Sources: Marvell is in advanced talks to buy data center optics maker Lumentum, which has an ~$83B market cap; the deal could be announced as soon as next week
Marvell Technology Inc. is in advanced talks to buy data center optics maker Lumentum Holdings Inc., according to people familiar with the matter …
Context & Ripple Effects
Marvell has built its data-center position through acquisitions, including the $10B Inphi deal aimed at cloud and 5G and the $1.1B Innovium purchase. The reported Lumentum talks would extend that acquisition-led approach from networking silicon into the optical components used in data centers.
The reported ~$83B market value makes the proposed transaction materially larger than those earlier disclosed purchases. Marvell’s expanded chip-development agreement with Google also gives the talks added relevance to a major cloud customer, though the Lumentum transaction remains unconfirmed.
First-order effects
- Marvell and Lumentum face deal-execution uncertainty while the reported negotiations continue; if completed, Lumentum’s data-center optics business would move inside Marvell.
- A completed deal would pair Marvell’s networking-chip operations with Lumentum’s optical-component business under one supplier.
Second-order effects
- Data-center customers would gain a potential single counterparty for networking silicon and optics, changing how they assess component suppliers for interconnected systems.
- Optics suppliers and merchant networking-chip rivals would face a larger Marvell with a broader set of components to offer the same buyers.
Third-order effects
- If the transaction closes, it would reinforce consolidation across the data-center interconnect stack, as chip vendors seek more control over the optical links surrounding their silicon.
- The scale of the reported valuation would test whether acquisition-led expansion can remain a practical route for assembling specialized data-center component businesses.
The trend: Data-center infrastructure suppliers are moving to combine networking silicon and optical components as value shifts toward the full interconnect stack.