The tech giants’ massive capital expenditures on AI infrastructure are reshaping traditional financing and cross-market capital structures. Amazon plans to spin off roughly $8 billion worth of NVIDIA chips into a special purpose vehicle (SPV). Through a “sale-leaseback + debt financing” approach, it will move the heavy assets off its balance sheet. This method of turning hardware into income-generating assets extends the capital-spending game among US-listed tech giants into a cross–asset-class pricing experiment.
Computing power has evolved from a mere equipment depreciation item into a financial collateral asset with stable rental cash flows, creating a substantive resonance with the evolution logic of on-chain RWA. In the past, on-chain RWAs mainly served traditional underlying assets such as US Treasuries and real estate. However, as loans for AI infrastructure and the tokenization of GPUs progress, $ETH and $SOL are becoming the foundational bases for on-chain circulation of this kind of tokenized computing-power asset—opening a liquidity corridor between traditional credit and the crypto ecosystem.
The macro interest-rate environment places underlying constraints on the valuation expansion of these new assets. If external funding costs remain high, depreciation risk driven by computing-power upgrades and iteration will transmit to the asset side more quickly. The key focus going forward is whether traditional institutions’ subscription appetite for chip SPV bonds can be smoothly converted into derivative liquidity for on-chain RWAs—so as to help the broader crypto market build up more productive, yield-generating underlying support.
Computing power has evolved from a mere equipment depreciation item into a financial collateral asset with stable rental cash flows, creating a substantive resonance with the evolution logic of on-chain RWA. In the past, on-chain RWAs mainly served traditional underlying assets such as US Treasuries and real estate. However, as loans for AI infrastructure and the tokenization of GPUs progress, $ETH and $SOL are becoming the foundational bases for on-chain circulation of this kind of tokenized computing-power asset—opening a liquidity corridor between traditional credit and the crypto ecosystem.
The macro interest-rate environment places underlying constraints on the valuation expansion of these new assets. If external funding costs remain high, depreciation risk driven by computing-power upgrades and iteration will transmit to the asset side more quickly. The key focus going forward is whether traditional institutions’ subscription appetite for chip SPV bonds can be smoothly converted into derivative liquidity for on-chain RWAs—so as to help the broader crypto market build up more productive, yield-generating underlying support.