Crypto Yield Calculator: Staking, Lending, and LP Returns

Comparing Crypto Yield Strategies

Crypto yield comes from three distinct sources: staking (securing a proof-of-stake network), lending (supplying assets to borrowers through protocols like Aave or Compound), and liquidity provision (depositing token pairs into automated market maker pools on Uniswap or Curve). Each strategy carries different risk profiles, capital requirements, and return characteristics. Understanding the tradeoffs is essential before committing capital.

The following table summarizes representative mid-2026 yields across major strategies. All rates are variable and fluctuate based on network conditions, protocol utilization, and market demand.

For a deeper comparison of staking returns specifically, see our staking calculator. For stablecoin-specific yields, see the stablecoin yield comparison.

Staking Yields: ETH and SOL

Staking is the simplest yield strategy: you lock tokens to help validate transactions on a proof-of-stake network and earn block rewards in return. The yield comes from protocol-level token issuance, not from counterparty borrowing, which makes it structurally different from lending or LP yields.

Ethereum solo staking requires 32 ETH and yields 3.1%–3.8% APY including MEV (maximal extractable value) tips. After the Pectra upgrade in May 2025, the maximum effective balance per validator rose from 32 ETH to 2,048 ETH, allowing large stakers to consolidate validators and reduce overhead. As of mid-2026, roughly 40.76 million ETH (about 32% of circulating supply) is staked across approximately 881,000 active validators.

Liquid staking protocols lower the barrier to entry. Lido (stETH) offers 2.5%–3.0% APY after its 10% fee (split between node operators and the DAO). Rocket Pool (rETH) yields approximately 2.0%–2.2%. Coinbase's cbETH returns around 2.8%–3.1% net of its 25% commission. The tradeoff with liquid staking is that you introduce smart contract risk and rely on the protocol's node operator set.

Solana staking yields are higher at 5.6%–7.0% APY, reflecting Solana's higher inflation rate and lower staking ratio relative to Ethereum. SOL staking has no minimum requirement, making it accessible to smaller holders.

ETH staking yields have compressed significantly over the past two years: from roughly 5.5% in 2022–2023 to under 3% base rate in mid-2026. This is mechanical: Ethereum's issuance scales inversely with the square root of total staked ETH, so each new validator dilutes per-validator rewards.

DeFi Lending Yields

Lending protocols let you supply assets to a pool that borrowers draw from. Your yield comes from the interest borrowers pay, minus the protocol's reserve factor (typically 10%–25%). Rates are variable and fluctuate continuously based on the pool's utilization ratio: higher borrowing demand pushes rates up.

As of mid-July 2026, live supply rates on Ethereum mainnet are:

Layer 2 deployments typically offer 50–150 basis points higher than Ethereum mainnet due to thinner passive liquidity and stronger borrower demand. Compound V3 on Base, for example, pays 3.64% on USDC versus 3.23% on mainnet.

These rates can spike dramatically during high-utilization events. When borrowing demand surges above 90% utilization, Aave's interest rate curve steepens sharply, and USDC supply rates can briefly exceed 12%–20%. These spikes are temporary: they incentivize new supply and repayment, which pushes utilization back toward equilibrium.

Liquidity Pool Returns

Providing liquidity to a liquidity pool on a decentralized exchange means depositing token pairs so traders can swap between them. Your return comes from trading fees (and sometimes token incentives), but you take on impermanent loss risk: if the relative price of your deposited tokens changes, you end up with less value than if you had simply held them.

Stablecoin-to-stablecoin pools on Curve carry minimal impermanent loss because the assets stay close in price. The Curve 3pool (USDC/USDT/DAI) yields 3%–7% APY, composed of a 1%–2% base trading fee plus CRV token incentives. Exotic pairs like frxUSD/ebUSD can reach 25%+ APY but carry additional smart contract and depeg risk.

Uniswap V3 introduced concentrated liquidity, where LPs choose a specific price range for their capital. Tight ranges earn more fees per dollar of capital but require active management: if the price moves outside your range, you stop earning entirely. Active concentrated liquidity strategies on volatile pairs can generate 5%–25% APY, but realized returns depend heavily on rebalancing skill and market conditions.

APR vs APY and the Compounding Effect

Understanding the difference between APR and APY is critical for comparing yields across strategies. APR (Annual Percentage Rate) is the simple interest rate without compounding. APY (Annual Percentage Yield) accounts for the effect of reinvesting earnings back into the position.

The formula to convert APR to APY is: APY = (1 + APR/n)^n - 1, where n is the number of compounding periods per year. At a 5% APR:

• Annual compounding (n=1): 5.00% APY
• Monthly compounding (n=12): 5.12% APY
• Daily compounding (n=365): 5.13% APY
• Continuous compounding: 5.13% APY

The compounding boost is modest at low rates but becomes meaningful at higher yields. At 20% APR with daily compounding, the effective APY is 22.13%: a 2.13 percentage point difference. Staking rewards on Ethereum compound only when manually restaked or when using auto-compounding vaults, while lending protocol interest accrues continuously on-chain.

Gas Costs and Net Returns

Yield calculations mean nothing without accounting for transaction costs. On Ethereum mainnet, a single staking deposit, lending supply, or LP entry costs $2–$15 in gas fees at typical conditions. On Layer 2 networks like Arbitrum or Base, the same operations cost $0.05–$0.50. On Solana, transactions cost fractions of a cent.

Gas costs matter most for small positions and frequent compounding. Consider a $1,000 position earning 4% APY on Ethereum mainnet. That generates $40 per year. If you compound monthly and each transaction costs $5, you spend $60 per year on gas: a net loss. The same strategy on an L2 at $0.20 per transaction costs just $2.40 annually.

The breakeven capital amount for Ethereum mainnet strategies varies by yield and compounding frequency, but as a rough guide: positions under $5,000 earning less than 5% APY should consider L2 deployments or quarterly compounding rather than monthly.

Risk Comparison by Strategy

Each yield strategy carries a distinct risk profile. Comparing raw APY without adjusting for risk is misleading: a 20% LP yield with significant impermanent loss exposure is not comparable to a 3% staking yield with minimal risk.

• Staking risk: validator slashing (loss of staked funds due to misbehavior or downtime), illiquidity during unbonding periods (21 days on some networks), and for liquid staking, smart contract risk in the wrapper protocol
• Lending risk: smart contract vulnerabilities in the protocol, oracle manipulation leading to bad debt, and utilization-driven liquidity crunches where you cannot withdraw during high-demand periods
• LP risk: impermanent loss from price divergence between paired tokens, smart contract risk, and for concentrated liquidity, the operational risk of active position management
• Delta-neutral yield risk: funding rate reversal (Ethena's sUSDe yield depends on perpetual futures funding staying positive), counterparty risk with centralized exchanges holding the hedging positions, and custody risk

Higher yields almost always correspond to higher or more complex risk. The research article on the 2026 stablecoin yield landscape provides a detailed breakdown of where yield actually comes from and which sources are sustainable.

Projected Returns by Time Horizon

The following examples illustrate projected returns for a $10,000 position across different strategies and time horizons, assuming rates remain constant (which they will not) and daily compounding where applicable. These are gross returns before gas costs.

These projections assume constant rates, which is unrealistic over multi-year horizons. Staking yields trend downward as more capital enters the validator set. Lending rates fluctuate with borrowing demand. LP returns depend on trading volume and token price movements. Use these figures as directional guidance, not guarantees.

How to Choose a Yield Strategy

The right strategy depends on your risk tolerance, capital size, time commitment, and the assets you already hold.

If you hold ETH or SOL and want passive income with minimal risk: staking is the default choice. Use liquid staking tokens (stETH, rETH, mSOL) to maintain liquidity while earning yield. Solo staking offers the highest return but requires 32 ETH and the operational overhead of running a validator.

If you hold stablecoins and want predictable, dollar-denominated yield: lending on Aave or Compound provides steady returns with well-understood risk. For higher yields with more complexity, Morpho Blue's curated vaults offer 4%–7% on USDC. The Sky Savings Rate provides a governance-set return on USDS/DAI without exposure to utilization fluctuations.

If you want to maximize returns and can actively manage positions: concentrated liquidity on Uniswap V3 or Curve LP with boosted CRV rewards can deliver 5%–25% APY, but requires continuous monitoring and rebalancing. Impermanent loss can easily consume your fee income on volatile pairs.

For Bitcoin-native yield, the options are more limited. Spark enables holding dollar-denominated stablecoins like USDB on Bitcoin without bridging to Ethereum, which eliminates the cross-chain risk that comes with moving BTC to EVM-based DeFi protocols.

Yield Aggregators and Advanced Strategies

Yield aggregators automate the process of finding and compounding the best available yields. Platforms like Yearn Finance deposit user funds into optimized vault strategies that auto-compound rewards and shift between protocols as rates change. Convex Finance boosts Curve LP yields by aggregating veCRV voting power.

Pendle Finance takes a different approach through yield tokenization, splitting yield-bearing assets into a Principal Token (PT) and a Yield Token (YT). PTs let you lock in a fixed yield: PT-USDe with a June 2026 maturity offered approximately 8.8% fixed APY. YTs give leveraged exposure to variable yield. Pendle holds roughly $5 billion in TVL and captures 50%–60% of all DeFi yield trading activity.

These strategies add layers of smart contract risk. Each additional protocol in the stack (base protocol, aggregator, wrapper) introduces another potential failure point. The yield premium should compensate for this added complexity.

Frequently Asked Questions

What is the safest way to earn yield on crypto?

Native staking on Ethereum or Solana carries the lowest risk profile because yield comes from protocol issuance rather than counterparty lending. ETH staking yields 3.1%–3.8% APY and SOL staking yields 5.6%–7.0% APY as of mid-2026. Liquid staking via Lido or Rocket Pool adds convenience but introduces smart contract risk. For stablecoins, lending on battle-tested protocols like Aave V3 (3%–5% USDC APY) is considered relatively low-risk due to years of security track record and billions in TVL.

How do staking yields compare to DeFi lending rates?

ETH staking (2.5%–3.8% APY) and stablecoin lending on Aave or Compound (3%–5% APY) produce similar returns in mid-2026, but the risk sources differ. Staking risk comes from slashing and validator downtime. Lending risk comes from smart contract vulnerabilities and liquidity crunches. SOL staking at 5.6%–7.0% APY currently outperforms most lending rates, but SOL is a volatile asset: your dollar-denominated return depends on SOL's price movement, not just the staking yield.

What is impermanent loss and how does it affect LP returns?

Impermanent loss occurs when the price ratio between two tokens in a liquidity pool changes after you deposit. The greater the divergence, the more value you lose relative to simply holding both tokens. For a 2x price change in one token, impermanent loss is approximately 5.7%. For a 5x change, it reaches 25.5%. Stablecoin-to-stablecoin pools experience negligible impermanent loss because the assets remain close to parity. Use our impermanent loss calculator to model specific scenarios.

Is higher APY always better?

No. Higher APY almost always comes with higher or more complex risk. Ethena's sUSDe offers 9%–12% APY, but the yield depends on perpetual futures funding rates staying positive: if funding flips negative for an extended period, yields collapse. Uniswap V3 concentrated LP positions can show 20%+ APY, but impermanent loss and active management costs often eat into realized returns. Always evaluate the source of yield and whether it is sustainable before chasing high numbers.

How much capital do I need to make DeFi yield worthwhile?

On Ethereum mainnet, gas costs for depositing, compounding, and withdrawing can total $15–$50 per round trip. At 4% APY, a $1,000 position earns only $40 per year, meaning gas costs could consume most of your return. Positions under $5,000 should consider Layer 2 deployments (Aave on Arbitrum or Compound on Base, where gas is under $0.50) or Solana-based protocols where transactions cost fractions of a cent.

What is the difference between APR and APY?

APR is the simple annual interest rate without compounding. APY includes the effect of reinvesting earnings. At 5% APR with daily compounding, the effective APY is 5.13%. The gap widens at higher rates: 20% APR compounds to 22.13% APY daily. Most DeFi protocols quote APY because lending interest accrues continuously, while staking rewards typically require manual restaking or an auto-compounding vault to achieve the quoted APY.

Can I earn yield on Bitcoin without bridging to Ethereum?

Options for native Bitcoin yield have historically been limited. Most BTC yield strategies require wrapping Bitcoin as WBTC and bridging to Ethereum-based DeFi, which introduces cross-chain and custodial risk. Bitcoin staking through protocols like Babylon offers yield by securing other networks. For dollar-denominated yield within the Bitcoin ecosystem, stablecoins like USDB on Spark enable holding and transferring dollar value natively on Bitcoin without bridging.

This tool is for informational purposes only and does not constitute financial advice. Yield rates are variable and change continuously based on market conditions. Data reflects approximate mid-2026 rates from publicly available sources including DeFi Llama, Aavescan, StakingRewards, and protocol dashboards. Past yields do not guarantee future returns. Always verify current rates on the protocol's interface and assess smart contract risk before depositing funds.