Samsung's New 8nm Chip Process Could Enable a More Affordable Nintendo Switch 2 Lite
Nintendo recently increased the price of the Switch 2 due to rising component costs, but a new 8nm process node from Samsung could pave the way for a cheaper, streamlined version. The upgraded 8LPU+ process offers improved performance, reduced power consumption, and smaller chip size, which could lower manufacturing costs. These benefits would be ideal for a dedicated handheld model focused on portability and affordability.
Samsung’s 8LPU+ process, unveiled at IEDM 2026, offers a 15% reduction in power consumption and an 8% shrink in chip area—key advantages for battery-powered handhelds like a potential Switch 2 Lite. These improvements could enable longer playtime and lower manufacturing costs, especially when paired with existing 8nm designs such as the T239 processor used in the current Switch 2. While no official plans exist, the technical benefits align closely with Nintendo’s need for a more affordable, portable variant amid rising component prices.
A more affordable Switch 2 Lite, if developed using Samsung’s advanced 8LPU+ chip, could broaden access to console gaming for budget-conscious consumers and younger audiences. This may help counteract the trend of high-priced electronics excluding casual or entry-level gamers, potentially reshaping market dynamics in the handheld gaming segment.