Algebra Integral
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  • Overview
    • What is Algebra?
    • Who Are These Docs For
    • Why Concentrated Liquidity & Modularity Matter
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  • Introducing Algebra Integral to Founders & Business Teams
    • Overview of Algebra Integral
      • How It Works: Core + Plugins
      • V3 vs. V4: Key Differences
      • Integral vs. Uniswap V4: Key Differences
    • Benefits of Modular Architecture
      • Perks for DEXes
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  • Modularity: Use Cases
  • Plugin Marketplace
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  • User Guide Template For DEXes
    • Concentrated Liquidity & Modular Architecture Basics
      • Glossary
      • How Concentrated Liquidity & Modular Architecture Work
      • Benefits of Modular Concentrated Liquidity AMM for Users
        • Perks for Liquidity Providers
        • Perks for Projects
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      • Fee Mechanics
        • Static Fee
        • Dynamic Fee
        • Sliding Fee
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        • Managed Swap Fee
        • Whitelist Fee Discount
      • Farming
      • Farming FAQ
  • Price Ranges and Liquidity Strategies
    • What Are Price Ranges
    • Basic Price Range Presets
    • Advanced Range Presets
    • How Price Moves Affect Liquidity
    • Impermanent Loss: Concepts & Mitigation
    • Matching Your Liquidity Strategy to Market Moves
    • Swap & LP Strategies with Price Ranges
    • Liquidity Scenarios & Risk Profiles
  • Liquidity Provisioning: Tutorials & FAQs
    • Adding Liquidity
      • Manual Mode
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    • Managing & Adjusting Positions
    • How APR is Calculated
    • FAQ for LPs
  • Algebra Integral / Technical Reference
    • Intro
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    • Integration Process
      • Specification and API of contracts
        • Algebra Pool
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        • Swap Router
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        • TickLens
      • Interaction with pools
        • Getting data from pools
      • Subgraphs and analytics
        • Examples of queries
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        • Intro
        • Swaps
          • Single swaps
          • Multihop swaps
        • Providing liquidity
          • Setting up your contract
          • Mint a new position
          • Collect fees
          • Decrease liquidity
          • Increase liquidity
          • Final Contract
        • Flashloans
          • Setting up your contract
          • Calling flash
          • Flash callback
          • Final contract
      • Migration from UniswapV3
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    • Changes V1
    • Changes V1.1
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  • Changes v1.2.1
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On this page
  • V2-Style Liquidity Pools (Full Range)
  • V3 & V4-Style Liquidity Pools (Concentrated Liquidity)
  • Example: How Does It Work?
  • Benefits of Ranged Liquidity
  1. Price Ranges and Liquidity Strategies

What Are Price Ranges

Note for DEX Teams:

The section below explains how Price Range Mechanics work in concentrated liquidity pools, highlighting their advantages by comparing them to the traditional Full Range (V2-style) approach. This contrast illustrates how Algebra-powered DEX unlocks greater capital efficiency and strategic control for liquidity providers.

V2-Style Liquidity Pools (Full Range)

In traditional V2 pools, assets are distributed evenly across the entire price curve — from 0 to ∞ — making liquidity always available but often underutilized.

  • Set-and-Forget Simplicity: Once deposited, your position runs passively without the need for active management.

  • Constant 50/50 Allocation: Assets maintain a balanced ratio at all times, regardless of price movements.

  • Equal APR for All: Every LP earns a uniform share of swap fees, regardless of their capital efficiency.

V3 & V4-Style Liquidity Pools (Concentrated Liquidity)

[DEX Name] enables concentrated liquidity, where LPs can provide assets within chosen price ranges to increase capital efficiency and potential returns.

  • Customizable Price Ranges: Liquidity can be focused within any price band, allowing strategic placement where trading is most active.

  • Dynamic Asset Ratios: Asset composition adjusts as price moves within the range (e.g., shifting from 50:50 to 100:0 or vice versa).

  • Active Positioning: LPs earn fees only when the current market price is inside their selected range.

  • Variable APR: Narrower ranges can result in higher fee capture, but also higher exposure to impermanent loss.

Example: How Does It Work?

Suppose the current price of a token pair is $6.87, and you provide liquidity within a $6.17–$7.65 price range using a 50:50 deposit split. Your liquidity only participates in trades as long as the price stays within this range — earning fees accordingly. When it moves out of the range, the position remains open but inactive, earning no fees unless the price gets back to the range.

  • If the price drops to $6.17, you end up holding mostly the base token (e.g., TON), fully exposed to its price.

  • If the price rises to $7.65, your position shifts to mostly the quote asset (e.g., USDT), and any price movement beyond this range stops fee generation unless you rebalance your position.

To stay effective, LPs need to monitor market prices and adjust their ranges as needed.

Benefits of Ranged Liquidity

Lower Slippage for Traders

With liquidity focused where it’s needed most, traders enjoy better pricing and lower slippage compared to spread-out V2 liquidity.

Higher Potential Returns

By concentrating assets in tighter ranges, LPs can earn more fees with less capital. This results in significantly higher capital efficiency and better APRs than traditional models.

Flexible Risk Management

LPs can align their strategy with their market outlook — opting for narrow, high-reward ranges or broader, more conservative bands to reduce out-of-range risk.

PreviousPrice Ranges and Liquidity StrategiesNextBasic Price Range Presets

Last updated 16 hours ago