Solana Staking Rewards: Analysis of ETF Staking, JitoSOL, and Native Staking Reward Structures

In May 2026, Morgan Stanley resubmitted its spot Solana ETF application to the U.S. Securities and Exchange Commission, with trading code MSOL. The revised proposal explicitly included provisions for staking the underlying assets. Following this news, the market quickly shifted its focus to a deeper question: when one of the world's largest financial institutions actively demands the integration of on-chain yield mechanisms into product structures, has the fundamental logic of crypto ETFs already undergone an irreversible change?

This is not a routine update to an ETF application. It marks a shift since the launch of the first U.S. spot Solana ETFs in October 2025, where the transmission of staking yields has evolved from an “additional feature” to a core variable that determines product competitiveness. To date, the total net inflow into Solana spot ETFs is approximately $1.13 billion, with total assets under management nearing $1.05 billion. Bitwise’s BSOL leads all categories with over $900 million in cumulative net inflows; as of April 16, 2026, BSOL’s AUM is about $578.61 million, having grown to approximately $611.8 million in the same month; as of May 7, the ETF held about 7,721,420.63 SOL tokens, with a market value of roughly $714 million. Grayscale’s GSOL and Fidelity’s FSOL follow closely behind.

A more critical question then emerges: for an average investor, how big is the yield gap between earning staking rewards via ETFs and directly holding on-chain liquid staking tokens like JitoSOL? What costs do each bear, what conveniences do they offer, and what opportunities might they forgo?

How Does an ETF “Generate Returns”: The Product Logic of Solana Staking ETFs

To understand the yield gap, we first need to dissect the yield transmission mechanism of Solana staking ETFs.

Solana is a blockchain that uses a proof-of-stake consensus mechanism. Validators participate in network consensus by staking SOL and earn block rewards and priority fees. Under traditional models, these rewards belong to on-chain participants. But the breakthrough of Solana ETFs is that, for the first time, this native on-chain yield is passed to investors in traditional financial accounts through the ETF structure.

Take Grayscale’s Solana Staking ETF (GSOL) as an example. The product uses most of its SOL holdings for staking. As of January 2026, GSOL held 525,387 SOL tokens, with 74.89% staked to generate network rewards. GSOL charges a management fee of 0.35%. The fee structures among ETFs vary significantly: Bitwise’s BSOL charges a 0.20% management fee with staking costs about 6% of staking rewards; Fidelity’s FSOL charges 0.25%, but with staking costs as high as 15%, though currently waived; Franklin Templeton’s SOEZ has a management fee of just 0.19%, making it one of the lowest-cost options. In contrast, GSOL previously applied a 23% staking fee, and the large differences in fee rates directly impact the net returns investors ultimately receive.

From a product design perspective, the actual net yield is influenced by multiple factors: management fee rate, staking fee rate, staking ratio, and fee waiver periods. Using an approximate 7% annualized base staking yield for SOL as a benchmark, the net yield for BSOL is roughly around 6.5%. GSOL, due to its historically higher staking fee distribution, tends to have a relatively lower net yield after promotional periods end. The difference can exceed 1 percentage point, meaning for a $100,000 investment, the annual yield difference could be several thousand dollars.

At the most competitive end of fee structures, some products’ total holding costs approach those of traditional passive index funds, allowing investors to almost frictionlessly access the underlying chain-based yield. This structural difference makes Solana ETFs among the first spot products in crypto ETF history to feature “intrinsic yield”—something that Bitcoin and Ethereum spot ETFs have yet to achieve.

The Third Path to On-Chain Yield: MEV-Enhanced Mechanisms in JitoSOL

If Solana staking ETFs are the “carriers” that transport on-chain yields into traditional financial accounts, then JitoSOL represents another route—more complex, longer, but potentially more rewarding.

JitoSOL is the largest liquid staking token in the Solana ecosystem, with approximately 14.3 million SOL staked as of early 2026. Users deposit SOL into the Jito staking pool and receive an equivalent amount of JitoSOL tokens, which serve as proof of stake. These tokens entitle holders to both native Solana staking rewards and an additional share of the maximum extractable value (MEV) profits.

MEV profits come from arbitrage and liquidation opportunities during transaction ordering. On Solana, searchers submit transaction bundles competing for inclusion on the chain, paying validators extra fees—these are the MEV rewards. Jito captures this value through its block engine and distributes it to stakers, allowing ordinary users to indirectly access MEV revenue streams without running complex infrastructure.

The annualized yield of JitoSOL fluctuates with Solana network activity. In early January 2026, the 10-period APY was about 5.87%; some research suggests JitoSOL’s APY can reach around 7.46%, with 0.5 to 1 percentage point coming from MEV gains. Overall, the base staking yield of JitoSOL is between 5.8% and 6.0%, with an additional 1% to 2% from MEV optimization strategies. Variations in network activity cause fluctuations, but the overall range remains stable: APYs typically fall between 5.9% and 7.5%, with the core incremental gains driven by MEV.

The yield of JitoSOL is directly reflected in its token price—its exchange rate relative to SOL continues to rise, allowing holders to enjoy compound growth passively. This “silent accumulation” design reduces the complexity of actively managing yield.

However, JitoSOL is not without costs. Holders assume smart contract risk, protocol governance risk, and the potential for decoupling from the underlying asset during extreme market conditions. Additionally, users must manage wallets and perform on-chain interactions, requiring some technical proficiency.

A notable intermediate product is the 21Shares Jito Staked SOL ETP (JSOL), listed in Europe, with a total fee of 0.99%. This product packages the benefits of JitoSOL into a traditional exchange-traded product, allowing investors to access enhanced yields via bank or broker accounts. In the U.S., Nasdaq submitted a rule change proposal on March 10, 2026, to list the VanEck JitoSOL ETF, with the SEC issuing a review notice on March 17, 2026; as of May 6, 2026, the SEC has extended the review period, and approval is still pending.

Quantitative Analysis of the Three Yield Structures

Based on the above, current SOL holders face three main yield pathways:

| Yield Pathway | Representative Products | Source of Yield | Estimated Annualized Range | Main Costs | | --- | --- | --- | --- | --- | | Native Staking | On-chain staking / Gate GTSOL | Inflation rewards | About 5%–8% (Gate platform’s annualized yield 8.50%) | Validator commissions / No liquidity | | ETF Staking | BSOL, GSOL, SOEZ, etc. | Inflation rewards (minus management and staking fees) | About 5%–6.5% (affected by fee rates, staking ratio, waiver periods) | Management fees 0.19%–0.35%, staking split 6%–23% | | Liquid Staking (including MEV) | JitoSOL | Inflation rewards + MEV gains | About 5.9%–7.5% | Smart contract risk / 0.99% (if via JSOL ETP) |

Thanks to its low-cost structure—0.20% management fee and 6% staking fee—BSOL’s net yield is relatively close to JitoSOL’s. GSOL, with its historically higher staking fees (once as high as 23%), tends to have a lower net yield after promotional periods, potentially exceeding a 1 percentage point gap compared to JitoSOL.

Suppose an investor holds a $100,000 SOL exposure, and chooses between two representative paths:

• ETF route (BSOL): net yield around 6.5%, approximately $6,500 annually. The investor benefits from the convenience of a traditional brokerage account, simplified tax reporting, and no need to manage private keys.
• On-chain route (JitoSOL): APY roughly between 5.9% and 7.5%, averaging about 6.7%, yielding approximately $6,700 annually. However, this requires managing on-chain operations, paying gas fees, and bearing smart contract risks.

At first glance, the yield difference is not huge. But the key driver for investor choice is not just the numerical gap but the relative importance of “convenience—returns—risks” in their decision-making. ETF staking offers a small yield discount in exchange for the full convenience of traditional financial infrastructure. JitoSOL, on the other hand, provides slightly higher base yields and DeFi composability—such as collateral for lending, liquidity mining, and other strategies—potentially leading to higher total returns.

A deeper question is that these three yield paths are not isolated; they form a linked spectrum of returns. The existence of ETF staking yields effectively sets a “benchmark rate” for the entire Solana yield market—when DeFi protocols’ yields fall below ETF net returns, rational capital will flow into ETFs; when active MEV periods push JitoSOL yields higher, funds will shift on-chain. This dynamic equilibrium is a core driver of Solana’s yield flywheel.

Industry Ripples: How Staking ETFs Are Reshaping the Landscape

The industry impact of Solana ETF staking yield transmission extends far beyond individual assets.

First, it breaks the barrier between crypto ETF products and native on-chain yields. In the Bitcoin and Ethereum ETF eras, ETF holders could only gain price exposure; staking rewards belonged solely to on-chain participants. The breakthrough of Solana ETFs is that “holding equals earning”—the core advantage of proof-of-stake mechanisms—has now formally entered the balance sheets of traditional financial accounts.

Second, it catalyzes cross-sector competition. Morgan Stanley’s MSOL application and VanEck’s ongoing review process (submitted in March 2026, with the SEC extending the review as of May 6, 2026) indicate that institutions are vying for the “best yield structure” position. The next stage of this competition may no longer be about “whether to offer staking,” but “whose staking is most efficient, lowest cost, and fastest in yield transfer”—a race around infrastructure efficiency and product innovation.

In terms of capital flows, total net inflows into Solana spot ETFs are about $1.13 billion, effectively a vote for “regulated yield exposure.” As of April 2026, Goldman Sachs disclosed holdings of approximately $108 million in SOL ETF positions, signaling that traditional financial institutions are increasingly viewing Solana as a “yield-generating asset” rather than just a speculative tool. (Note: In Q1 2026, Goldman reduced some SOL ETF holdings but still maintains positions in GSOL, BSOL, and FSOL.)

Longer-term, the transmission of staking yields in Solana ETFs opens a door for other proof-of-stake assets. If this model proves sustainable—delivering effective yield transfer while meeting regulatory compliance—then ETFs for Ethereum, Cardano, Avalanche, and other PoS assets will face questions like “why doesn’t your product include staking?” Product standards for crypto ETFs are being redefined by Solana.

A Three-Layer Decision Framework for Investors

Faced with these three yield pathways, ordinary investors can simplify their decision-making into three levels:

First Layer: Do you need yield?
If you hold SOL and plan to hold long-term, not earning staking rewards is equivalent to giving up 5%–8% passive returns annually. Given SOL’s price dropped about 50.10% within the year, this yield is significant for cost-averaging. As of May 21, 2026, SOL’s price is $86.55, with a +3.07% 24-hour change, and a market cap of about $50.01 billion—market sentiment is neutral.

Second Layer: How much are you willing to pay for convenience?
If “nothing”—low-fee ETFs like BSOL are more convenient. If “I can learn”—on-chain options like JitoSOL offer slightly higher base yields and DeFi composability but require more operational effort and technical risk.

Third Layer: Do you need asset liquidity?
If you might use assets for DeFi activities (lending, liquidity provision, leverage), then liquid staking tokens like JitoSOL are almost the only choice—ETF shares cannot be directly used on-chain. If liquidity is only needed for “sell at any time,” ETF trading on exchanges fully meets this need and simplifies tax reporting.

It’s worth noting that JitoSOL’s yield includes about 0.5 to 1 percentage point from MEV. This portion is directly related to on-chain activity; when network transaction volume surges and MEV opportunities increase, JitoSOL’s relative yield advantage expands; when activity wanes, the gap may narrow or invert.

The Game of Multiple Paths: Scenario Analysis

Based on the above, the future landscape of Solana yield pathways can be envisioned through three scenarios:

Scenario 1: ETF Dominance
If SEC continues to approve spot ETFs with staking provisions, and ETF issuers keep fees below 0.10%, traditional investors will prefer to access SOL price and staking yield via brokerage accounts. In this case, ETF staking could become the main distribution channel for SOL yields, exerting structural pressure on on-chain staking protocols.

Scenario 2: DeFi Outperformance
If protocols like Jito develop more efficient MEV capture or introduce yield-enhancement strategies, and JitoSOL’s APY exceeds ETF net yields by over 1%, on-chain yields will attract more tech-savvy and institutional DeFi participants. This creates a layered market: ETFs serve passive yield needs, while on-chain protocols serve active yield optimization.

Scenario 3: Integration Path
If the VanEck JitoSOL ETF or similar products are approved in the U.S.—the proposal is already in SEC review as of March 2026—ETFs could directly hold JitoSOL and pass through MEV-enhanced yields. The boundary between ETF staking and DeFi staking would then blur, allowing investors to enjoy both regulatory convenience and maximum yield without trade-offs. This would be the ultimate evolution of Solana’s yield transmission mechanism.

All scenarios involve uncertainties: regulatory timelines, network inflation rates, on-chain activity cycles, and protocol innovations will influence attractiveness and feasibility. Investors should incorporate these variables into their decision frameworks.

Conclusion

The significance of Solana ETF’s staking yield transmission is not that it creates a new source of yield—on-chain staking rewards have existed since Solana’s mainnet launch. Its true innovation is that it seamlessly embeds this yield into regulated financial products, aligning the return structures of ETF holdings and direct crypto ownership. In crypto investment history, this is the first time that product structure—rather than market sentiment or speculative premiums—has generated a sustained, predictable passive income stream for investors.

For ordinary investors, choosing among GSOL, BSOL, and JitoSOL is not simply a matter of “higher yield,” but balancing “convenience versus complexity,” “safety versus composability,” and “passive income versus active strategies.” As fee transparency increases, the gap between BSOL’s low fees and JitoSOL’s MEV gains is not insurmountable—it’s a personal choice involving time, effort, and risk appetite.

When Morgan Stanley submits MSOL, when VanEck advances its JitoSOL ETF proposal, and when Solana spot ETFs see net inflows surpass $1.13 billion, these signals collectively reveal a fact: the evolution of crypto ETFs has shifted from “price exposure” to “on-chain yield transfer.” The ultimate goal of this product innovation race is that every retail investor holding a crypto ETF can, at minimal cost and maximum efficiency, enjoy the full economic value of blockchain networks.