Zacks points to optical networking shift, highlighting NVIDIA’s role alongside Amazon and Applied Optoelectronics

NVIDIA is drawing fresh attention in a Zacks Investment Ideas feature that frames the next leg of data-center connectivity as a move from traditional copper links toward optical networking. The article, published through Yahoo Finance on August 17, highlights Applied Optoelectronics as a company positioned to benefit from that transition and links the broader theme to NVIDIA and Amazon as major end users of high-bandwidth computing infrastructure.

The feature argues that the economics and performance constraints of copper become more pronounced at higher speeds and longer runs, pushing network operators toward optics where indicates can be transmitted with less attenuation and, in many architectures, with more room to scale. In Zacks’ telling, this shift is occurring alongside growing demand for data-center bandwidth, where faster interconnects are needed to support expanding compute capacity.

Applied Optoelectronics is described in the article as being positioned for “AI-driven optical networking growth.” That phrasing places the company’s outlook directly within the current wave of artificial intelligence buildouts, where data centers are expanding capacity and increasing the amount of traffic moved within and between racks, rows, and larger campus-style network topologies.

The article also places NVIDIA in the discussion of how optical networking demand is developing. NVIDIA is best known for its accelerated computing platforms used to train and run AI models, but in this context the company is treated less as an optics vendor and more as a bellwether for the infrastructure ecosystem that needs high-throughput communication.

Amazon is similarly referenced as an important customer within the AI and cloud expansion narrative. In Zacks’ framing, the rise in optics demand is connected to the scale at which major cloud providers are investing in data-center capacity and in the networking required to keep large clusters fed with GPUs and to move workloads efficiently.

While the feature provides the central theme and names the companies, it does not, in the information provided here, spell out detailed financial metrics, guidance changes, or new contract wins. It also does not specify the exact optical product categories or module types that would be driving revenue for Applied Optoelectronics, nor does it quantify how much incremental capacity the company expects the data-center build cycle to support.

For investors and industry watchers, the core takeaway is that the networking bottleneck narrative is increasingly central to how AI infrastructure is scaling. If optical networking continues to displace copper at key speed tiers, companies exposed to transceivers, optical components, and related manufacturing would be among the first to see demand translate into orders, even if the pace of the switch varies by system design and cost.

What to watch next is whether Zacks’ optimism is reflected in company-level disclosures, such as order momentum, gross margin trends tied to product mix, or commentary about customer adoption cycles for optics in AI data centers. Absent new primary data in the cited feature itself, the link between AI buildout and optics revenue will likely remain a narrative trade until backed by incremental reporting from the companies named.