Learn about Bins and how they work
I'm a musician and educator from Los Angeles. I first bought Bitcoin at the top in 2017 and then, like a lot of people, mostly forgot about it for a few years. Around 2020-21, my journey picked back up, and I started spending hours every day researching Bitcoin, DeFi, and the broader crypto ecosystem. That curiosity eventually led me into Web3 as a creator. I have worked with teams across the Bitcoin and L2 ecosystems, including the Stacks Foundation, Trust Machines, Leather Wallet, and Gamma.io, helping bridge creative work, community building, and the technical side of Bitcoin and DeFi in a way that feels accessible to everyday users. I hope to bring all that experience together here in this series to help you learn and gain confidence navigating the space.
To achieve concentrated liquidity, the continuous spectrum of price space has been partitioned with price bins. Price bins are the boundaries between discrete areas in price space.
A bin is a container that holds liquidity at a specific price point within a pool. Think of it like a bucket sitting at one spot on a price ladder.
Trades that occur using the tokens in the Active Bins have Zero Slippage or Price Impact.
A bin step is simply the difference in price between 2 consecutive bins. The bin step for any given pool is determined by basis points. Think of it like steps on a staircase — each step takes you to a slightly different price level.
Price bins function as boundaries for liquidity positions. When a position is created, the provider must choose the bins that will represent their position's borders.
The spacing and distribution of bins depends on the selected strategy:
Beyond the three pre-configured strategies, LPs can define custom bin layouts to implement specific market-making strategies. This allows for precise control over liquidity distribution.
When a swap size exceeds the liquidity in a single bin, the trade will consume liquidity from multiple bins sequentially. Each bin crossed may have a different price, resulting in slippage only when crossing bin boundaries.
Each bin maintains:
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