According to the latest on-chain data released by Santiment, as of April 27, 2026, the number of non-zero balance Ethereum addresses has reached 189,490,000. In comparison, Bitcoin addresses holding a balance total around 59,080,000, giving Ethereum a lead of approximately 320%—about 3.2 times the scale of Bitcoin. This gap means Ethereum not only far surpasses Bitcoin in the number of holding addresses but also outpaces XRP, Cardano, Dogecoin, Chainlink, as well as major stablecoins like USDT and USDC.
Ethereum Addresses Far Outnumber Bitcoin: How Do Network Design Differences Impact This Metric?
The scale difference in holding address data primarily stems from fundamental distinctions in the design objectives of the two blockchains. Bitcoin was built around scarcity and value storage, with its core use cases focused on value transfer and long-term holding—features with clear boundaries. Ethereum, on the other hand, is a programmable smart contract platform supporting decentralized finance (DeFi), stablecoin transfers, NFT transactions, staking operations, and cross-chain interactions. Each interaction in these scenarios can generate new on-chain addresses or trigger smart contracts to create temporary accounts, which naturally accelerates the growth rate of Ethereum addresses compared to Bitcoin’s network, which centers on single-purpose value transfer.
A non-zero address represents an on-chain account holding a balance, not an individual user. One user may use multiple wallet addresses across different applications, and centralized exchanges can represent clusters of addresses for tens of thousands of users. Therefore, three times the number of addresses does not equate to three times the user base. The comparability of this metric lies in the fact that, over similar periods, Ethereum’s address growth consistently outpaces Bitcoin’s, reflecting structural differences in network participation and usage frequency.
Bitcoin Address Growth Slows: Why Are the Two Chains’ Data Trajectories Diverging?
Looking at the long-term trend of "total holding addresses" tracked by Santiment, Bitcoin has shown a relatively flat growth curve over the past few months, while Ethereum’s address count continues to climb—widening the "adoption gap" between the two. The slowdown in Bitcoin address growth doesn’t signal a weakening foundation; rather, it reflects two distinct value narratives. Bitcoin is increasingly seen by the market as "digital gold"—an asset that doesn’t require frequent on-chain activity. Ethereum, by contrast, acts as the active "settlement and execution layer" of the crypto economy, where users frequently create, transfer, and interact with addresses.
On-chain active address data offers another perspective. According to The Block, in April 2026, Ethereum’s 7-day moving average for active addresses ranged from 450,000 to 600,000, while Bitcoin’s was about 550,000. The gap here is much narrower than the "3x difference" seen in holding address data. This suggests that Ethereum’s advantage is more about the "accumulated scale of wallet accounts," while daily transaction participation density between the two networks is actually similar.
Do Daily New Addresses and Active Interaction Data Signal Genuine Ecosystem Expansion?
In the first quarter of 2026, Ethereum’s on-chain interaction metrics showed strong resilience. Santiment’s April 1 data indicated that Ethereum averaged over 788,000 daily active addresses and more than 255,000 new addresses per day. Earlier figures show that in February 2026, daily active addresses nearly reached 2 million, with the 30-day moving average peaking at 837,200—an increase of about 82% compared to five years ago, and over 1,100% compared to ten years ago.
Meanwhile, the historic drop in Ethereum network gas fees has further lowered the barrier for new users. Currently, the average on-chain gas fee is around $0.15, effectively removing the adoption obstacles previously caused by high transaction costs. DeFi’s total value locked (TVL) remains at approximately $108.16 billion, indicating that capital hasn’t exited en masse despite price corrections. All these factors point to the same conclusion: address growth isn’t just a pile-up of "zombie accounts," but is accompanied by genuine on-chain interactions and capital deployment.
Can Institutional Funds and Large Accumulation Addresses Support Mid-to-Long-Term Valuation Models?
While the growth in holding addresses is partly driven by retail adoption, institutional trends are equally significant. Since the start of 2026, Ethereum accumulation addresses have seen consistently high daily inflows, with the total long-term holding addresses rising to about 25 million ETH—an increase of roughly 20.36% year-to-date. Additionally, wallets holding between 10,000 and 100,000 ETH, as well as whale wallets with over 100,000 ETH, have continued to increase their holdings throughout 2026, with their combined balance reaching about 24.2 million ETH.
The emergence of institutional capital allocation is shifting Ethereum’s valuation narrative from "retail adoption diffusion" toward "capital structure allocation." However, it’s important to note that growth in holding addresses doesn’t directly translate to asset price in a linear fashion. An address may hold only a tiny amount of ETH and remain inactive, and these "silent addresses" contribute little to actual demand. Valuation logic centered on total holding addresses must be cross-validated with metrics like application activity, capital retention, and staking participation.
Will Ethereum’s Lead in Holding Addresses Reshape Long-Term Asset Value Narratives?
The widening gap in holding addresses between Ethereum and Bitcoin is gradually influencing how investors frame the value of these assets. For Bitcoin, the slowdown in address growth hasn’t diminished its foundation as a store of digital value—ongoing institutional accumulation and record-high spot ETF holdings show that Bitcoin’s narrative focus has shifted from "user base expansion" to "capital depth and liquidity reliability." Ethereum, conversely, derives its lead from ecosystem breadth and interaction frequency.
In valuation models, this divergence means that when macro risk appetite decreases and liquidity tightens, Bitcoin—with its simple structure and established institutional base—typically shows stronger downside resilience. When risk appetite rebounds and sectors like DeFi and RWA resume expansion, Ethereum, with its higher address activity and ecosystem capital capacity, often demonstrates greater price elasticity.
Clear Signals of On-Chain Adoption Diffusion: What New Dimensions Should Valuation Models Consider?
Given Ethereum’s sustained and widening lead in holding addresses, traditional valuation frameworks need to incorporate the following new dimensions:
First, the ratio of active addresses to holding addresses. While 189 million holding addresses is impressive, only about 0.5%–1% are truly active daily. Improving the conversion rate from holding to active addresses is key to assessing the network’s "real utility."
Second, the duration and stability of cumulative capital inflows. Ongoing inflows into accumulation addresses reflect long-term investor commitment; when daily inflows stabilize above 200,000 ETH for several months, this signals reinforced mid-to-long-term demand.
Third, transaction quality in a low gas fee environment. When gas fees are low, simple transaction count growth can be inflated by cheap interactions. It’s necessary to filter this data by average gas consumption per transaction and smart contract call types.
Fourth, real address activity reflected by cross-chain interactions and Layer-2 networks. Much of Ethereum’s ecosystem activity has migrated to Layer-2 networks like Arbitrum and Base. Their address activity and capital flows are essential for a complete assessment of Ethereum’s adoption diffusion.
Fifth, staking participation and validator distribution. Since Ethereum switched to proof-of-stake, the number of active validators, staked amounts, and changes in exit queues directly reflect users’ willingness to lock capital for long-term returns.
Summary
Ethereum’s holding addresses have reached approximately 189 million—about 3.2 times that of Bitcoin—revealing structural differences in user participation between the two blockchain architectures. Bitcoin continues to deepen its institutional foundation as a "digital value store," while Ethereum leverages programmable smart contracts to build a densely interactive on-chain network, establishing a significant lead in adoption metrics like holding addresses. However, holding addresses don’t directly equate to crypto asset valuation; prices are still determined by spot demand, liquidity conditions, and macro expectations. Only by combining holding address data with activity metrics, capital accumulation signals, and gas consumption quality can we fully understand the effects of on-chain adoption diffusion.
FAQ
Q1: Does growth in holding addresses necessarily lead to a rise in Ethereum price?
An increase in holding addresses signals higher network participation and a broader user base, but it doesn’t directly determine asset price. Price is still influenced by spot trading demand, market liquidity, macroeconomic expectations, and risk appetite.
Q2: What is the main reason Ethereum’s holding addresses far exceed Bitcoin’s?
The primary reason lies in network design differences. As a smart contract platform, Ethereum supports DeFi, stablecoins, NFTs, and other high-frequency ecosystem interactions, requiring users to frequently create and call on-chain addresses. Bitcoin mainly functions as a store and transfer of value, with a more streamlined on-chain interaction model.
Q3: Is the growth in holding address data affected by "inflated" factors?
Yes. Key factors include: a real user can create multiple addresses; centralized exchanges use wallet clusters to represent tens of thousands of users; some new address growth comes from address poisoning attacks and other abnormal behaviors; the mapping between Layer-2 network active addresses and the mainnet is complex. It’s necessary to cross-validate holding address data with other on-chain metrics to improve signal reliability.
Q4: How can on-chain data be used to judge whether adoption diffusion is ongoing?
Focus on four main dimensions: the trend in daily net new addresses; the relationship between the 30-day and 7-day moving averages of active addresses; the sustainability of capital inflows into accumulation and long-term holding addresses; and the growth trend in staking participation and validator numbers.
Q5: What are the current macro allocation logics for ETH and BTC?
Bitcoin is widely regarded by institutions as a digital value storage tool, with allocation logic focused on its hedging properties and scarcity premium amid macroeconomic uncertainty. Ethereum’s allocation logic centers on ecosystem expansion and the growth potential of on-chain applications, which may show greater price elasticity during periods of rising risk appetite.
