
Total supply refers to the total number of tokens that currently exist for a given crypto asset.
This metric calculates all tokens that have been created on-chain up to this moment, including those that have been issued but remain locked, while subtracting any tokens that have been burned. For example, Bitcoin’s total supply increases with each block mined, while Ethereum’s total supply may slightly rise or fall depending on its burn mechanism.
Total supply has a direct impact on scarcity and price pressure. Higher or rapidly increasing total supply generally signals inflationary tendencies in the market; a stable or decreasing total supply enhances scarcity, making it easier for the asset to sustain higher valuations.
When investing in newly launched tokens, total supply determines how many tokens might enter the market in the future. Even if the circulating supply is low, a high total supply with an aggressive unlock schedule can lead to increased sell pressure down the line. On Gate, you’ll often find both “total supply” and “circulating supply” displayed together on a project page, helping users assess both short-term and long-term supply risks.
Total supply is dynamic—it changes due to token issuance (minting), burning, and unlocking. Minting creates new tokens according to protocol rules or reward mechanisms. Burning permanently removes tokens from circulation by sending them to irretrievable addresses, deducting them from the total. Unlocking releases previously non-circulating tokens into the market, even if they were already counted in total supply.
For example, Bitcoin’s block rewards add new BTC until the maximum cap of 21 million is reached. With Ethereum’s base fee burn mechanism, more network activity and higher fees result in more ETH being burned, partially offsetting issuance and causing the total supply to fluctuate within a narrow range.
For stablecoins, minting and redemption cause the total supply to expand and contract with demand: new tokens are minted when users deposit USD or equivalent assets, and burned when redeemed, reflecting real-time market needs.
Total supply plays a key role in protocol issuance, rewards distribution, transaction fee mechanisms, and project operations. Each context influences total supply differently.
In DeFi, liquidity mining and staking rewards may increase total supply according to set rules, while scheduled burns or fee burns can counteract inflation. For NFT collections, “total supply” typically refers to the maximum number of NFTs that can ever be minted—such as a cap of 10,000 PFPs.
On exchanges like Gate, project pages usually display “total supply,” “circulating supply,” and “unlock schedule.” During liquidity mining or Launchpool events, if rewards come from new token issuance by the project team, total supply will increase during the event. If rewards are sourced from buybacks or existing reserves, only the circulating structure changes while total supply remains constant.
Total supply can be lowered through on-chain burns, fee burns, buyback-and-burn programs, or redemption burns (for stablecoins). The overarching principle is to permanently remove tokens from potential circulation.
Step 1: The project team announces a transparent burn plan—specifying frequency, cap, trigger conditions—and publishes burn addresses and transaction hashes for public verification.
Step 2: Execute on-chain burn transactions by sending tokens to a “black hole address” (an address no one can access) or by calling a smart contract’s burn function. Once confirmed on-chain, block explorers will display the updated burned amount.
Step 3: Synchronize and audit information. Use block explorers, project websites, and social media to inform users promptly and invite third-party audits to ensure burns are real and verifiable.
Step 4: Coordinate updates with exchanges. Platforms like Gate should update their “total supply” field accordingly so investors see consistent data. For stablecoins, ensure transparency by collaborating with custodians and auditors to disclose detailed redemption and burn records.
Over the past year, leading crypto assets have generally shown “slowing inflation or near-neutral” total supply growth; however, trends vary across assets.
For Bitcoin, after the 2025 halving event, annual new issuance will decrease further. Based on average block production rates, only about 164,000 new BTC will be mined in 2025—a significant drop from 2024—further slowing overall supply growth.
For Ethereum, due to its base fee burn mechanism, total supply fluctuates between slight deflation and mild inflation. On-chain data snapshots for Q4 2025 indicate net annual supply changes typically range from -0.1% to +0.1%. Higher network fees tend toward net negative issuance; lower activity causes slight increases.
For stablecoins, total supply grew throughout 2025 in response to rising market demand. Industry data shows double-digit annual growth rates as increased demand and on-chain settlements drive more minting than redemptions (burns).
These shifts are shaped by macro interest rates, network activity levels, project burn policies, and reward emission schedules—all of which influence total supply trajectories.
Total supply counts every token that exists—even those still locked; circulating supply includes only those freely available for trading and thus more closely reflects short-term market pressures.
For example, a project might have a total supply of 10 billion tokens but only 500 million in circulation—the rest locked by teams, foundations, early investors, or reward pools. As unlocks occur and tokens enter the market, circulating supply increases. Total supply remains unchanged if only unlocking occurs or changes alongside minting or burning events. On Gate’s project pages, you can compare both metrics along with unlock schedules to assess potential upcoming sell pressure.
Yes—total supply directly impacts token price. A higher total supply generally means lower scarcity per token and downward price pressure; conversely, limited-supply assets tend to appreciate more easily. However, price ultimately depends on multiple factors including demand dynamics, project development progress, and macroeconomic trends—not just supply alone.
You can view total supply data on major exchanges like Gate or industry data sites such as CoinGecko and CoinMarketCap. On a token’s detail page you’ll typically find maximum supply, total supply, and circulating supply listed clearly for easy comparison and analysis.
Not necessarily. While capped supplies create scarcity advantages, a token’s value also depends on factors such as utility, community consensus, and technological innovation. Some unlimited-supply tokens with strong utility or network effects can maintain high value as well—the key is assessing long-term project fundamentals.
Projects may increase total supply mainly for two reasons: to incentivize ecosystem participants (e.g., via mining or staking rewards) or to lower the price per token and attract more users. Excessive inflation can dilute current holders’ value though—so balancing ecosystem growth with value preservation is critical.
A reduction in total supply usually occurs through “burning” mechanisms. When part of the token stock is destroyed by the project team, fewer coins remain in circulation—boosting scarcity and theoretically supporting higher prices. This often signals long-term commitment from the team to value maintenance—a generally positive sign.


