Solana Liquid Staking: jitoSOL and mSOL

Introduction

Liquid staking has become one of the most common ways to hold SOL, because it resolves a tension native staking cannot. Staked SOL earns rewards but is locked and cannot be moved until it is unstaked; unstaked SOL is free to move but earns nothing. A liquid staking token sits between the two — your SOL stays staked and productive, and you hold a tradable receipt for it that you can sell, lend, or use as collateral without first going through the unstaking wait.

This guide is written for anyone who already holds SOL, or is about to, and is weighing liquid staking against staking natively or leaving the coin idle. It concentrates on the two tokens most people actually meet — jitoSOL from Jito and mSOL from Marinade — and uses them to explain a mechanism every Solana liquid-staking token shares. If you have seen a headline yield quoted on one of these tokens and want to understand what that number is really made of before committing capital, this is the ground it covers.

The single most useful thing to fix in mind from the outset is that the headline yield is not one figure but three. Underneath it sits the base Solana staking rate — roughly 5.5–5.9% before commission as of 25 July 2026 — which you would earn on native SOL anyway. On top of that, a token like jitoSOL can add a share of MEV tips, a component that is genuine but variable rather than fixed. Out of the total, the protocol then takes its own fee before anything reaches you. Read in isolation, an advertised APY hides all three of those moving parts.

One further piece of context belongs up front, because it is widely misread. As of 25 July 2026 Solana has no live protocol-level slashing — violations are recorded, but the penalties remain under governance discussion — so the underlying stake is not slashed for a validator's fault. That does not make a liquid-staking position risk-free. The token wrapper substitutes its own exposures: the protocol's smart-contract risk and the de-peg risk that the token can trade below the SOL it represents. For how Solana's broader reliability record feeds into that picture, see our Solana risks and reliability guide.

The sections that follow build in that order. They begin with what a Solana liquid-staking token actually is and how it differs from native staking, separate the jitoSOL and mSOL receipts from the JTO and MNDE governance tokens they are constantly confused with, map the Jito and Marinade landscape, then open up where the MEV-boosted yield comes from, how to read a published yield honestly, and how to choose between venues for your own use. The aim throughout is that the headline APY is never the only number you are reading.

What a Solana liquid staking token is

A Solana liquid staking token starts with a simple swap: you deposit SOL into a liquid-staking protocol and receive a receipt token in return — jitoSOL if you go through Jito, or mSOL if you go through Marinade. That receipt token stays yours to trade, hold in a wallet, or put to work elsewhere in DeFi, even though the SOL behind it is staked with validators and earning rewards. You are not choosing between staking and liquidity; the token is designed to give you both at once.

How that receipt token actually reflects your growing stake — whether its price rises against SOL or whether you accumulate more units of it over time — comes down to an accounting choice each protocol makes, not something specific to Solana. Rather than re-deriving rebasing versus value-accrual mechanics here, see the liquid staking strategies guide for how that works in general; jitoSOL and mSOL each follow one of those two models.

How an LST differs from native staking and from holding SOL

This is where a Solana LST differs from staking directly. Native staking locks your SOL into a stake account tied to a chosen validator. That stake still belongs to you, but it is not usable elsewhere while active, and moving or withdrawing it means going through an unstaking process measured in epochs, not seconds. A liquid staking token exists precisely to remove that friction: the underlying stake still sits with validators, but the token representing your claim on it is free to move immediately.

It also differs from simply holding SOL unstaked. Unstaked SOL is fully liquid but earns nothing. A Solana LST is the middle path — your capital keeps earning staking rewards in the background while the token itself remains as usable as any other asset on Solana.

Why jitoSOL and mSOL are not JTO and MNDE

One distinction matters more than any other here, because it is easy to get backwards: jitoSOL and mSOL are not the same thing as JTO and MNDE. JTO is Jito's governance token and MNDE is Marinade's governance token — their prices track protocol adoption and fee revenue, and both are volatile in the way any governance token is.

Neither is a claim on staked SOL. jitoSOL and mSOL are the liquid staking tokens themselves, each representing staked SOL plus the rewards it has accrued. Buying JTO is a bet on Jito the protocol; holding jitoSOL is a way of staking SOL through Jito. Mixing the two up is a common and costly mistake.

Token versus LST: JTO and MNDE are not jitoSOL and mSOL

Four names come up constantly in Solana liquid staking, and two pairs of them are routinely confused. Jito issues jitoSOL and the JTO token; Marinade issues mSOL and the MNDE token. The pairs look related because they share a protocol, but they represent entirely different things. Mixing them up is one of the most common and costly mistakes newcomers make, so it is worth stating the distinction plainly before going any further.

jitoSOL and mSOL are the liquid-staking tokens. Each one is a receipt for SOL you have staked through the protocol, and it represents that underlying SOL plus the staking rewards it has accrued. Hold the LST and you hold a claim on staked SOL; its value tracks the staked balance behind it. The general mechanics of how such a receipt token accrues value are the standard rebasing or value-accrual models, and they apply here without needing to be re-derived.

JTO and MNDE are governance tokens. They give holders a vote in how the respective protocol is run — fee settings, treasury decisions, validator policy — and their price tracks the market's view of protocol adoption and fee revenue. They are not a claim on any staked SOL. A governance token can rise or fall sharply on sentiment while the staking yield behind the LST barely moves, and it can fall to a fraction of its value without the LST being affected at all. The two respond to different forces.

The confusion becomes expensive in two directions. Someone who wants steady staking yield may buy JTO or MNDE, expecting the token itself to earn rewards — it does not. Staking yield reaches you through the LST, jitoSOL or mSOL, not through the governance token. Going the other way, someone chasing exposure to a protocol's growth might buy the LST and be puzzled that it does not rally when the protocol is in the headlines; the LST is anchored to staked SOL, not to the protocol's market narrative. In each case the buyer ends up holding the opposite of what they intended.

A simple test settles most cases. Ask what the asset is a claim on. If the answer is staked SOL plus rewards, it is the LST — jitoSOL or mSOL — and it is what you want for staking yield. If the answer is a vote and a share of the protocol's future, it is the governance token — JTO or MNDE — and its price is volatile and independent of the staking rate. Both can be legitimate holdings, but they serve different purposes and carry different risks, and a position taken in one is not a substitute for the other.

Keep the naming straight and the rest of this guide reads cleanly: everything that follows about yield, MEV and redemption concerns the LSTs, jitoSOL and mSOL, and not the governance tokens that share their protocols' names.

The Jito and Marinade landscape

Solana has many liquid-staking protocols, and the field has broadened over the past year — but two of them, Jito and Marinade, still draw the clearest contrast for understanding how these tokens differ. Each takes your SOL, stakes it across validators, and hands back a receipt token that stays tradable and usable across Solana DeFi while the underlying stake keeps earning. The receipt token is the liquid-staking token (LST); the mechanics of how it accrues value follow the same abstract model used across liquid-staking tokens, so this section focuses on what distinguishes the venues rather than re-deriving that model.

One point matters before the list. The token that carries staking value is the LST — jitoSOL or mSOL — not the protocol's governance token. JTO and MNDE are separate governance tokens whose price tracks protocol adoption and fee capture; holding them is not a claim on any staked SOL. Buying MNDE when you meant to hold mSOL, or JTO when you meant jitoSOL, is a common and costly mix-up. Read the ticker on the receipt, not the brand.

• Jito — jitoSOL. The most integrated Solana LST, and the one built around MEV. Solana has no public mempool and no in-protocol proposer-builder separation, so ordering value is captured off-protocol through Jito's Block Engine, which runs a bundle auction where searchers bid for inclusion. A share of those MEV tips is passed through to jitoSOL holders, so its yield can sit above the base native-staking rate. That MEV pass-through is the defining character of this venue.
• Marinade — mSOL. A long-running venue whose character is its automated delegation strategy: it spreads stake across a broad validator set by performance and decentralisation criteria rather than concentrating it. mSOL is widely accepted as DeFi collateral, and Marinade also offers a native (non-tokenised) staking route, though mSOL is the liquid token relevant here. Its share of the category has slipped over the past year as newer venues gained ground, but mSOL retains one of the broadest holder bases and deepest DeFi integrations — which is why it stays a flagship by reach rather than a leader by size alone.
• Jupiter — jupSOL. A liquid-staking token from the Jupiter ecosystem, one of Solana's busiest trading and routing venues. jupSOL has grown quickly by sitting close to the aggregator and DeFi routes many Solana users already pass through, which gives it ready integration and liquidity.
• Sanctum — INF and issued LSTs. Sanctum is infrastructure as much as a single product: it underpins a long tail of smaller LSTs and pools shared liquidity that makes them easier to swap and unstake, and it issues INF, a token that spreads across multiple LSTs. Its role is less one flagship token than the plumbing that lets the wider LST ecosystem function.
• Exchange-backed LSTs. Large trading platforms have launched their own Solana LSTs, and one has grown into one of the largest by staked SOL by tapping an existing user base. As a class they trade brand familiarity and convenience against the usual question every LST raises — how deep its on-chain liquidity and DeFi integration actually run. They vary widely, which is the practical thing to check before using one: a thinly traded LST is harder to exit at fair value.

Describing leadership in words rather than figures is deliberate. Jito is generally the largest and most-integrated Solana LST; Marinade remains a flagship more by holder base and integration than by raw size, and the newer venues below them trade places as total-value and ranking numbers move quickly. Treat any specific figure you see as needing a fresh check against the protocol's own dashboard before you rely on it.

Whichever venue you use, the receipt token layers new risks on top of the underlying stake: the protocol's smart-contract risk, a de-peg risk where the LST can trade below the value of its underlying SOL in stressed markets, and liquidity risk on exit. Those trade-offs, and how an LST's yield actually composes, are covered in the sections that follow — the landscape here is only the starting map.

The practical instruction hidden in that last point deserves spelling out, because "check the liquidity" is easy to say and easy to skip. Before committing to any LST beyond the well-worn flagships, look at the actual trading pairs it has: how much depth sits in the pools that would let you swap it back to SOL, and how far a sell of the size you hold would move the price against you. A token with a headline yield to rival Jito's is no bargain if the only way out at speed is a shallow pool that a single large order would drain.

The same caution applies to the exchange-backed tokens as a class. A large staked balance tells you the token is popular; it does not tell you how deep its on-chain market runs or how widely DeFi protocols accept it as collateral. Those are separate questions, and they are the ones that decide whether you can leave at fair value when you want to. Convenience and a familiar brand are worth something, but they are not a substitute for checking that the token you can enter easily is one you can also exit easily.

None of this requires specialist tools. The protocol's own dashboard and any major Solana DEX will show the pools and their depth, and a moment spent there before you deposit is far cheaper than discovering a thin market on the day you want to leave.

MEV-boosted yield: how Jito's tip layer works

Part of a jitoSOL holder's return comes from something native SOL staking on its own does not capture: maximal extractable value, or MEV. This is the value a block producer can gain by choosing which transactions to include and in what order — capturing arbitrage between decentralised exchanges, for example. On Solana the arrangement that harvests this value and routes a share back to stakers is distinctive, and it is the main reason a jitoSOL yield can sit above the base native-staking rate. The general question of how a liquid-staking token accrues value is a separate topic; this section is about the Solana-specific source of that extra yield.

Why Solana organises MEV off-protocol

Solana has no public mempool and no in-protocol proposer-builder separation (PBS). Transactions are forwarded straight to the current leader rather than sitting in a shared public waiting area, and the protocol itself does not run a formal market that splits block building from block proposing. That absence matters: with no public mempool to observe and no built-in auction, MEV on Solana is organised off-protocol rather than settled inside the base layer.

The dominant venue for that off-protocol activity is Jito's Block Engine. Searchers — the parties hunting for profitable ordering — submit bundles, which are groups of transactions they want executed together in a specific sequence. They bid for that ordered inclusion through a bundle auction, and the winning bids carry tips. The Block Engine forwards the selected bundles to validators running Jito's client, so the ordering is decided in this off-protocol auction rather than in a public free-for-all.

The tips paid in that auction are where staker yield enters. Jito passes a share of the collected MEV tips through to jitoSOL holders. A holder does not run a validator, submit a bundle or interact with the auction; they simply hold the LST, and their per-token claim on staked SOL grows to reflect their portion of the distributed tips alongside ordinary staking rewards. Note that jitoSOL is the liquid-staking token here — the receipt for staked SOL. It should not be confused with JTO, Jito's governance token, whose price tracks protocol adoption and is not a claim on staked SOL.

What the yield looks like in a wallet

It helps to picture what that growth actually looks like in a wallet, because it does not arrive the way a native-staking reward does. Native staking drops fresh SOL into your stake account each epoch, a visible payment you can watch accumulate. An LST works the other way round: no new SOL lands in your wallet, and the number on your balance may not move at all.

Instead the claim each token carries on the pool of staked SOL behind it climbs, so the same holding is worth progressively more SOL than you deposited. The reward is real, but it is expressed as a rising SOL-value per token rather than as a stream of separate payments.

That distinction has two practical consequences worth holding onto. First, you cannot judge whether an LST is earning by watching your token count — a balance that sits unchanged for weeks can still be gaining value the whole time, and the only honest measure is how much SOL the position now redeems for.

Second, because the gain shows up inside the token rather than as discrete rewards, keeping your own record of what you paid and what the position is worth matters more than with native staking, where each payment is logged on-chain as it lands. Whether a given token expresses that growth as a rising exchange rate or as extra units is the accounting detail covered in the strategies guide linked above; either way, the thing that grows is the SOL your holding commands.

One consequence catches newcomers out: because the accrued rewards are already inside the token, buying an LST on the open market is not like arriving late to staking and missing the rewards so far. You pay the token's current redemption value, which already reflects everything it has earned to date, and from that point it keeps accruing for you. Equally, selling does not "cash in" a separate pile of rewards — the value you realise is simply the SOL the token now commands. There is no reward event to wait for or to catch; the earning is continuous and baked into the price throughout.

How Ethereum captures MEV by contrast

The contrast with Ethereum is instructive. Ethereum has a public mempool where pending transactions are broadly visible, and it has developed a PBS model in which specialised builders assemble blocks and proposers select them, typically through an external market. MEV there is captured against a transparent pool of pending transactions and mediated by that builder-proposer split. Solana reaches a comparable outcome — value from ordering flowing partly to stakers — but through an off-protocol auction rather than a public mempool and in-protocol separation. For how the two networks compare on staking, yield and slashing, the Solana versus Ethereum staking comparison covers it in full.

For a retail holder, the honest description of what arrives is a blended yield, not a bonus stacked risk-free on top of staking. It is the base native SOL staking rate — roughly 5.5–5.9% before commission as of July 2026, detailed on the Solana staking guide — plus the holder's share of MEV tips, minus the protocol's fee. The MEV component is variable: it rises and falls with on-chain trading activity and auction competition, so it is not a fixed add-on you can count on at a set figure.

For a holder, treating that variability sensibly means planning around the base, not the peak. In a busy stretch of on-chain trading the MEV share swells and the blended yield climbs comfortably above the 5.5–5.9% native band; in a quiet week it can thin almost to nothing, leaving the token earning close to what plain staked SOL would have paid anyway. Neither figure is the "real" yield — the realised return is an average across those swings. Anyone sizing a position or a strategy on a headline captured during a heavy-traffic period is planning around the best case, and the honest expectation sits somewhere below it.

This is also why comparing two tokens on a single day's headline can mislead. A snapshot taken during a spike flatters whichever token leans hardest on MEV, and the ranking it implies may reverse the following week. If you want a fair read, the useful comparison is over a longer window that spans both busy and quiet periods, so the steady base and the variable top-up are both reflected rather than just the moment you happened to look.

It also pays to remember the fee sits on top of this variability rather than under it. In a lean week, when the MEV share is small, the protocol's cut is a larger slice of what little extra there is, so the net benefit of the MEV layer over plain staking narrows further than the gross figure suggests. The MEV top-up is a genuine advantage over the long run, but it is a fluctuating one, and the weeks when you would most welcome it are exactly the quiet ones when it is thinnest.

The extra yield also comes with extra exposure. Holding jitoSOL introduces the protocol's smart-contract risk and de-peg risk — in stressed markets the token can trade below the value of the SOL backing it — on top of the ordinary considerations of staking. The MEV tip layer lifts the headline rate, but it does not remove those risks, and a realistic view weighs the added return against them rather than reading the higher number in isolation.

Reading LST yield honestly

A published LST yield is easy to misread as free money layered on top of ordinary staking. It is not. The headline figure is a blend of separate components, and each one carries its own conditions. Before you compare one Solana liquid-staking token against another on yield alone, it helps to break the number into its parts and see what you are actually being paid for — and what you are taking on in exchange.

The composition is straightforward. An LST's yield equals the base native SOL staking rate — roughly 5.5–5.9% before validator commission as of July 2026 — plus the token's share of MEV tips, minus the protocol's fee. Broken into its three parts:

• The base staking rate. The reward Solana pays for securing the network, roughly 5.5–5.9% before commission. It is the one component common to all staked SOL, liquid or native.
• The MEV share. The pass-through from Jito's off-protocol bundle auction, which is why jitoSOL's yield can sit above the plain native rate. It is the variable part, rising and falling with on-chain activity.
• The protocol fee. What the liquid-staking service keeps for running the vaults and the validator set, deducted from the whole reward before anything reaches your token.

Three moving parts, then, and only the first is common to all staked SOL.

Working an example through those three parts shows why a headline number can mislead. Start two tokens from the same base — call it the middle of the 5.5–5.9% band. If the first adds a large, active MEV share and charges a modest fee, and the second adds only a thin MEV share but charges almost nothing, the two can advertise an almost identical headline yield for completely different reasons.

The first is leaning on the variable component; the second is closer to plain staked SOL. A month of quiet on-chain trading would pull the first token's realised yield down while barely touching the second, even though today they read the same.

The order of the arithmetic matters as much as the parts. The fee is not taken off the base alone — it is taken across the whole reward the protocol collects, MEV included, before anything reaches your token. So a token can quote a high gross figure and still deliver less than a cheaper rival once its cut comes out.

The way to read any published APY, then, is to ask how much of it is the steady base you would earn on native SOL anyway, how much is the MEV top-up that can evaporate in a slow week, and what the protocol keeps before the rest reaches you. Two of those three you cannot see from the headline alone, which is exactly why the single number is a starting point rather than a verdict.

The same logic guards against a subtler mistake: assuming the token with the lowest fee is automatically the cheapest to hold. A protocol charging more but delegating to validators that earn a larger MEV share can hand you a higher net yield than a cheaper one that captures less at source. Fee, base and MEV move together, and only the figure left after all three interact is the one you actually receive. That is why the useful question is never "which fee is lowest" or "which headline is highest" in isolation, but what the position has actually paid out over a stretch long enough to average the variable parts.

Because two of those parts are variable, a quoted APY is a recent observation rather than a promise. MEV tips rise and fall with on-chain activity, commissions differ between validators, and fees can change. A token showing a higher number this week is not guaranteed to keep the lead, so treat published yields as a snapshot to sanity-check rather than a fixed contract.

The more important point is what the yield does not tell you: the risks it sits on. Holding an LST layers three new exposures on top of staking itself.

• Smart-contract risk. Your SOL is committed to the protocol's programs and depends on their correctness; a bug or an exploit in that code puts the stake behind the token at risk.
• De-peg risk. In stressed markets an LST can trade below the value of the SOL it represents, so selling in a hurry can mean accepting less than the underlying is worth.
• Liquidity risk. The depth available to exit at a fair price is not constant and thins out in exactly the conditions where you might most want to leave.

Each of these exposures is examined in depth in our liquid staking risks guide.

On the network side, one point of context matters and only needs stating once here: as of July 2026 Solana has no live protocol-level slashing, so the underlying stake is not slashed for validator faults — but the liquid-staking token adds the protocol's smart-contract and de-peg risk in its place. The absence of slashing removes one class of loss and does not make the position risk-free; it simply moves the risk into the wrapper. This is a property of the LST layer, not of native staking.

De-peg risk taken apart

The de-peg risk is worth taking apart, because the word "peg" oversells how the price is held. An LST is not pegged to SOL the way a stablecoin aims at a dollar; its fair value is simply the amount of SOL the token can be redeemed for through the protocol, and that value only ever rises as rewards accrue.

What moves is the market price on a DEX, which can drift below that redemption value when more holders want to sell the token than there are buyers on the other side. The gap between the two is the discount, and it is the number a holder should actually watch — not the token's price in dollars, but how far its DEX price sits below the SOL it would redeem for.

What normally keeps that gap small is arbitrage: if the token trades below its redemption value, someone can buy it cheap, redeem it through the protocol for full-value SOL, and pocket the difference. The catch is that redemption is not instant — it runs through the unbonding wait of roughly an epoch or more — so the arbitrageur carries price risk for that whole window. In calm markets that is a fine trade and the discount stays thin.

The conditions that widen it are the ones that make that waiting window frightening: a sharp sell-off, a scare about the protocol itself, or simply thin DEX liquidity where a few large sells exhaust the buy side. In each case the people who need out fastest are the ones who accept the deepest discount, which is why a forced exit in a panic is the most expensive way to leave.

For a holder, the watchable signal is simple to state: keep an eye on the discount, not the dollar price. A jitoSOL or mSOL price falling in dollars alongside SOL is just the market moving and says nothing about the token's health. A jitoSOL or mSOL price falling relative to the SOL it redeems for is the signal that matters, because that is the discount widening — and if you see it stretching in a calm market with no obvious cause, that is worth understanding before you either buy the apparent bargain or rush to sell into it.

None of this makes liquid staking a poor choice. It makes the yield a figure to read in context: a base rate you would earn anyway, a variable MEV top-up, a fee deducted, and a set of contract, de-peg and liquidity risks that plain staked SOL does not carry.

Choosing between Solana LSTs

There is no single "best" Solana LST — the right choice depends on what you plan to do with the token once you hold it. The factors below are the practical ones to weigh, matched against your own use case rather than any ranking.

The weighting between these factors is where the real decision sits, and it turns almost entirely on what you intend to do with the token. A holder who plans to park an LST and leave it can lean almost wholly on track record and fee, and worry little about how deeply it is integrated elsewhere — nothing downstream depends on it, so liquidity depth is a second-order concern.

A holder who means to use the LST as collateral, pool it, or move in and out has to put composability and liquidity near the top, because for them a shallow market is not a minor inconvenience but the central risk. It is the difference between exiting at fair value and being trapped in a discount at the worst moment.

Two factors, though, never drop off the list whatever your profile. Fee comes off every holder's return regardless of how passive the position is, so it is always worth checking at the point of deposit. And smart-contract track record underwrites the whole holding — if the protocol fails, neither yield nor liquidity matters — so it deserves weight even from a holder who cares about nothing else.

One further habit sits above the single-token choice entirely: because the sharpest risk an LST adds is the protocol's own smart-contract exposure, splitting a larger position across more than one venue keeps a single failure from taking the whole stake with it, at the cost of a little more to manage.

It is also worth being honest that no amount of factor-weighing removes the base trade-off liquid staking makes: you accept a smart-contract and de-peg layer in exchange for keeping your SOL usable. The factors above decide which token carries that layer most comfortably for your purpose; they do not make the layer vanish. A holder who finds, after working through them, that they will never actually use the token's liquidity and cannot get comfortable with the added protocol risk has a legitimate answer available — native staking, which forgoes the liquidity but carries neither the smart-contract nor the de-peg exposure the wrapper introduces.

DeFi composability and liquidity depth

If you intend to use your LST elsewhere in DeFi — as collateral for a loan, in a liquidity pool, or as part of a leveraged position — how widely a token is integrated across lending markets, DEXs, and vaults matters more than its yield in isolation. A token with thinner integration and shallower trading pairs can be harder to exit at a fair price during volatile periods, even if the underlying yield looks identical. If you simply plan to hold and forget, this factor matters far less.

Validator-set philosophy

Jito and Marinade take different approaches to delegating the SOL behind their LSTs. Some strategies lean toward MEV-maximising delegation, concentrating stake with validators that run the Jito Block Engine and pass through the highest tip share. Others weight delegation toward decentralisation, spreading stake more broadly across the validator set to support Solana's network health rather than squeezing out the last basis point of yield. Neither approach is objectively correct; it is a values-and-yield trade-off worth understanding before you deposit, not after.

Fee structure

Protocols take a cut of staking and MEV rewards before they reach you as an LST holder. Fees differ between protocols and can change over time, so check the current published rate directly on the protocol's own site rather than relying on a figure you read elsewhere — this is one detail worth re-verifying at the point you actually deposit.

Redemption options

Every Solana LST offers the same two exit routes: unstake through the protocol, which involves a delayed unbonding of roughly an epoch or more, or swap the LST on a decentralised exchange for instant liquidity at the prevailing market price. The DEX route is faster but exposes you to whatever price the LST is trading at that moment, which can sit below the value of the underlying SOL during stressed markets. If you may need to exit quickly, check that your chosen LST has a liquid DEX market before you need it, not after.

Which of the two routes is the better choice comes down to size, urgency, and the discount on offer at the moment you want out. Protocol redemption pays the full underlying value but makes you wait the unbonding period of roughly an epoch or more; it suits a larger position you are winding down deliberately, where leaving a few days' notice costs nothing and the full-value payout is worth the wait. The DEX swap is instant but hands you whatever the market price is right then, discount and all; it suits a smaller exit, or a case where having the SOL now genuinely outweighs giving up a fraction of value.

The trap is treating the DEX price as the token's worth. In calm conditions the two routes land in almost the same place, because arbitrage keeps the market price close to the redemption value and the swap costs you little.

It is precisely when you feel the urge to sell in a hurry — a falling market, bad news, a thinning order book — that the DEX price sinks furthest below the underlying, so the instant route is dearest exactly when it is most tempting. A useful habit is to compare the two before you commit: check what the protocol would redeem your LST for against what the DEX would pay right now, and let the size of that gap, not the convenience, decide the route.

Size changes the calculation, too. A small holding can usually be swapped on a DEX with a discount so slight it is not worth waiting an epoch to avoid; the same discount applied to a large position is real money, and the unbonding wait pays for itself. So the honest rule is not "always redeem" or "always swap" but to match the route to how much you are moving and how badly you need it now — and to have checked, before the moment arrives, that both doors are actually open for the token you hold.

Smart-contract track record

Because a liquid-staking token layers protocol risk on top of your staked SOL, how long a protocol has operated, whether it has been audited, and how it has handled past incidents are all relevant. A longer, cleaner track record does not eliminate smart-contract risk, but it is a reasonable input alongside the other factors here when you are matching a protocol to your own risk tolerance.

Conclusion

Solana liquid staking is a genuine convenience: it keeps your SOL earning while leaving you a tradable token you can use across DeFi, and jitoSOL's MEV pass-through can lift the return above the plain native rate. That convenience is not risk-free. A liquid staking token adds a smart-contract layer and a token-liquidity layer on top of the ordinary risks of native staking, so the position can be exploited at the protocol level or trade below its underlying value in a stressed market.

The trade-off underneath every choice in this guide is the same one. You accept the protocol's smart-contract and de-peg exposure in exchange for keeping your SOL liquid while it earns. The base staking rate is one you would capture natively anyway; only the variable MEV top-up is genuinely additional, and it arrives attached to those real exposures. Remembering that Solana has no live protocol-level slashing today does not change the calculation — the wrapper's own risks are what a liquid-staking holder is really taking on.

That framing decides which path suits whom. A holder who will actually use the token — as collateral, in a pool, or by moving in and out — draws real value from the liquidity and can reasonably carry the wrapper's risk. A holder who would only park it and forget it gains little from the liquidity, and may be better served by native staking, which forgoes the tradable token but carries neither the smart-contract nor the de-peg layer. Neither answer is wrong; they simply follow from what you intend to do with the position.

Whichever way you lean, choose between tokens on track record, transparency and how each has held its peg under stress — not on the headline APY, which flatters whichever token leaned hardest on MEV the day you happened to look. If you are still deciding between a liquid token and staking SOL directly, the natively-staked route and its own trade-offs are set out in our Solana staking guide, while the exposures the wrapper adds are examined in full in the liquid staking risks guide linked earlier.

Sources

• Solana — staking overview: official explanation of native SOL staking, delegation and the unstaking wait that liquid staking is designed to remove.
• Solana docs: protocol documentation for the mechanics behind SPL tokens, stake accounts and the absence of a public mempool referenced throughout this guide.
• Staking Rewards — Solana: source for the roughly 5.5–5.9% pre-commission native staking range that the LST yields build on.
• Jito: the protocol behind jitoSOL and the Block Engine bundle auction that routes a share of MEV tips through to holders.
• Jito docs: technical documentation for how the Block Engine, bundles and MEV tip distribution work in practice.
• Marinade: the protocol behind mSOL and its automated, decentralisation-weighted validator delegation strategy.
• Marinade docs: documentation for how mSOL accrues value, its delegation criteria and the redemption routes available.
• Sanctum: infrastructure behind much of the wider Solana LST category, useful for understanding the venues beyond the two flagships.

Frequently asked questions

What is the difference between jitoSOL and JTO, or mSOL and MNDE?

They are different kinds of asset, and confusing them is a costly mistake. jitoSOL and mSOL are liquid-staking tokens (LSTs): each is a receipt for SOL you have staked through Jito or Marinade, and it represents that SOL plus its accrued rewards. JTO and MNDE are governance tokens for those same protocols. Their price tracks protocol adoption and fee revenue, and it is volatile — they are not a claim on any staked SOL. Holding JTO does not stake your SOL, and holding jitoSOL does not give you a governance vote. If your aim is staking exposure, you want the LST, not the governance token. The general way an LST accrues value follows the same rebasing or value-accrual model used by other liquid-staking tokens.

How is Solana liquid staking yield different from just native staking?

Native SOL staking pays a base reward, roughly 5.5–5.9% before commission as of July 2026. A liquid-staking token starts from that same base but can add a second layer: a share of MEV tips. Solana has no public mempool and no in-protocol proposer-builder separation, so MEV is organised off-protocol, principally through Jito's Block Engine, which runs a bundle auction where searchers bid for ordered inclusion. Jito passes a share of those tips through to jitoSOL holders, so its yield can run above the base staking rate. The protocol then deducts its own fee. The extra is not free money — it comes with the smart-contract and de-peg risks that native staking does not carry.

Does jitoSOL yield include MEV rewards, or just staking rewards?

Both. jitoSOL's yield is the base native SOL staking reward plus its share of MEV tips collected through Jito's Block Engine bundle auction, minus the protocol's fee. That MEV component is what can lift its yield above a plain native-staking rate. It is also the more variable part: MEV tip income depends on network activity and auction demand, so it rises and falls rather than paying a fixed rate. A pure native-staking position, by contrast, earns the base reward alone. Do not read the headline yield as guaranteed — the staking portion is relatively steady, but the MEV portion fluctuates, and the fee is taken before anything reaches you.

Can I lose money holding a Solana LST like jitoSOL or mSOL?

Yes. A liquid-staking token layers new risks on top of staking. The first is smart-contract risk: the protocol that mints and manages the token could contain a bug or be exploited. The second is de-peg risk: an LST can trade below the value of the SOL it represents in stressed or thin markets, so selling in a panic may return less than the underlying is worth. There is also liquidity risk if you need to exit quickly. As of July 2026 Solana has no live protocol-level slashing, so the underlying stake itself is not slashed — but that does not remove the smart-contract and de-peg exposure the token itself introduces.

What happens when I want my SOL back — how do I unstake or exit an LST?

There are two routes, and they trade speed against price. You can unstake through the protocol itself, which returns your SOL after a delayed unbonding period of roughly an epoch or more; this pays out the full underlying value but is not instant. Or you can swap the LST on a decentralised exchange for another token or SOL straight away, which gives instant liquidity but at the current market price. In stressed markets that market price can sit below the underlying value, so a fast exit can cost you a discount. Which route suits you depends on whether you need the SOL immediately or can wait for the unbonding to complete at full value.

Is Marinade or Jito the "safer" choice?

That is the wrong frame — there is no single safer winner, only different trade-offs. Jito (jitoSOL) and Marinade (mSOL) are the two flagship Solana LST venues, and each carries its own smart-contract risk, fee structure and yield profile. jitoSOL's yield leans on MEV tips routed through Jito's Block Engine, which adds an income source but also more variability. Rather than asking which is safer in the abstract, look at what actually differs: how each protocol is governed, how its token has held its peg under stress, its fee, and how deeply it is integrated across DeFi. Spreading a position across more than one venue is also a way to avoid concentrating smart-contract risk in a single protocol.

Do I need a specific wallet to hold a Solana LST?

No. jitoSOL and mSOL are ordinary SPL tokens, so any Solana wallet that can hold SPL tokens can hold them — there is nothing special required beyond standard Solana support. You do not need a particular brand of wallet, and you do not need dedicated hardware to hold the token itself. As with any self-custodied asset, ordinary wallet security applies: guard your seed phrase and verify the token's mint address before adding it, since look-alike tokens with the same ticker can exist. The choice of wallet is separate from the choice of LST; the token behaves the same whichever compatible Solana wallet holds it. For how to choose and set up a Solana wallet, see our Solana wallets guide.

Financial Disclaimer

This content is not financial advice. All information provided is for educational purposes only. Cryptocurrency investments carry significant investment risk, and past performance does not guarantee future results. Always do your own research and consult a qualified financial advisor before making investment decisions.