HODLing ETH: Should You Choose Staking for Yield or Collateralized Lending?

One option allows your long-term idle coins to benefit from underlying protocol dividends, while the other gives your reluctant-to-sell assets renewed liquidity.

What can you do after holding ETH?

A few years ago, the answer to this question was simple to the point of being monotonous: transfer it to a cold wallet, leave it there, and wait for a bull market.

However, with Ethereum's transition to PoS and the lending market on-chain running smoothly today, the ETH in hand clearly does not want to just sit idle. The most common options are either to engage in Native Staking to earn protocol staking rewards or to deposit ETH into the lending market to borrow stablecoins, extracting liquidity without relinquishing your assets.

On the surface, both methods aim to make "the ETH lying in your wallet active," but if we only compare whose APR is higher, we easily overlook their fundamental differences:

Native Staking addresses the issue of how to continuously earn yield on long-term held assets, while lending solves the problem of how to release liquidity and capital efficiency when unwilling to sell assets.

They correspond to two completely different asset demands.

1. Native Staking: Turning Long Holding Periods into Productive Assets

Let’s first look at the purest scenario.

Assuming you have 32 (or more) ETH that you are almost certain will not be used in the next two to three years, you can accept the short-term price fluctuations at the spot level. The only variable that can continue to be leveraged is this predetermined holding time.

Native Staking does exactly this: it capitalizes on this holding period.

As is well known, after Ethereum entered the PoS era, validators participate in network consensus by staking ETH, responsible for tasks like proof and block proposals, and earn corresponding rewards according to protocol rules.

In other words, this portion of income does not come from another borrower's interest or from additional tokens issued by a DeFi protocol; it directly comes from the protocol rewards given by the Ethereum network to the underlying security maintainers.

Therefore, for long-term holders, the logic of Native Staking is quite straightforward—since this portion of ETH is not intended to be moved, it can participate in network operations during the holding period and continuously accumulate more ETH.

Moreover, after the Pectra upgrade, this path has further evolved (see further reading: "When 8 Million ETH Starts to 'Move': After the Pectra Era, Will Staking Experience Structural Changes?").

The new 0x02 Compounding Validator has increased the maximum effective balance for a single validator from the previous 32 ETH to 2048 ETH. Rewards exceeding 32 ETH can be counted in effective balance in units of 1 ETH and participate in subsequent yield calculations, giving native staking a more complete compounding ability.

However, Native Staking also has a very obvious characteristic: it solves the yield problem but does not directly address the liquidity issue.

Once ETH enters the validator system, it primarily takes on the role of network security capital. New validators must go through an activation queue, and exiting completely requires waiting for the exit process based on network conditions. Therefore, it cannot be taken out for consumption, trading, or other investments at any time like wallet balances (see further reading: "Why Do You Have to Wait a Month to Participate in Ethereum Native Staking?").

Of course, the emergence of Liquid Staking partially addresses this issue. For example, by staking ETH through Lido, users can still transfer, lend, or participate in other DeFi activities with the stETH they receive. However, from an asset structure perspective, it adds a layer of LST protocol and tokens on top of the simplest Native Staking.

So, if we further abstract the issue, Native Staking is best suited for situations where you have a certain amount of ETH that you plan to hold long-term and want to create value from that holding period itself.

2. Lending: Preserving Assets While Preemptively Accessing Purchasing Power

Lending addresses a completely different real-world problem.

You are equally bullish on ETH and absolutely do not want to sell, but suddenly you need cash for turnover or a highly tempting new opportunity arises on-chain.

Directly selling your spot holdings is certainly the easiest option, but the cost is that you completely relinquish your assets. If ETH subsequently enters a major upward trend, it will be difficult to buy back the sold spot position at a low cost.

DeFi lending provides another approach: instead of selling ETH, use ETH as collateral, over-collateralize, and borrow the stablecoins you need.

Taking Aave as an example of an over-collateralized lending protocol, users can deposit qualifying assets as collateral and borrow other assets within a certain LTV range. The borrowed funds can be used for payments, investments, or other financial needs, while the original ETH remains as collateral.

At this point, the role of ETH has completely changed.

In Native Staking, ETH is "productive capital," creating protocol income by participating in network consensus; whereas in lending, ETH acts more like "collateral on a balance sheet," with its greatest value being to help holders obtain new liquidity.

Therefore, strictly speaking, lending is not free "extra income."

After borrowing assets, users incur a debt and must bear the continuously changing borrowing interest rate. Meanwhile, if the price of ETH drops significantly, the health factor of the collateral position will also decline. Once it reaches liquidation conditions, some collateral assets may be sold by the protocol.

Thus, Aave requires borrowers to continuously monitor LTV, Liquidation Threshold, and Health Factor. If the borrowed stablecoins are used to purchase more ETH, the situation will escalate further, turning what was originally simple liquidity management into leverage—when ETH rises, it amplifies profits; when ETH falls, it accelerates the deterioration of the collateral ratio.

This is also a crucial risk distinction between lending and Native Staking. The core risk of Staking comes from validator operations, penalties, and exit liquidity; collateralized lending additionally introduces risks related to debt, interest rates, and market price-driven liquidations.

Therefore, for long-term holders, what lending truly solves is whether you can release the liquidity of this portion of assets when you do not want to sell ETH but need to use funds.

The answer is yes.

However, this liquidity is not free.

3. One Earns "Time Money," the Other Exchanges for "Liquidity Money"

From this perspective, Native Staking and lending do not exist in an absolute substitute relationship. In actual position management, they are more like complementary tools that address different pain points at various stages:

• Core static positions: For large spot holdings that you do not plan to liquidate for years, Native Staking is the most natural destination, avoiding external debt and market liquidation, and simply enjoying Ethereum's network dividends;
• Tactical liquid funds: For those with clear cash flow demands in the short term and willing to bear monitoring costs, lending provides a buffer that does not require selling spot holdings;

In simple terms, when liquidity is not needed, let ETH work; when liquidity is needed, pull ETH out as collateral. The former improves the yield efficiency during the long holding phase, while the latter enhances capital efficiency on the balance sheet.

Of course, there are various operations in DeFi that intertwine the two, such as converting ETH to stETH and then using it for circular staking and lending, attempting to reap the benefits from both ends. However, the tighter the capital efficiency, the longer the chain of risk exposure and transmission.

However, to be honest, for those planning to hold coins long-term, "having one less layer of smart contract risk" is often more valuable than "having two extra percentage points of yield on paper."

In reality, many people do not choose Native Staking because they find it cumbersome. After all, the threshold for setting up a validation node is too high for the vast majority—configuring machines, setting up clients, preventing downtime penalties. Even in the Pectra era, operational costs remain. If one opts for convenience and hands their coins over to a centralized exchange, it contradicts the fundamental intention of non-custodial.

This is precisely the gap that mature wallet tools are filling, as they can productize the previously complex validator operations.

Taking imToken's non-custodial Native Staking as an example, starting with 32 ETH, users can directly launch independent validators while accommodating both compounding (0x02) and automatic withdrawal modes. The underlying hardware deployment, node operation, and 24/7 monitoring are handled by professional infrastructure, but the most critical private key ownership and withdrawal credentials remain under the user's control.

In other words, it compresses a whole set of originally geeky and cumbersome node management processes into an intuitive and controllable native product experience.

Conclusion

This may also be an increasingly important question to reconsider when holding ETH long-term today. In the past, we were most concerned about whether to continue holding ETH.

As Staking, lending, and various on-chain financial tools gradually mature, the question has shifted to since you plan to hold it long-term, what role should this portion of ETH play?

Should it become a long-term asset that continuously generates protocol income, or should it become collateral that can be mobilized at any time?

Understanding this may be more important than simply comparing a few percentage points of APR.