Group 1 - The core viewpoint of the article is that Nvidia's shift to using LPDDR memory chips in AI servers may lead to a doubling of server memory prices by the end of 2026, impacting the supply chain and increasing costs for cloud service providers and AI developers [2][3]. - Counterpoint Research indicates that the global electronics supply chain is currently facing shortages of traditional memory chips due to manufacturers focusing on high-end storage chips for AI applications [2]. - The transition to LPDDR memory chips, which are typically used in smartphones and tablets, is expected to create a sudden demand that the industry may struggle to meet, as each AI server requires significantly more memory chips than a smartphone [2][3]. Group 2 - The tension in the low-end market may spread upwards as chip manufacturers consider reallocating more factory capacity to LPDDR chips to meet Nvidia's demand [3]. - Counterpoint warns that Nvidia's shift to LPDDR means they have become a major customer for smartphone manufacturers, representing a significant change for the supply chain that may not easily absorb such large-scale demand [3]. - Rising server memory prices will add pressure to data center budgets, which are already strained due to record spending on GPUs and power upgrades [3].
英伟达引爆内存新需求