APR and APY both express an annual rate, but they do not calculate the same thing. APR excludes compounding, while APY includes it using an assumption about how often rewards are reinvested. A higher APY is not automatically the better offer: fees, variable network rewards and the actual reinvestment process determine what you receive.
| Feature | APR | APY |
|---|---|---|
| Full name | Annual Percentage Rate | Annual Percentage Yield |
| What does it show? | An annualised rate without compounding | An annualised rate including an assumption about reinvestment |
| Are rewards reinvested in the calculation? | No | Yes |
| Is the result guaranteed? | No | No |
| Main question | Have fees already been deducted? | Which compounding frequency and fees are assumed? |
APR and APY are calculation methods. They do not identify the source of the payment. A network reward from crypto staking, interest from lending and a temporary bonus can all be displayed as APR or APY. Identify the product first and the calculation second.
APR converts a periodic payment to an annual rate without assuming that intermediate rewards earn their own return. It is a useful way to view the base rate.
If you hold 100 coins and the APR remains unchanged for a year, the calculation assumes rewards stay separate. Weekly reward payments do not change APR by themselves. Compounding begins only if those coins are added to the position generating the next reward.
In practice, a staking APR rarely remains unchanged for a full year. Total stake, network activity, issuance and protocol rules can change. Validators and platforms may also deduct commission. APR is an annualised snapshot, not a prediction of your realised annual return.
APY assumes intermediate rewards are reinvested. Those new coins can then earn rewards themselves. This is compounding.
A common formula is:
APY = (1 + APR / n)^n - 1
Here, n is the number of times per year the return is actually reinvested. The formula assumes APR
stays constant and reinvestment has no loss or additional cost. Both assumptions can be incomplete
for crypto staking.
A platform may credit rewards daily but add them to the staking position only weekly. You may also need to claim and restake manually. Network fees, transaction minimums and time between actions then matter. A calculated APY is achievable only if the assumed reinvestment actually occurs.
A daily or weekly payment tells you when a reward becomes visible or available. Compounding requires that reward to join the balance on which the next reward is calculated.
This can happen in three ways:
With manual compounding, doing it too often can reduce the result because every claim or restake may cost a network fee. For a small position, fees can exceed the benefit of more frequent compounding.
| Check | Why it matters |
|---|---|
| Gross or net | Network APR before commission differs from APY after platform fees |
| Compounding frequency | Daily, weekly and manual reinvestment produce different results |
| Variable or fixed | A network rate can change tomorrow; a fixed rate may add conditions |
| Limits and tiers | The highest rate may apply to only part of your position |
| Reward token | A different token has its own price and liquidity risk |
| Term | An annual rate can be shown for a shorter or longer lock-up |
| Product type | Network staking and lending have different sources and risks |
The largest number is not automatically the highest net return. Put rates on the same calculation basis, then compare fees, limits and product conditions.
With liquid staking, rewards do not always appear as additional tokens. A rebasing token such as stETH may grow in quantity. With rETH, the quantity stays constant while the redemption value reflects accrued rewards.
Either may be described using APY, but the technical process differs. The market price of the token can also diverge from its protocol value. APY does not measure the potential discount when selling on a market.
Liquid restaking tokens can combine ordinary Ethereum staking rewards, additional protocol rewards and temporary incentives. Assess the components separately and read what restaking is.
StakingRewards.eu collects rates daily from APIs and official provider websites. Checks flag unusual changes from the previous observation, and detail pages show when the rate was last checked.
When a source supplies APR, an offer may be converted to APY using a consistent compounding assumption so that APR and APY are not placed raw in the same ranking. The conversion is disclosed. It remains a mathematical comparison, not a guarantee that rewards are reinvested that often or the rate stays constant.
On a coin page such as Ethereum staking, product type, provider and conditions therefore remain visible next to the rate.
An APY can be calculated correctly and still differ from the result you realise. APR and APY measure growth in the crypto position, not price risk.
Use APR to compare the base rate without compounding, particularly when rewards are not automatically reinvested. APY is useful when reinvestment is genuinely part of the product and its frequency is known.
For a practical comparison:
Finally, determine whether the product is staking or crypto lending. The letters after a rate do not make a risky product safer. For the next step, compare the practical ways to improve net staking rewards without adding another product layer by accident.
We collect rates directly from providers through their APIs or official websites and check them daily. Every rate shows when it was last checked. Providers can change terms without notice, so confirm the current rate before depositing.
Crypto returns are never guaranteed. On-chain staking can involve slashing, liquid staking adds smart contract and depeg risk, and lending can expose your entire deposit if a provider fails. In every category, a fall in the coin price can exceed the rewards earned.
StakingRewards.eu compares and explains; it does not provide investment advice. Some links are affiliate links, which may earn us a fee. This does not affect the table order, which is based on the displayed rate.