The evolution of crypto ETF products has followed a stepwise trajectory. Spot Bitcoin ETFs offer compliant price exposure, but they generate no yield for holders. Spot Ethereum ETFs also stop at price tracking. Investors in both products essentially bear an opportunity cost—their assets could have earned passive income through staking, but within the ETF structure, this yield is never passed on to investors.
This landscape changed dramatically in October 2025.
Bitwise BSOL and Grayscale GSOL debuted on the New York Stock Exchange, becoming the first US spot Solana ETFs with built-in mechanisms to pass staking rewards to investors. Shortly after, in January 2026, 21Shares launched a JitoSOL-based ETP (ticker JSOL) in Europe. In February, Nasdaq formally submitted a rule change for listing the VanEck JitoSOL ETF, and in May, Morgan Stanley resubmitted its Solana spot ETF application, explicitly including staking provisions.
This shift raises a fundamental question: If investors can earn Solana staking rewards through an ETF in their brokerage accounts, is there still a need to directly participate in the on-chain ecosystem and hold liquid staking tokens like JitoSOL? How significant is the yield gap between the two approaches? The answer involves more than just numbers—it points to a deeper restructuring of crypto investment infrastructure.
Staking Yield Integrated into ETF Structures
On October 28, 2025, Bitwise launched its Solana staking ETF (ticker BSOL) on the NYSE, marking the first US ETF 100% backed directly by SOL cryptocurrency. Within three days, BSOL’s assets under management (AUM) reached $329 million, with a single-day inflow of $46 million.
The following day, Grayscale listed GSOL, also featuring staking functionality.
The core innovation of both products lies in a shared mechanism: the fund stakes its SOL holdings and passes the staking rewards to ETF shareholders. Previously, Bitcoin and Ethereum ETFs could not offer this—Bitcoin uses a proof-of-work consensus, which does not support staking, and while Ethereum has transitioned to proof-of-stake, its spot ETFs have not integrated staking reward distribution.
On May 20, 2026, Morgan Stanley submitted a revised S-1 registration statement for its Solana spot ETF to the SEC, proposing the ticker MSOL and planning to stake a portion of its SOL holdings to generate yield. This marked the first US major bank to include staking in an ETF application.
Meanwhile, the VanEck JitoSOL ETF was undergoing SEC review. Nasdaq had submitted a 19b-4 rule change, proposing the fund hold JitoSOL liquid staking tokens directly instead of SOL. The SEC set June 18, 2026, as the deadline for its decision.
From Passive Tracking to Active Yield Generation
Crypto ETF product design is undergoing a generational leap.
First generation—Spot Bitcoin ETFs—solved the "compliant holding" problem. Investors no longer needed to manage private keys or use crypto exchanges; they could gain Bitcoin price exposure through traditional brokerage accounts. However, the fund generated no additional yield for holders.
Second generation—Spot Ethereum ETFs—were structurally similar to the first. Although the Ethereum network supports staking with an annual yield of about 3.1% to 3.3%, this yield was not passed through to ETF investors. A clear yield gap emerged between ETF holders and those staking ETH directly.
In March 2026, BlackRock launched the iShares Staked Ethereum Trust (ETHB), the first Ethereum ETF with built-in staking. It staked 70% to 95% of its ETH holdings, distributing roughly 82% of staking rewards to investors. Yet, Solana ETFs led the way in staking reward distribution—not only in product quantity, but also in net yield, thanks to Solana’s higher base staking returns.
Solana spot ETFs inaugurate a third-generation product logic, upgrading "passive price tracking" to "passive price tracking + active yield generation." This is possible due to Solana’s economic design: about 68.3% of SOL circulating supply is staked, with native annual yields ranging from 6% to 7.5%, far higher than Ethereum’s 3.1% to 3.3%. This higher base yield makes the business logic of "net yield after management fees remains attractive" viable.
Key timeline highlights:
| Date | Event |
|---|---|
| October 28, 2025 | Bitwise BSOL launches on NYSE, first Solana spot ETF with staking |
| October 29, 2025 | Grayscale GSOL launches |
| November 5, 2025 | Grayscale waives GSOL management fees, raises staking rate to 100%, offers 7.23% staking yield |
| January 29, 2026 | 21Shares launches JitoSOL ETP (JSOL) in Europe |
| February 26, 2026 | Nasdaq submits VanEck JitoSOL ETF rule change |
| March 12, 2026 | BlackRock ETHB launches on Nasdaq, first staked Ethereum ETF |
| May 20, 2026 | Morgan Stanley submits revised Solana ETF application with staking (MSOL) |
Modeling ETF Staking vs. On-Chain Staking Yields
Understanding the Layers of Solana Staking Yield
Before comparing ETF staking yields with on-chain staking, it’s important to understand how Solana staking rewards are structured. Solana staking yields comprise three layers:
Layer 1: Protocol inflation rewards. Solana’s network distributes newly issued SOL tokens to validators and delegators participating in consensus, based on a preset inflation schedule. This is the fundamental source of staking yield, currently offering an annual yield of about 6% to 7.5%.
Layer 2: Transaction fees. Validators collect base fees from transactions within blocks, with a portion allocated to stakers.
Layer 3: MEV rewards. Maximal Extractable Value (MEV) arises from additional value generated by transaction ordering within blocks. Not all validators can effectively capture MEV—it depends on whether they run specialized MEV-optimized clients. Jito has built block ordering and transaction auction infrastructure, allowing searchers to compete for transaction placement and sharing part of the proceeds with users of the Jito Stake Pool. This is the core premium that sets JitoSOL apart from standard staking.
Yield Comparison Across Three Staking Products
Based on verifiable data (as of May 2026), here’s a modeled analysis:
| Metric | BSOL (Bitwise) | GSOL (Grayscale) | JitoSOL (On-chain LST) | Traditional SOL Native Staking |
|---|---|---|---|---|
| Yield source | SOL native staking rewards | SOL native staking rewards | SOL staking + MEV rewards | SOL native staking rewards |
| Base staking APY | ~6%–7.5% | ~6%–7.5% | ~7.1%–7.5% | ~5.9%–7.5% |
| MEV premium | None | None | ~0.3–1.0 percentage points | None |
| Management/protocol fees | 0.20% | 0.35% (current) | No explicit protocol fee | Validator commission ~5%–10% |
| Special fee policy | Waived for first 3 months/AUM $1B | Waived from Nov 2025 for 3 months or until AUM $1B, now ended | — | — |
| Estimated net yield for investors | ~5%–7% | ~5.1%–5.7% | ~7.1%–7.5% | ~5.3%–7.1% |
BSOL charges a management fee of 0.20%. The fund plans to stake 100% of its SOL holdings, passing all net staking rewards to investors in the initial phase. According to Bitwise’s disclosures, as of April 10, 2026, BSOL’s net staking yield was about 6.31%.
GSOL’s standard management fee is 0.35%. Grayscale announced a temporary fee waiver on November 5, 2025, lasting three months or until AUM reached $1 billion (whichever came first). This policy ended in early February 2026, and the standard 0.35% fee resumed. The fund stakes up to 100% of its SOL holdings via a diversified validator network, offering a 7.23% staking yield.
JitoSOL uses a distinct yield model. Its annual yield is about 7.46%, with 0.5 to 1.0 percentage points from MEV premiums. Instead of distributing rewards as dividends, JitoSOL’s price relative to SOL appreciates continuously. Jito’s base staking yield is about 6% to 7.5%, with MEV rewards as the premium layer.
As of April 30, 2026, Jito’s Block Assembly Marketplace (BAM) had a total staked volume of 118 million SOL across 344 validators, representing about 28% of Solana’s total network staking weight.
Calculating Actual Net Yields for Investors
Using a baseline scenario (SOL price unchanged, base staking APY at 6.5%, MEV premium at 0.7 percentage points), the net yields are as follows:
| Investment scenario | Annual net yield (after all fees) |
|---|---|
| BSOL via brokerage account | ~5%–7% |
| GSOL via brokerage account (current standard fee) | ~5.1%–5.7% |
| Direct on-chain JitoSOL holding | ~7.2% |
| Direct native SOL staking (minus 8% commission) | ~5.98% |
The numbers reveal a clear hierarchy: On-chain JitoSOL leads in pure yield, but the margin is about 1–2 percentage points, not a multiple-fold difference.
Often Overlooked Tax and Compliance Factors
There’s another layer of difference between ETFs and on-chain products. In the US, ETF yield distributions typically follow standard 1099 tax reporting, handled by brokers. On-chain staking rewards are more complex: rewards may be taxable upon receipt, and investors must track and report them individually.
For institutional investors, the ETF structure provides additional compliance advantages—assets are held by regulated custodians and fit within institutional risk management and compliance frameworks. This is a key reason why traditional financial institutions like Morgan Stanley favor ETFs over direct on-chain products.
Three Core Market Narratives
Staking ETF Yield Distribution as a "Regulatory Milestone"
Supporters of this narrative argue that staking-enabled Solana ETFs represent more than product innovation. They mark the first time US regulators have recognized the yield-generating nature of proof-of-stake assets as an "essential part of the investment logic" at the ETF level.
Bloomberg senior ETF analyst Eric Balchunas noted that BSOL’s first-day trading volume ($56 million) made it one of the strongest ETF launches of 2025, topping all new ETFs that year.
Solana spot ETFs have seen cumulative net inflows exceeding $1 billion. Bitwise’s BSOL has attracted over $861 million since launch, accounting for more than 81% of total spot Solana ETF inflows.
Staking ETF Yields Are Overly Diluted
Cautious analysts point out that management fees and reward distribution ratios mean ETF investors’ net yields lag behind on-chain staking.
GSOL currently charges a 0.35% management fee. While its staking yield is 7.23%, net yields for investors are about 5.1%–5.7%. Even BSOL, with an industry-low 0.20% fee, delivers net yields of about 5%–7%, still trailing JitoSOL’s ~7.2% yield.
A subtler critique is that ETFs cannot capture MEV rewards. On Solana, MEV is a significant incremental yield layer. JitoSOL holders benefit from Jito’s block auction infrastructure, sharing in these rewards, while GSOL and BSOL lack MEV capture mechanisms. This means ETF investors structurally miss out on this yield component.
Staking ETFs Create Delegation Concentration Risk
A third major discussion centers on decentralization. ETF custodians select validators based on their policies and relationships, not community signals or performance metrics. If a few custodians manage billions in delegated staking, Solana’s consensus power and MEV routing could become concentrated among institutional gatekeepers.
Industry Impact Analysis
Paradigm Shift in Crypto ETF Product Design
The integration of staking rewards into Solana ETFs has implications beyond the Solana ecosystem—it provides a reusable template for all proof-of-stake crypto asset ETFs.
If MSOL receives SEC approval, it signals regulatory acceptance of "ETFs can include staking components." This could trigger a chain reaction: VanEck JitoSOL ETF’s approval odds may rise, and other proof-of-stake assets (like Cardano and Avalanche) may follow suit, adding staking features to their ETF applications.
It’s worth noting that the approval path for VanEck JitoSOL ETF differs fundamentally from MSOL. The former proposes to hold JitoSOL liquid staking tokens directly, while the latter holds SOL spot and stakes via custodians. Approval of JitoSOL ETF would set a precedent for LSTs (liquid staking tokens) as ETF underlying assets. The SEC has extended the review period to June 18, 2026.
Competitive Pressure on On-Chain Staking Ecosystems
Staking ETFs exert multidimensional competitive pressure on on-chain liquid staking protocols.
On one hand, ETFs offer lower entry barriers (no wallet creation, private key management, or gas fees) and robust compliance frameworks, potentially siphoning funds that would otherwise flow into on-chain staking. This capital may come from investors less sensitive to technical details and more concerned with convenience and compliance.
On the other hand, the non-staked portion of ETF holdings can have an unexpected effect. According to Solana’s staking reward model, when the staking rate drops, the reward pool is shared among fewer participants, raising APY for each staker.
Long-Term Positioning of JitoSOL and Other LST Protocols
The rise of staking ETFs won’t simply "replace" on-chain liquid staking tokens like JitoSOL. Instead, it clarifies the differentiation between the two.
JitoSOL’s core advantages are higher yields (historical MEV premium of 30–80 basis points), DeFi composability (usable as collateral for lending, liquidity provision, etc.), and a pure yield structure without fund management fees. Its disadvantages include higher usage barriers, complex tax reporting, and lack of traditional brokerage access.
ETF staking products (BSOL, GSOL, and future MSOL) offer extremely low entry barriers, compliant tax handling, and regulated custody security. Their drawbacks are management fee drag, inability to capture MEV rewards, and lack of DeFi composability.
The relationship is more complementary than substitutive. Yield-sensitive investors willing to manage on-chain wallets may prefer JitoSOL; those prioritizing convenience and compliance may opt for ETFs. Together, both product types expand the total addressable market for Solana staking.
Conclusion
The integration of staking rewards into Solana ETFs stands as a significant structural innovation in crypto investment products. It addresses a long-overlooked issue—whether holders of proof-of-stake assets within compliant investment tools have the right to enjoy the asset’s native yield. BSOL and GSOL provide a practical answer.
However, "most important" needs qualification. It’s not the most radical innovation—JitoSOL’s MEV capture mechanism delivers higher yields and greater DeFi composability, surpassing ETFs in pure financial efficiency. More accurately, it’s the most important regulatory breakthrough within a compliant framework. Its significance lies in opening a previously closed door for traditional financial investors, not in creating an unprecedented yield mechanism.
For ordinary investors, choosing between BSOL, GSOL, or JitoSOL is essentially a trade-off between "convenience and compliance" and "maximizing yield." BSOL offers net annual yields of about 5%–7% after fees, GSOL about 5.1%–5.7%, while JitoSOL’s ~7.2% yield includes MEV premiums that ETFs can’t capture. The difference is 1–2 percentage points—not a chasm, but over time, compounding turns it into a meaningful gap.
The coexistence—not replacement—of both product types may be the healthiest direction for Solana’s staking economy. ETFs broaden the boundaries, bringing traditional capital into the staking ecosystem. On-chain products like JitoSOL deepen efficiency, offering higher returns to investors willing to take on more active management. In this division of labor, the ultimate beneficiary is the capital efficiency and security foundation of the entire Solana ecosystem.
