Morgan Stanley Overtakes Goldman Sachs as Wall Street's Top AI Debt Bank
The shift in data center financing leadership: Here's what's changing.
1Leadership Shift
Morgan Stanley has surpassed Goldman Sachs to become the leading bank in AI-related debt financing deals. Global AI debt issuance is projected to reach $570 billion by 2026. This change reflects the transformation in how data center investments are being funded, with debt instruments playing a central role.
2Investment Boom
Morgan Stanley CEO Ted Pick revealed that data center investments could hit $850 billion by 2026, a 48% increase from the $575 billion forecast eight months prior. Mega-deals like Meta's $13 billion Texas data center project underscore this explosive growth trend in AI infrastructure spending.
3Funding Sources
Companies are utilizing leveraged finance, investment-grade bonds, and structured credit to fund gigawatt-scale data centers. Morgan Stanley, Goldman Sachs, and JPMorgan emerge as the top three players, while Bank of America has facilitated $500 billion in AI financing since 2025, signaling deep market penetration.
4From Mining to AI
Morgan Stanley provided $1 billion in financing to former bitcoin miner Core Scientific for data center expansion. This bet paid off when CoreWeave acquired the company for $9 billion. The combined entity plans to invest $5.5 billion to develop six data centers across five sites by early 2027.
5Market Jitters
The approaching $570 billion AI debt mountain is causing investor unease. Declining coverage ratios on hyperscaler bonds may lead to higher yield demands. Goldman Sachs CEO David Solomon characterizes this as an 'AI capex super cycle,' with banks deploying all available financing instruments to meet demand.
6Future Competition
Goldman Sachs remains a formidable competitor, co-leading deals like Anthropic's potential IPO and CoreWeave's $2.6 billion facility alongside Morgan Stanley. The ultimate determinant of leadership will be the alignment between data center revenues and the massive investments required to build them.