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[QUOTE="Munyaradzi Mafaro, post: 51575, member: 636"]
Intel engineers just finished designing their massive Nova Lake-S processor at TSMC factories using the latest 2-nanometer technology. The chip giant decided to hedge its bets by manufacturing parts at both TSMC and Intel facilities. Company executives want backup plans ready if their internal 18A process hits snags or delays. The dual manufacturing strategy gives Intel wiggle room during production. Industry insiders call the move smart business planning.

The upcoming Nova Lake-S packs an absolute monster of a processor with 52 individual cores crammed inside. Engineers split the workload between 16 powerhouse cores for heavy lifting and 32 smaller cores for routine tasks. Four extra cores handle ultra-light operations when the system runs idle. Memory speeds will hit 8,800 megatransfers per second through advanced controllers. Graphics duties get handled by Xe3 Celestial while Xe4 Druid manages video playback and screen output.

Workers must complete grueling validation tests before mass production begins at the foundries. Laboratory technicians will spend roughly 30 days putting the silicon through extreme stress tests. The manufacturing ramp-up phase demands several additional months after engineers approve the final design. Consumers will wait until the third quarter of 2026 before Nova Lake-S processors hit store shelves. The extended timeline reflects the complexity of building such advanced semiconductor technology.
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