Nebius Seeks $4.5 Billion Through Convertible Bonds to Fuel AI Infrastructure Race

Amsterdam-based Nebius has announced plans to raise $4.5 billion through a convertible bond issuance, according to Tech.eu. The funds are set to be directed toward covering the rising costs associated with computing infrastructure and the construction of new data centers.

The Context of a Rapidly Expanding Market

Nebius has positioned itself as a major player in the artificial intelligence infrastructure segment, an area where demand for computing power has surged alongside the spread of large language models and generative AI applications. Companies in this sector face massive investment requirements, needed to acquire specialized chips, cooling equipment, and additional electrical power to sustain data center operations.

The choice of convertible bonds as a financing instrument is no coincidence. This type of debt gives investors the option to convert the borrowed amount into company shares at a predetermined price, which lowers the initial interest cost compared to a conventional bond issuance. For Nebius, this structure allows access to significant capital without immediately diluting shareholder ownership.

What's at Stake for the European AI Market

The targeted $4.5 billion reflects the scale of investment required to stay competitive in an industry dominated by American and Asian giants. Building a modern data center capable of supporting the training and running of cutting-edge AI models involves costs in the billions, covering both hardware and energy infrastructure.

For Europe's tech ecosystem, Nebius's move can be read as a signal that local players are attempting to compete directly with major American companies, which have already announced investment plans worth tens of billions of dollars in AI infrastructure. It remains to be seen how the market will respond to this bond issuance and whether other European companies in the sector will follow a similar financing model to support the rapid expansion of computing capacity.