Nvidia's latest Rubin rack has emerged with a staggering price tag of $7.8 million, nearly doubling the cost of its predecessor, the GB300, which stood at around $3.99 million. This revelation comes from a teardown analysis conducted by Morgan Stanley, indicating that the rising costs stem from a combination of increasing prices across several key components rather than just the core GPUs.
Component Cost Surge
The most significant increase has been in the value of printed circuit boards (PCBs), which have risen by 233% compared to the previous generation. The PCB content for the Rubin rack now amounts to approximately $116,700, up from about $35,100. This change is linked to the introduction of new modules in the Rubin system, including the ConnectX module and an upgraded midplane PCB, which were not included in earlier models. These advancements add an estimated $46,400 to the bill of materials (BOM).
Memory also plays a key role in the price increase, with its share of the BOM rising from just 5-10% in the GB200 NVL72 rack to around 25-30% in the Rubin rack. This surge in memory value is estimated at about $2 million, reflecting a staggering increase of roughly 435% from the previous generation's $370,000.
Market Implications
Morgan Stanley's report challenges the belief that the standardization of the Rubin system would reduce the value added by original design manufacturers (ODMs). Instead, the analysis suggests that ODM value-added will actually increase by 35% to 40%, making total absolute profit a more significant metric for investors. The anticipated price-to-earnings (P/E) ratio for the ODM sector in 2027 is around 13x, slightly above the 20-year average of 11.5x, yet the risk-reward profile remains attractive.
Future Considerations
As demand for high-end AI servers continues to rise, the report notes that ODMs are proactively stockpiling components in preparation for production ramp-ups expected in the second half of 2026. The increased demand for MLCCs and ABF substrates, which have also seen significant value increases, suggests a stable market outlook for Nvidia's Rubin series. The MLCC content value has surged by 182%, while the ABF substrate has risen by 82%, driven by the introduction of new modules and heightened unit demand.
With the addition of advanced cooling solutions and improvements in power density, the Rubin rack's overall thermal content has also contributed to the rising costs. The report highlights that while some components may see a decline in gross margin, such as the drop from 2.7% for the GB300 to 1.9% for the VR200, the emphasis should shift toward absolute dollar profit growth.
As Nvidia prepares for the rollout of the Rubin Ultra platform planned for late 2027, market observers will closely monitor how these component dynamics influence the broader AI crypto sector. As ODMs explore new business models, including consignment arrangements, the potential for evolving investment strategies becomes increasingly relevant.
The insights from Morgan Stanley's analysis not only illuminate the immediate financial implications for Nvidia but also signal a significant period ahead for the GPU market, where component valuations and new technological integrations will play key roles.
