DLMM vs CLMM: What Is the Difference?

What is a CLMM?

CLMM stands for Concentrated Liquidity Market Maker. It is the model Uniswap introduced with v3: instead of the old constant-product approach where liquidity is smeared across every possible price, an LP chooses a lower and upper price bound and deposits capital that only works inside that band.

Inside the range, pricing follows a smooth continuous curve. Your position behaves like a slice of a normal AMM, but a very capital-efficient slice, because none of your money is wasted on prices the token never reaches. On Solana, the two big CLMM-style venues are Raydium CLMM and Orca Whirlpools. On Ethereum it is Uniswap v3 and its many forks.

The tradeoff is the same one every concentrated LP faces: tighter ranges earn more fees per dollar but go out of range faster, and out of range you earn nothing and hold mostly the token that fell.

What is a DLMM?

DLMM stands for Dynamic Liquidity Market Maker. It is Meteora's concentrated liquidity design on Solana. The core difference from a CLMM is that a DLMM does not use one continuous curve. It divides the price range into discrete bins, each covering a small fixed price step.

Two consequences fall out of the bin structure. First, swaps within a single bin have zero price slippage: every trade inside a bin executes at that bin's price until the bin is emptied, then the next bin takes over. Second, DLMM supports dynamic fees: when a bin sees rapid, volatile trading, the fee it charges can rise, so LPs are paid more for providing liquidity exactly when it is riskiest. Meteora's other pool type, the Dynamic AMM, is a separate constant-product product and not the same thing as DLMM.

If you are new to bins, the What is a DLMM explainer walks through the bin system in detail.

The mechanical differences

The LP strategy shapes deserve a note. On a DLMM you decide not just where your range sits but how liquidity is distributed across the bins in it. A Spot shape spreads it evenly, a Curve shape concentrates it in the middle near the current price, and a Bid-Ask shape pushes it to the edges. CLMMs give you the range; DLMMs give you the range and the distribution.

Which should you choose as an LP?

Start with the token, not the model. For stable pairs and blue-chip majors where price grinds in a band, a CLMM position with a reasonable range and a fixed fee tier is simple and effective, and those pools often hold the deepest liquidity. For volatile tokens with sharp moves, a DLMM can pay off through dynamic fees and the ability to shape liquidity toward where you expect trading, but it demands more active management.

Then be honest about your time. Both models punish neglect: go out of range and you earn nothing while impermanent loss accrues. If you cannot check positions regularly, use wider ranges regardless of model. If you can, tighter ranges plus the DLMM's shaping tools let you extract more fees per dollar.

For the deeper how-to on ranges, shapes, and bins, see DLMM Strategies.

How CLOBr visualizes bin liquidity

Whichever model a pool uses, the practical question is the same: where does the liquidity actually sit? CLOBr aggregates concentrated liquidity across Meteora DLMM, Raydium CLMM, and Orca Whirlpools and buckets it into price levels, so you see the combined depth at each level instead of checking three interfaces.

That combined view is where support and resistance become visible. A dense band of bins below price is a buy wall; a dense band above is a sell wall. Learn to read it in How to Read Liquidity Charts.