitive contract. The SF2 process has a success rate of 55% on assembly lines, according to data from April 2026. The market considers the 60% mark as the minimum acceptable for large-scale production. The effective utilization rate can drop to around 40% after the final assembly stages. TSMC operates with rates between 60% and 70% at the same technology level.
The South Korean manufacturer is preparing an important update to resolve the performance problem. The improved version was technically named SF2P. The new architecture promises gains of 12% in processing speed. Energy efficiency should improve by 25%. The physical size of the chip will be reduced by 8%. Commercial production of this upgraded variant will begin in the second half of 2026. Financial industry analysts monitor the company’s ability to achieve these bold goals.
Impacto direct to high-end cell phones scheduled for next year
The new Snapdragon 8 Elite Gen 6 processor will hit the consumer market in 2027. The component will serve as the brain of the next generation Android flagship devices. Dispositivos like Xiaomi 18, OnePlus 16 and Samsung Galaxy S27 should use the part. The Chinese brand Xiaomi continues the tradition of launching the first cell phone equipped with the latest Qualcomm chip. The cell phone manufacturers’ launch schedule remains unchanged by the negotiations.
The choice of factory directly influences the final price of the devices in retail stores. The leap to two-nanometer technology guarantees noticeable improvements for the average user. Video game performance will receive a significant boost. Executing artificial intelligence tasks on the device itself will be faster. Battery consumption tends to decrease even as processing speed increases.
Agenda included meetings on artificial intelligence and memories
Cristiano Amon’s roadmap at Ásia involved other business fronts in addition to cell phone processors. The executive spoke with the management of SK Hynix about the supply of cutting-edge memory modules. The components will power servers dedicated to heavy artificial intelligence processing in data centers. The server market demands increasingly faster memories to keep up with the volume of data. The meeting with LG Electronics addressed the integration of intelligent systems into everyday physical products. The agenda included high-fidelity audio equipment and complex electronic systems for the automotive sector.
The quick trip demonstrates the company’s effort to expand its area of activity far beyond smartphones. The global semiconductor industry is going through a period of fierce competition in the search for the most advanced manufacturing nodes. The final decision on manufacturing the new processor will take place in the coming months as the mass production window quickly approaches. Technical and commercial teams keep evaluations underway behind the scenes. The outcome of the negotiations will define the direction of mobile technology and the distribution of forces in the market for the end of the decade.