Nintendo Switch 2 Lite May Use Efficient Samsung Node
The potential use of Samsung's 8LPU+ process could offer improved power efficiency for a future handheld console model.
Updated on Oct. 27, 2026 in Semiconductors
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Reports suggest Nintendo may utilize Samsung's 8LPU+ semiconductor process for a potential Switch 2 Lite console. This prospective transition involves adapting the existing NVIDIA T239 processor to a more efficient manufacturing node.
Why it matters
Adopting an improved node could reduce manufacturing costs and power draw for a handheld-only device, aligning with Nintendo's recent pricing strategies. Such a shift would allow the firm to balance performance requirements with the economic constraints of a smaller hardware footprint.
Samsung reports its 8LPU+ process delivers 12% higher performance and 15% lower power consumption compared to the baseline 8LPU process. The current NVIDIA T239 processor, which powers the Switch 2, features 1,536 CUDA cores and occupies a die area of approximately 207 mm².
The players
Nintendo
A global leader in the video game industry focused on console hardware integration and proprietary software development.
Samsung
A major semiconductor foundry that develops specialized process nodes for consumer electronics and mobile device manufacturers.
NVIDIA
A leading designer of graphics processing units and system-on-chip architectures for gaming and data center applications.
The details
The potential adaptation involves moving the existing NVIDIA T239 chip architecture, which uses eight Arm Cortex-A78C CPU cores, onto the 8LPU+ node. This node uses refined lithography to shrink logic area by 8%, effectively allowing for smaller chip dimensions while maintaining core processing logic. A scaled-down version of this processor for a handheld device would likely require reducing the count of CUDA cores—the parallel processing units used for graphics—to lower overall power draw and production costs.
Timeline
December 14, 2026: Samsung is scheduled to present the 8LPU+ process at the IEEE IEDM conference.
The Tech Race
This potential hardware pivot follows a precedent of console manufacturers balancing performance gains against thermal and cost limitations. The industry-wide push for smaller logic areas at the IEEE IEDM underscores the ongoing struggle to increase efficiency as chip architecture reaches physical density limits.
Consumers should note that any handheld-only console remains speculative, with no confirmed release dates or pricing from the manufacturer. If realized, this technology would likely prioritize extended battery life and reduced retail costs over the peak performance of the primary Switch 2 console.
The takeaway
Nintendo continues to evaluate component efficiency to manage the hardware-cost dynamics observed in its recent pricing adjustments. Observers should track the technical details of the 8LPU+ node at the upcoming IEEE IEDM event to gauge the potential performance ceiling for future portable gaming hardware.
Further reading
For more on the current state of process nodes and design, see our coverage on Semiconductors.
Source note: This article includes information reported by VideoCardz.
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