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Apr 9, 11:15
Apple reportedly kicks off foldable iPhone trial production, final mass production timing undecided
Apple's first foldable smartphone is generating significant buzz as one of the few compelling topics in an otherwise subdued smartphone market. According to Apple's supply chain sources, trial production for the foldable iPhone has begun, but the schedule for full-scale mass production remains subject to the company's final sign-off.

Blaize and Nokia are advancing their collaboration on hybrid artificial intelligence (AI) infrastructure, moving toward real-world deployment through joint validation efforts and a combined solution showcase at GITEX Asia 2026 in Singapore.

Magnetic component maker LinkCom Manufacturing reported that its revenue for the first quarter of 2026 fell by over 11% year-over-year, mainly due to the indirect impact of a supply-demand imbalance in the DRAM market, dampening short-term orders from network communication customers. The company has also been strategically optimizing its wireless charging business during this period.
Memory shortages are pushing prices sharply higher, forcing a reshuffle across the consumer electronics market. Chinese authorities have intervened for a second time, convening domestic memory leaders CXMT and YMTC to provide "strategic support" aimed at stabilizing prices and containing supply chain costs for local brands. Yet with a wide supply-demand gap in DRAM and NAND flash, near-term price stabilization remains unlikely.
As the industry enters the second quarter of 2026, Apple plans to significantly shift its shipment schedule for iPhones and other consumer electronics, with a base iPhone model possibly debuting early in the quarter. Despite varying views on Apple's AI progress, the company's core strategy for 2026 remains consistent with 2025: aggressively pursuing market share by attracting new users through strong price-performance ratios across smartphones and PCs.

Apple's first foldable iPhone is reportedly facing a more complex-than-expected engineering testing phase, raising concerns about potential delays to mass production and initial shipments. According to Nikkei Asia, some component suppliers have been informed that production schedules may be pushed back, though sources stressed the issue stems from technical challenges rather than material or component shortages. The period from April to early May is seen as "critically important" for resolving these issues.

Samsung Electronics's Device eXperience (DX) head Roh Tae-moon personally visited Tokyo on April 1, marking his first trip to Japan this year. Although Apple has long dominated Japan's smartphone market, Samsung has recently seen a resurgence driven by its Galaxy series. Roh's visit signals a strategic push to expand Samsung's market share in Japan.
Market sentiment toward the 2026 smartphone outlook has turned increasingly pessimistic. On the supply side, rising component costs have expanded beyond memory to include across-the-board chip price hikes, making it unclear whether the initial round of handset price increases seen in early 2026 will be the only one.
The global smartphone market is set for its steepest decline in more than a decade in 2026, as surging memory prices drive up device costs and weaken demand, according to the International Data Corporation (IDC) and industry sources.
Samsung Electronics has supplied its Exynos modem chipset to Chinese wireless module maker Fibocom, marking a notable expansion of its system semiconductor business into external clients, according to inews24 and Greened.
As the industry enters the stocking phase ahead of new smartphone launches, mobile chip customers are undergoing an inventory adjustment period. The supply chain indicates that this demand correction has cascaded from IC design down to foundry, packaging, and testing — expected to significantly dampen order growth for Taiwanese OSAT players such as ASE, SPIL, and KYEC heading into the consumer peak season.
Samsung Electronics is planning to increase the prices of certain smartphone models released in 2025, marking a rare move amid rising global chip prices and fluctuating exchange rates, which are driving up key component costs.