Skip to main content

Briefing

Ethereum’s net supply has recently increased by over 18,000 ETH in the past week, bringing its total supply to more than 121 million ETH. This growth signals a notable shift from its long-held “ultrasound money” narrative, which implied a deflationary future. The primary driver behind this change is the Dencun upgrade, which, by reducing transaction fees on Layer 2 solutions, has inadvertently decreased the amount of ETH burned, leading to a net increase in supply. The network’s annual supply growth rate now stands at 0.776%.

A translucent blue, fluid-like structure dynamically interacts with a beige bone fragment, showcasing integrated black and white mechanical components. The intricate composition highlights advanced technological integration within a complex system

Context

For some time, the crypto community has debated whether Ethereum would truly become a deflationary asset, often referred to as “ultrasound money,” where more ETH is burned than created. Many investors wondered if the network’s tokenomics post-Merge would consistently reduce supply, driving long-term value. This recent data point provides a clearer picture of how network upgrades and activity influence that delicate balance.

A sleek, futuristic white and metallic cylindrical apparatus rests partially submerged in dark blue water. From its open end, a significant volume of white, granular substance and vibrant blue particles ejects, creating turbulent ripples

Analysis

The recent increase in Ethereum’s supply is a direct consequence of the Dencun upgrade, implemented in March 2024. This upgrade aimed to enhance efficiency and reduce costs for Layer 2 transactions by introducing “blob transactions” with a separate fee unit. While successful in its primary goal, this change has significantly reduced the proportion of transaction fees being burned. Think of it like a fireplace where the fuel (ETH) is burned to keep the system running, but a new, more efficient chimney (Dencun) means less fuel is needed, and thus less is consumed.

This reduced burn rate means that the amount of new ETH created to reward validators now outpaces the amount destroyed, leading to a net increase in the total supply. Ethereum first turned inflationary in Q2 2024, adding over 120,000 ETH to its supply during that quarter, further highlighting this trend.

A sophisticated metallic blue device is depicted, partially open to reveal its intricate internal workings. Finely detailed silver mechanisms, gears, and white fiber-optic-like connections are visible within its structure, with a distinctive light blue, bubbly, foam-like substance emanating from one end

Parameters

  • Weekly Net Supply Increase ∞ 18,019 ETH. This is the net amount of Ethereum added to the total supply over the past seven days, indicating a recent inflationary trend.
  • Total Ethereum Supply ∞ 121,234,582 ETH. This represents the current total number of Ethereum tokens in circulation.
  • Annual Supply Growth Rate ∞ 0.776%. This is the current yearly rate at which Ethereum’s total supply is increasing.
  • Dencun Upgrade Implementation ∞ March 13, 2024. This date marks the activation of the network upgrade that significantly impacted Ethereum’s fee burning mechanism.
  • Q2 2024 Net Supply Increase ∞ 120,818 ETH. This figure indicates the net amount of Ethereum added to the supply during the second quarter of 2024, when the network first became inflationary.

The image showcases a detailed arrangement of blue and grey mechanical components, highlighting a central light blue disc emblazoned with the white Ethereum logo. Intricate wiring and metallic elements connect various parts, creating a sense of complex, interconnected machinery

Outlook

Moving forward, market watchers should closely monitor Ethereum’s network activity and the ongoing impact of the Dencun upgrade on its supply dynamics. A sustained period of increased network usage could potentially drive up transaction fees, which in turn might increase the amount of ETH burned and mitigate the current inflationary trend. Conversely, if network activity remains subdued or further upgrades continue to reduce burn rates, the “ultrasound money” narrative could face continued challenges. Keep an eye on reports from on-chain analytics platforms like Ultrasound.money for real-time supply data.

Ethereum’s supply is growing, shifting its economic narrative and signaling a need for investors to reassess its long-term value proposition.

Signal Acquired from ∞ binance.com

Micro Crypto News Feeds

transaction fees

Definition ∞ Transaction fees are charges paid to network validators or miners for processing and confirming transactions on a blockchain.

deflationary asset

Definition ∞ A deflationary asset is a digital asset whose total supply decreases over time, or whose issuance rate diminishes significantly, leading to a potential increase in its scarcity.

dencun upgrade

Definition ∞ The Dencun upgrade is a significant network enhancement for the Ethereum blockchain, introducing crucial protocol changes.

ethereum

Definition ∞ Ethereum is a decentralized, open-source blockchain system that facilitates the creation and execution of smart contracts and decentralized applications (dApps).

supply increase

Definition ∞ Supply increase denotes an expansion in the total or circulating quantity of a cryptocurrency.

ethereum supply

Definition ∞ Ethereum Supply refers to the total quantity of Ether tokens in existence at any given time.

supply growth

Definition ∞ Supply Growth refers to the rate at which the total number of circulating digital assets or tokens increases over time.

network

Definition ∞ A network is a system of interconnected computers or devices capable of communication and resource sharing.

amount

Definition ∞ Amount signifies a quantified measure of value, volume, or quantity, typically referring to digital assets or fiat currency within transactions.

network activity

Definition ∞ Network activity refers to the aggregate of all transactions and interactions occurring on a blockchain or distributed ledger system.