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Nvidia says CPO enters mass production stage, lifting optical stocks

Nvidia says CPO enters mass production stage, lifting optical stocks

Fresh BIT(bit.com) data on Aug. 6 showed semiconductor and optical communications shares rebounding after the U.S. open, while storage names stayed under pressure despite narrower losses.

Fact Check
Both BlockBeats flashes directly support the claim: one reports Nvidia SVP Gilad Shainer announcing CPO entering mass production, the other reports the Aug 4 optical-stock rally naming AAOI, LITE, COHR, Corning (GLW), Marvell (MRVL), Ciena (CIEN) and the FOTO ETF—matching the claimed entities. Independent web results and NVIDIA's official session page confirm Gilad Shainer is Nvidia's SVP of Networking leading CPO/silicon-photonics efforts, and that he announced CPO entering full mass production with Spectrum-X switches. The claimed stock movers all appear. The main caveat is that some commentary frames 'mass production' partly as a response to an earlier CPO-delay debate, but the underlying announcement and stock rally are consistently reported.
Summary

U.S. optical communications shares remained supported into Aug. 6 after Nvidia said co-packaged optics, or CPO, had entered mass production, with fresh BIT(bit.com) data showing the group leading a broader rebound in semiconductor stocks after the U.S. open. Lumentum rose 2.66%, Corning 2.04%, Astera Labs 1.70% and Coherent 1.27%, while ASML, Arm, Qualcomm, Nvidia and TSMC also traded higher. Storage shares lagged even as losses narrowed, with Western Digital down 12.06%, SanDisk 5.62%, SK Hynix 4.45% and Micron Technology 1.75%, while Seagate Technology edged up 0.25%, following earlier sharp gains across optical names after Senior Vice President Gilad Shainer said CPO-based switches were already shipping to close customers and being deployed internally ahead of broader AI-factory rollout starting this year.

Terms & Concepts
  • co-packaged optics (CPO): A networking design that places optical components closer to switching chips to improve bandwidth, power efficiency and density.
  • optical communications: Data transmission using light-based components, commonly used in high-speed networking for data centers and AI systems.