An objective, reproducible routing study comparing quote returns across 5+ liquidity aggregators, single-pool venues, and split-route executions.
Why do prices differ between venues on Solana? Unlike Ethereum where gas costs deter multi-hop splits, Solana's sub-cent transaction fees make smart split-routing mathematically superior. If you swap on a single AMM, your order experiences localized quadratic slippage as it consumes orderbook depth.
Swap.io queries 5+ DEX routing paths simultaneously (Meteora DLMM/DAMM, Raydium CLMM/CPMM, Orca Whirlpools, Lifinity, and Phoenix) and dynamically splits trade volume across venues where marginal price impact is minimized.
Identical token pairs, identical block windows, compared against standalone venue execution:
| Trade Size & Pair | Single AMM Route | Jupiter Standard | Swap.io Optimized | Net Edge (Basis Points) |
|---|---|---|---|---|
| 10 SOL → USDC (Small) | 1,498.20 USDC | 1,501.10 USDC | 1,502.45 USDC | +9.0 bps (+$1.35) |
| 100 SOL → USDC (Medium) | 14,920.00 USDC | 14,985.40 USDC | 15,012.80 USDC | +18.3 bps (+$27.40) |
| 500 SOL → USDC (Whale) | 73,850.00 USDC | 74,620.00 USDC | 74,890.00 USDC | +36.2 bps (+$270.00) |
| 1,000 USDC → Long-Tail Meme | 842,000 Tokens | 849,200 Tokens | 853,400 Tokens | +49.4 bps (+4,200 Tokens) |
*Data gathered under live mainnet block execution with identical priority fee parameters.
Calculate how much you save over a 100-trade trading cycle by avoiding routing slippage:
Plus thousands of Season Zero XP points accumulated on every trade!