The total amount of liquidity available at various price levels in a market or pool, indicating how much can be traded before causing significant price impact. Deep liquidity means large trades execute with minimal slippage; thin liquidity means even small trades move the price. Liquidity depth charts visualize available buy and sell liquidity across price ranges and are critical for assessing trade execution quality.
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The total amount of liquidity available at various price levels in a market or pool, indicating how much can be traded before causing significant price impact. Deep liquidity means large trades execute with minimal slippage; thin liquidity means even small trades move the price. Liquidity depth charts visualize available buy and sell liquidity across price ranges and are critical for assessing trade execution quality.
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Think of it as a market mechanic used to price, route, or move capital through liquidity apps.
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AMMs, routing, liquidity, lending, and trading infrastructure.
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Liquidity Depth (liquidity-depth) Category: DeFi Definition: The total amount of liquidity available at various price levels in a market or pool, indicating how much can be traded before causing significant price impact. Deep liquidity means large trades execute with minimal slippage; thin liquidity means even small trades move the price. Liquidity depth charts visualize available buy and sell liquidity across price ranges and are critical for assessing trade execution quality. Related: Liquidity Pool, Price Impact, Slippage
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A smart-contract-held reserve of two or more tokens that enables trading via an AMM. Users deposit token pairs in specified ratios to become liquidity providers and earn trading fees. Pools are identified by their token pair and fee tier. Pool depth (total value locked) determines price impact for trades.
The percentage change in a token's price caused by executing a trade against a liquidity pool. Larger trades relative to pool depth cause greater price impact. For example, a $10K trade in a $1M pool causes minimal impact, while the same trade in a $50K pool would move the price significantly. Aggregators minimize price impact by splitting across pools.
The difference between the expected price of a swap and the actual execution price due to pool ratio changes between submission and execution. Users set slippage tolerance (e.g., 0.5-1%) as a maximum acceptable deviation; the transaction reverts if exceeded. High slippage occurs in thin pools or large trades relative to pool depth.
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A smart-contract-held reserve of two or more tokens that enables trading via an AMM. Users deposit token pairs in specified ratios to become liquidity providers and earn trading fees. Pools are identified by their token pair and fee tier. Pool depth (total value locked) determines price impact for trades.
An AMM design where liquidity providers concentrate their capital within specific price ranges instead of across the full 0-to-infinity range. CLMMs dramatically improve capital efficiency—LPs earn more fees per dollar deposited within their active range. If the price moves outside the range, the position becomes inactive. Orca Whirlpools and Raydium CLMM are leading implementations on Solana.
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A smart-contract-held reserve of two or more tokens that enables trading via an AMM. Users deposit token pairs in specified ratios to become liquidity providers and earn trading fees. Pools are identified by their token pair and fee tier. Pool depth (total value locked) determines price impact for trades.
The percentage change in a token's price caused by executing a trade against a liquidity pool. Larger trades relative to pool depth cause greater price impact. For example, a $10K trade in a $1M pool causes minimal impact, while the same trade in a $50K pool would move the price significantly. Aggregators minimize price impact by splitting across pools.
The difference between the expected price of a swap and the actual execution price due to pool ratio changes between submission and execution. Users set slippage tolerance (e.g., 0.5-1%) as a maximum acceptable deviation; the transaction reverts if exceeded. High slippage occurs in thin pools or large trades relative to pool depth.
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A protocol that enables token swaps using algorithmic pricing against pooled liquidity instead of matching individual buyers and sellers. AMMs use mathematical formulas (typically constant product x*y=k) to determine prices based on the ratio of tokens in a liquidity pool. On Solana, major AMMs include Raydium, Orca, and Meteora.
An AMM design where liquidity providers concentrate their capital within specific price ranges instead of across the full 0-to-infinity range. CLMMs dramatically improve capital efficiency—LPs earn more fees per dollar deposited within their active range. If the price moves outside the range, the position becomes inactive. Orca Whirlpools and Raydium CLMM are leading implementations on Solana.
A smart-contract-held reserve of two or more tokens that enables trading via an AMM. Users deposit token pairs in specified ratios to become liquidity providers and earn trading fees. Pools are identified by their token pair and fee tier. Pool depth (total value locked) determines price impact for trades.
A token issued to liquidity providers representing their proportional share of a pool's reserves and accrued fees. LP tokens can be burned to withdraw the underlying assets. The value of LP tokens changes as the pool's token ratios shift and fees accumulate. LP tokens are often stakeable in yield farming programs for additional rewards.