Raydium review

AMM v4 is the older constant-product model with a 0.25% tier. Reserves and swap size affect execution price. A known fee percentage does not guarantee the same price for every amount.

CPMM uses AmmConfig parameters; CLMM adds concentrated liquidity and tick spacing. Configuration matters as well as version: the same pair can exist with different tiers.

CLMM pays trading fees only to active liquidity, which providers claim. A selected range defines where capital participates. Outside it, composition can change and active fee income stops. Monitoring is part of the strategy.

LaunchLab is a separate route with pre-graduation pricing. Its 1% is not used as an ordinary established-pool swap rate. Nor are unexamined perpetual terms assigned to these spot pools.

AMM v4 charges 0.25%. On hypothetical 1,000 USDC input, that isolates 2.50 USDC in fees. The rest enters the exchange curve; it does not guarantee 997.50 units of output when buying another asset.

CLMM examples include 0.01% stable, 0.05% correlated, 0.25% volatile and 1% long-tail tiers. The researched mainnet configuration list extends to 4%. These examples guide pool design; the actual selected pool determines pricing.

The documented CPMM list starts at 0.005%. Do not copy the CLMM menu or assume all configurations exist in both. On 1,000 input units, 0.005% is 0.05 units and 0.25% is 2.50, but depth can still favour a different route.

CLMM/CPMM distribute 84% of trading fees to LPs, 12% to RAY buyback and 4% treasury. At a 0.25% tier, those equal 0.2100%, 0.0300% and 0.0100% of notional. They divide the existing charge rather than add to it.

Certain shared spot routes can add a documented 1% referral charge. It is not the LP distribution or a charge on every Raydium swap. Compare the actual transaction breakdown rather than treating a shared-link condition as universal.

CPMM or v4 pool creation costs 0.15 SOL plus rent. CLMM lacks that same creation charge but still needs rent. These are pool-creation terms, not costs to add to every swap.

CLMM initial pricing matters. A seed price away from market can be arbitraged against supplied liquidity. Understand the relative price and range rather than simply selecting a pair and confirming.

Joining an existing pool avoids setting some creation parameters but retains asset and range exposure. Fee income does not guarantee outperforming holding original tokens. Composition can shift as prices move.

Plan withdrawal and fee collection before entering. Rent relates to Solana accounts rather than a percentage trading charge. Repeatedly adjusting small positions can consume a meaningful share of fee income.

Input assets must be the appropriate Solana representation. A CEX withdrawal must match. The transfer guide explains network and destination checks; an identically named EVM token is not automatically ready for a Solana pool.

Connect a compatible wallet, choose pair and size, then inspect assets and route. Keep SOL available for network and account costs. Conversion and bridging before arrival can outweigh a low percentage.

A completed swap returns an output token. Liquidity positions instead commit capital requiring a separate withdrawal action. Disconnection does not perform that exit or change exposure.

A route can use multiple pools, with terms at each hop. Compare total output rather than one pool’s charge. A longer route may still compensate through liquidity or pricing.

Slippage tolerance limits accepted quote movement, not a mandatory fee. Price impact depends on size and liquidity. Raising tolerance can accept a less favourable result.

Use the intended nominal. A small test does not establish the same effective price for a much larger trade. The cost guide separates gas, pool fees and execution without adding internal distributions twice.

Wallet control does not remove contract or transaction risk. A CLMM position relates to a network account. Swap, creation, liquidity entry and withdrawal signatures should match the intended action.

Keep recovery independent and inspect wallet instructions. The security guide covers access planning; Solana operations should not be assumed to behave exactly like an ERC-20 approval.

Jupiter aggregates Solana routes, while Raydium supplies pools and liquidity positions. For a one-off swap, compare identical assets and size by final output. Neither aggregation nor direct execution automatically wins.

Uniswap and PancakeSwap offer other chains and AMM versions. For initial bank funding, Coinbase or Kraken may serve an earlier step. Raydium is most useful when the goal is already on Solana and you distinguish swapping from liquidity provision.