A One-Token Deposit Is a Price Range Decision

A single-sided deposit in concentrated liquidity puts one token to work across a chosen price range, either as a range order or as the input to a position that holds both tokens. That differs from older, full-range pools, where liquidity providers generally supplied both assets and spread their capital across a much wider set of prices. Concentrated liquidity lets providers choose where trades can use their funds; the single-token route makes that choice more visible. The key question is whether you want to trade one asset as the market moves through a range, or begin with a two-sided position.

How can concentrated liquidity accept one token?

A position needs only one token when its entire price range lies on one side of the current market price. For example, if you supply token A below the current price, you can set a range above that price where your A is offered to traders as the market rises. The position starts out of range, so it does not earn fees until the market enters the range. As the price moves through it, trades gradually convert the position toward token B. A range set below the market works in the opposite direction, using token B as the starting asset.

This is a different use of a one-token deposit from an in-range position. An active position spanning the current price generally needs both assets in a ratio determined by the price and the chosen bounds. Some interfaces accept one token and swap part of it to create that mix. That convenience does not remove the trade: it adds swap costs and means the resulting position is no longer a pure one-sided range order. Venue details matter too. For background on the Avalanche venue, see how Blackhole swap works on Avalanche.

Before depositing, check whether the interface is creating an out-of-range position or swapping part of your deposit into an in-range one. Those approaches can look similar in a deposit form but leave you with different starting balances, fee conditions and exposure to price movement.

What does a one-sided range make possible?

It lets a liquidity provider set a price at which they are willing to exchange one asset for another, while potentially collecting pool fees as trades use the position. In that respect it resembles a limit order. But a range order is managed by an automated market maker: liquidity is available only inside the selected interval, and the position changes composition as the market moves through it. A conventional limit order, by contrast, waits at a specified price on an order book and does not normally earn a share of AMM trading fees.

That distinction can suit a provider who already holds one asset and wants to sell it gradually if the market rises, or acquire an asset if it falls into a chosen band. It also means the provider is choosing a path for their inventory, not simply collecting yield on an unchanged balance. If the market never reaches the range, the deposit remains in its original token and earns no fees from that position. If the market crosses the range, the provider can end up holding mostly or entirely the other token.

Compared with full-range liquidity, a narrow band puts more of a provider’s capital where trades can use it, but only while the market is there. Full-range positions remain available across a broader span of prices, with less need to choose a specific interval; concentrated positions offer more control over placement and greater dependence on the chosen bounds. Neither structure guarantees better returns. Fees depend on trading activity and the position’s share of active liquidity, while the value of the resulting token mix depends on the market’s path.

What should you compare before choosing a range?

Start with the outcome you want if the market moves through the position. A one-sided range is a poor fit if you need to keep the original token regardless of price: crossing the band can convert it. For a two-sided position intended to earn fees around the current price, compare the cost and execution risk of swapping part of a one-token balance against supplying both assets directly. A wider range can stay active through more price movement, while a tighter one concentrates liquidity over less ground and can go inactive sooner.

Use the pool’s displayed price and bounds to understand the position in the pair’s quoted terms. Token order and price orientation can make “above” and “below” confusing across interfaces. Before signing, verify the pool, selected interval, expected token amounts after any swap, and the transaction’s slippage settings. The central trade-off is between a more targeted use of capital and the likelihood that the market leaves the position idle or converts its inventory.

• Price path: How far and how quickly would the market need to move before the range is reached or crossed?
• Time in range: What share of the period you care about might the position be active and earning fees?
• Trading activity: Is there enough volume through the selected prices to make fee income relevant?
• Adjustment costs: Would withdrawing, swapping or resetting the range make sense after fees and transaction costs?

For most providers, the better starting point is the range that matches a deliberate inventory decision, not the narrowest interval or the highest displayed fee estimate. Watch the market’s movement relative to the bounds, actual fees earned while active, and the costs of repositioning. Those signals show whether the position is doing the job you intended it to do.