PlayStation 6 Handheld May Use TSMC N3P Chip for Energy Efficiency
- A recent report from spaziogames.it indicates that a rumored portable PlayStation 6 could focus on low power consumption and more manageable dimensions.
- The details emerge from a document reviewed by the report's author, which assigns the N3P production node expressly to the portable machine's chip, codenamed Canis.
- Choosing the N3P node for the handheld means Sony accepts higher production costs to achieve superior efficiency.
A recent report from spaziogames.it indicates that a rumored portable PlayStation 6 could focus on low power consumption and more manageable dimensions. Leaked technical documents indicate the upcoming handheld relies on TSMC’s N3P manufacturing node, prioritizing energy efficiency for a device built to operate far from a wall outlet.
TSMC N3P Node Powers the Portable Chip
The details emerge from a document reviewed by the report’s author, which assigns the N3P production node expressly to the portable machine’s chip, codenamed Canis. Previous leaks discussed a generic three-nanometer production process without distinguishing between variants intended for a home console and a handheld model. The same document associates Gainesboro, the codename for the alleged Steam Deck 2 APU, with this identical manufacturing process.
For Sony’s future home console, the leak indicates a different node designated as N3C. The document describes N3C as a cheaper variant better suited for large-scale production, though it is less energy efficient than N3P.
Sony Accepts Higher Costs for Superior Efficiency
Choosing the N3P node for the handheld means Sony accepts higher production costs to achieve superior efficiency. The smaller dimensions of the portable APU will partly offset this financial disadvantage.
The leak connects these hardware choices to conservative frequency targets, suggesting the device is not designed to draw 30 watts in handheld mode. That wattage figure serves as an example of the leaker’s reasoning regarding heavy, bulky hardware that requires extensive cooling systems.
AI Demand Drives up Memory Costs
At the same time, component costs face external pressures. High demand for LPDDR memory from artificial intelligence data centers threatens to drive up the overall manufacturing expenses for Sony’s upcoming machine.