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Data

Staking rewards compared by real yield, not headline APR

Thirteen proof-of-stake assets, with nominal rates set against the token inflation that funds them. One of them pays less than it dilutes you, and the biggest headline in the table loses two-thirds of its value on contact with arithmetic.

CEX.IO lists 13 staking assets and 22 savings assets. Earn is not available to US residents.

Figures on this page checked 16 September 2026

19.64%
Highest nominal APR in the table (ATOM)
+6.19%
What that becomes after 12.67% inflation
−1.02%
SUI real yield, the only negative in the set
78 bp
How much simple subtraction overstates ATOM

Every staking rewards comparison you will find ranks assets by nominal APR. That ranking is close to meaningless, because staking rewards on most proof-of-stake networks are newly minted tokens. If the network issues supply faster than it pays you, your balance grows while your share of the network shrinks. The number that survives that adjustment is real yield, and it reorders the table dramatically.

Below is every asset we could source consistently, with nominal APR, token inflation, real yield, staking participation, minimum stake, unbonding period, whether slashing exists and whether you keep custody. All rows are from Staking Rewards asset pages fetched 16 September 2026 unless stated. Three of the rows carry a data dispute we have not been able to resolve, and we print those disputes rather than picking a side.

Key takeaways

  • Real yield is (1 + nominal) ÷ (1 + inflation) − 1. Simple subtraction always overstates it, by 78 basis points in the case of Cosmos.
  • Cosmos has the most misleading headline in staking: 19.64% nominal, 12.67% inflation, about +6.19% real.
  • Sui is the only outright negative in this set — 1.49% nominal against 2.54% inflation gives −1.02%, so stakers are still diluted.
  • Polkadot may be a second negative case: Staking Rewards reports 1.48% inflation while post-halving sources report about 3.11%, which would flip DOT to roughly −0.32%.
  • Polygon publishes no reward rate at all — Staking Rewards returns "reward_rate not collected" and only the 2% emissions structure is documented.
  • Unbonding ranges from none at all (Cardano, Algorand) to a hard 14-day-to-one-year lock on Avalanche with no early exit available.

The full table

Thirteen proof-of-stake assets, ranked as reported
AssetNominal APRInflationReal yieldStaking ratioMinimumUnbondingSlashingYou keep custody
ATOM (Cosmos)19.42–19.64%12.67% (disputed)+6.19%64.6%Not published21 daysYes — up to 5% for double-signing, plus jailingYes
XTZ (Tezos)6.67%2.89%+3.67%59.8%Delegation none; baker 6,000 XTZNone for delegation; applies to stakingNo for delegation; yes for frozen stakingYes
AVAX (Avalanche)6.63%2.99%+3.53%42.1%25 AVAX delegator; 2,000 validator14 days minimum, 1 year maximum, hard lockNoYes
TRX (Tron)3.23%0.6%+2.61%46.6%Not published14 daysNo — representatives are voted out insteadYes
NEAR5.14%2.52%+2.56%43.8%Not publishedAbout 2 days (4 epochs)No (planned)Yes
ETH (Ethereum)2.46–2.63%0.88% net+1.66%35.3%32 ETH solo; about 0.01 pooledExit queue about 26 min today, plus ~27h and a ~7.9-day sweepYesYes solo and delegated; no on an exchange
SOL (Solana)6.12%4.51%+1.54%69.2%None — delegation1 epoch, 2–3 days; 25% per-epoch capYes, validator levelYes — delegation is non-custodial
ALGO (Algorand)4.66%3.08%+1.53%22.8%10 ALGO via pools; 30,000 soloNoneNoYes
DOT (Polkadot)2.76–2.78%1.48% (disputed)+1.28%53.4%About 1 DOT via nomination pools28 days, being cut to about 24–48 hoursYes — equivocationYes
ADA (Cardano)2.14%1.5%+0.63%56.3%None; 2 ADA refundable registration depositNone — fully liquidNoYes
APT (Aptos)2.60%2.06%+0.53%62.8%11 APT via pools1 epoch (2h) but gated to a 14-day unlock cycle, so 1–14 daysNoYes
SUI1.49%2.54%−1.02%70.0%NoneAbout 1 epoch (24h)No — the Tallying Rule reduces rewards, not principalYes
POL (Polygon)Not publishedNot publishedCannot be computedNot publishedNot publishedAbout 3–4 days (80 checkpoints)Not currently active — jailing onlyYes

All rows from Staking Rewards asset pages fetched 16 September 2026 unless otherwise noted. Real yield computed by us as (1 + nominal) ÷ (1 + inflation) − 1 and checked against each source row. Where a range is reported for nominal APR, the real-yield column uses the midpoint; the Ethereum figure of +1.66% reflects a 2.55% midpoint, and the same calculation at 2.46% gives +1.57% and at 2.63% gives +1.73%. Rates are variable and move daily.

The formula, and why the shortcut fails

Staking rewards are newly minted tokens. Your balance rises by the nominal rate; the total supply rises by the inflation rate. What you actually keep is the ratio between the two:

real yield = (1 + nominal) ÷ (1 + inflation) − 1

Subtracting is close enough when both numbers are small. Cardano at 2.14% and 1.5% gives 0.63% either way, to the basis point. It fails badly when the numbers are large. Cosmos at 19.64% and 12.67% gives 6.97% by subtraction and 6.19% by the correct formula — an overstatement of 78 basis points, or about an eighth of the true figure. That is the difference between two assets in the middle of this table.

The three disputed rows

We could not reconcile three data points, and each one materially changes the conclusion for that asset. Rather than choosing a side, here is the disagreement in full.

Polkadot inflation. Staking Rewards reports 1.48%, which produces the +1.28% real yield in the table. But Polkadot executed a tokenomics change on 14 March 2026, following OpenGov referenda 1710 and 1828 which passed with 81% support. That change cut issuance from about 120M DOT a year to about 56.88M — a 53.6% reduction — introduced a 2.1bn DOT hard cap, and is reported elsewhere as dropping inflation from about 10% toabout 3.11%. If 3.11% is the correct current figure, then DOT's real yield against a 2.78% nominal rate is roughly −0.32%, and Polkadot belongs in the same category as Sui rather than in the upper half of the table. We cannot tell which figure is stale. Treat the DOT row as the least reliable one here.

Cosmos inflation. Staking Rewards reports 12.67%. Cosmos Hub governance voted in 2023 to bring ATOM inflation down and cap it at 10%. Those two facts do not sit together and we could not establish which reflects the live parameter. If inflation were in fact capped at 10%, the same 19.64% nominal rate would produce a real yield of about+8.76% rather than +6.19% — which would make Cosmos more attractive, not less. The dispute cuts in ATOM's favour, which is a reason to state it rather than to bury it.

Polygon. Staking Rewards explicitly returns "LIMITED DATA — reward_rate not collected" for POL. There is no published reward rate, no inflation figure and no staking ratio. What is documented is the emissions structure: 2% annual POL emissions, split 1% to validators and 1% to the community treasury, plus transaction fees. Any POL APR you see quoted elsewhere is unverified as far as we can tell, and we have left the row empty rather than filling it. POL replaced MATIC one-for-one on 4 September 2024.

Fees reorder the table

Commission does not scale with real yield; it scales with nominal. That means a high-inflation asset loses proportionally far more of its real return to a given fee than a low-inflation one. The following are our own calculations, applying commission levels observed in the market to the network figures above.

Take Solana at 6.12% nominal against 4.51% inflation. Before any fee, the real yield is +1.54%. At a 10% fee it is +0.95%; at 25% it is +0.08%; at 30% it is −0.22%; at 35% it is −0.51%. Somewhere around a quarter of the reward, staking SOL through an intermediary stops beating simply holding it.

Now Ethereum, at 2.46% nominal against 0.88% net issuance. Real yield is +1.57% before any fee, +1.32% at a 10% fee, +0.96% at 25% and +0.71% at 35%. A 35% commission — the standard Coinbase rate — costs roughly 89 basis points and takes more than half the real return, but it never turns it negative.

The conclusion is not that Ethereum is better. It is that the fee question matters most precisely where the headline rate looks most impressive. Observed commissions across the market run from 0% at Revolut to 5% at P2P.org, 10% at Lido and Binance for ETH, 15% at OKX, 25–30% at Kraken, about 35% at Coinbase, up to 50% at Uphold and 90% on Binance.US Soft-Staking. The full spread is on crypto interest rates, and the mechanics of how commission is taken are oncrypto staking.

Against the risk-free rate

One comparison is missing from almost every staking table, and it is the one that decides whether any of this is worth doing. A three-month US Treasury bill yielded 3.97% on 15 September 2026. Fed funds sat at 3.63% and a one-year bill at 4.16%.

On that benchmark, exactly one asset in this table — Cosmos at about +6.19% real — pays more than a government bill, and it does so while asking for 21 days of illiquidity, exposure to a token that can fall by any amount, and slashing risk of up to 5% for double-signing. Every other row pays less in real terms than short-dated US government debt. That is not an argument against staking, because most people staking are not choosing between ATOM and a T-bill; they already hold the token and the alternative is holding it unstaked. But it does explain why a 6% or 19% headline should not feel like a high return, and why the comparison most content invites you to make is the wrong one. The same benchmark logic runs throughstablecoin yield andtokenised treasuries, where the gap is narrower and the risk profile is different again.

Liquidity: a second table with a different question

Real yield tells you what the position pays. It says nothing about how long you are committed to it, which for most readers is the more consequential variable. The following looks only at the exit.

Time from deciding to exit to holding liquid tokens
AssetWaiting periodCan you exit earlyWhat that means in practice
ADA, ALGONoneNot applicableStaked balance stays liquid throughout; no reason to time an exit
SUIAbout 24 hoursNo, but the wait is one epochShort enough to be irrelevant to most decisions
NEAR, SOL2–3 daysNoSolana adds a 25% per-epoch cap that can extend the wait under stress
POL3–4 days (80 checkpoints)NoShort, but you are committing to an asset with no published reward rate
ETHQueue-dependent: about 26 minutes today, plus ~27 hours and a ~7.9-day sweepOnly by selling a liquid staking token insteadThe exit queue reached nine-day waits in July 2025; entry is currently about 32 days
APT1–14 daysNo — unlocks are gated to a 14-day cycleThe effective wait depends on where in the cycle you start
TRX14 daysNoTwo weeks of price exposure with no ability to act
ATOM21 daysNoThe longest realistic wait attached to the highest headline rate in the table
DOT28 days, being cut to about 24–48 hoursNoCurrently the longest; the reduction is part of the 2026 tokenomics change
AVAX14 days minimum, up to 1 yearNo — the lock is hardYou choose the duration at the start and cannot shorten it afterwards

Unbonding and lock-up data from the asset rows above. Ethereum's exit queue is live and has ranged from near zero to multi-week waits during 2025 and 2026.

Set the two tables side by side and the trade being offered becomes visible. Cosmos pays the best real yield in the set and asks for 21 days of illiquidity and real slashing exposure. Cardano pays 0.63% and asks for nothing at all. Avalanche pays a strong +3.53% and asks you to pick a lock-up length in advance with no way to change your mind. None of those is wrong; they are different products wearing the same word.

Notes on individual rows

A few assets have moving parts that a static table cannot capture.Tezos uses Adaptive Issuance, which targets a 50% staking ratio — issuance rises when participation is below it and falls when above — and the Quebec upgrade set the staker-to-delegator reward ratio at 3:1, up from 2:1. Aptos began at a 7% reward rate that decays by 1.5% of its current value each year toward a 3.25% floor, so its 2.60% is a point on a known path rather than a stable level. Solana's schedule changed materially in August 2026 under SIMD-0550, covered in detail onSolana staking. Ethereum's inflation is the only demand-dependent figure in the table, because the 0.88% is net of the EIP-1559 burn and can go negative in high-activity periods — see Ethereum staking.

On slashing, the table corrects a common impression. Eight of the thirteen assets here — Cardano, Avalanche, NEAR, Tron, Sui, Aptos, Algorand and Polygon — have no slashing at all. Where it does exist it is rare in practice: fewer than 500 Ethereum validators have been slashed out of more than 1.2 million since December 2020, and essentially all historical cases trace to operator error rather than attack. Illiquidity and price movement are the risks that actually cost stakers money, which is the ordering we use oncrypto earn risks. Readers choosing between native staking and a receipt token should also read liquid staking, where the fee spread rather than the underlying performance explains almost all of the difference.

Frequently asked questions

Which crypto has the highest staking yield?

By nominal APR, Cosmos: Staking Rewards reported ATOM at 19.42–19.64% on 16 September 2026. By real yield after token inflation, ATOM still leads at about +6.19%, but the gap between the two numbers is the point — more than two-thirds of the headline is dilution. Tezos at +3.67% and Avalanche at +3.53% are the next best on the same basis, from far less dramatic headlines of 6.67% and 6.63%.

How do you calculate real staking yield?

Use (1 + nominal) ÷ (1 + inflation) − 1. Subtracting inflation from the nominal rate is a common shortcut and it always overstates the answer, with the error growing as the numbers grow. On Cosmos the shortcut gives 6.97% where the correct figure is 6.19% — a 78 basis point overstatement. On Cardano, where both inputs are small, the difference is one basis point.

Which staking assets have negative real yield?

Sui is the clear case in this set: a 1.49% nominal APR against 2.54% inflation gives a real yield of −1.02%, meaning stakers are diluted by about one per cent a year in token terms despite staking. Polkadot may be a second case depending on which inflation figure is correct — see the disputed data section below. Both illustrate why a nominal APR on its own tells you very little.

Is a high staking APY always better?

No, and this table is the argument. Cosmos advertises about 19.6% and delivers about 6.2% in real terms, with a 21-day unbonding period and genuine slashing risk. Cardano advertises 2.14% and delivers 0.63%, with no unbonding at all and no slashing. Which is better depends on how much you value liquidity and how much of the headline you expected to keep. Commission then changes the ranking again — see crypto interest rates.

How long does unstaking take on each chain?

It varies enormously. Cardano and Algorand have no unbonding at all. Sui takes about one epoch, roughly 24 hours. Solana takes two to three days. Polygon runs three to four days. Tron and Avalanche take 14 days, Cosmos 21 days and Polkadot 28 days, though Polkadot's is being cut to roughly 24–48 hours under a 2026 tokenomics change. Avalanche is the strictest: the lock is hard, from 14 days up to a year, with no early exit.

Why do two sources give different staking rates for the same asset?

Because they measure different things at different moments. Rates move with participation, with fee revenue and with governance decisions, and trackers sample them on different schedules. Ethereum is a good example: validatorqueue.com showed 2.46%, ethereum.org about 2.5% and Staking Rewards 2.63% on the same day. Where sources disagree materially we print both rather than choosing, which is set out in our methodology.

Does staking protect you from a falling token price?

No, and the scale mismatch is severe. ETH traded above $4,900 at its 2025 high and around $1,700 in mid-June 2026. A 2.46% annual staking rate is roughly nine days of typical volatility. Staking is a sensible thing to do with tokens you have already decided to hold; it is not a reason to hold them. We set out that framing on passive income with crypto.

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