Single-Hop vs Multi-Hop Swaps on STON.fi: Why the Shortest Route Is Not Always Best
A direct swap may look best because it uses fewer conversions. But on STON.fi, the shortest route is not always the most efficient.
A single-hop swap converts Token A directly to Token C. A multi-hop swap reaches the same destination through an intermediate asset: Token A → Token B → Token C. A hop means an asset conversion
Why Can Multi-Hop Win?
Liquidity is often decisive. A direct A/C pool may be thin, creating greater price impact on larger trades. A/B and B/C pools may have deeper liquidity, reducing slippage enough to outweigh additional conversion and pool fees.
So, fewer hops do not automatically mean lower cost. The real measure is the final amount received after considering liquidity, fees, price impact and execution costs.
How STON.fi Handles Routing
STON.fi DEX v2 supports chained swaps on the same Router and across different v2 Routers, allowing intermediate assets when they provide a stronger executable result.
Omniston, enabled by default in the STON.fi dApp, evaluates connected liquidity sources, requests quotes and compares executable paths. It can look beyond a direct pair when identifying an efficient route.
Hop count and liquidity-source count are different concepts.
What Should Users Check?
Before confirming a swap, review:
- Expected output
- Minimum received
- Price impact
- Route structure
- Network execution costs
Trade size matters: a direct route can become less attractive as order size increases.
The Practical Takeaway
Compare A → C with A → B → C. If the direct pool is shallow while intermediate pools are deeper, the multi-hop route may add a fee yet still deliver more Token C.
The best STON.fi route is the one that delivers the strongest final executable outcome.
Judge the result, not the route length. Compare the final quoted amount after all relevant costs.
$D $LTC $STON
#BTC #gram
A direct swap may look best because it uses fewer conversions. But on STON.fi, the shortest route is not always the most efficient.
A single-hop swap converts Token A directly to Token C. A multi-hop swap reaches the same destination through an intermediate asset: Token A → Token B → Token C. A hop means an asset conversion
Why Can Multi-Hop Win?
Liquidity is often decisive. A direct A/C pool may be thin, creating greater price impact on larger trades. A/B and B/C pools may have deeper liquidity, reducing slippage enough to outweigh additional conversion and pool fees.
So, fewer hops do not automatically mean lower cost. The real measure is the final amount received after considering liquidity, fees, price impact and execution costs.
How STON.fi Handles Routing
STON.fi DEX v2 supports chained swaps on the same Router and across different v2 Routers, allowing intermediate assets when they provide a stronger executable result.
Omniston, enabled by default in the STON.fi dApp, evaluates connected liquidity sources, requests quotes and compares executable paths. It can look beyond a direct pair when identifying an efficient route.
Hop count and liquidity-source count are different concepts.
What Should Users Check?
Before confirming a swap, review:
- Expected output
- Minimum received
- Price impact
- Route structure
- Network execution costs
Trade size matters: a direct route can become less attractive as order size increases.
The Practical Takeaway
Compare A → C with A → B → C. If the direct pool is shallow while intermediate pools are deeper, the multi-hop route may add a fee yet still deliver more Token C.
The best STON.fi route is the one that delivers the strongest final executable outcome.
Judge the result, not the route length. Compare the final quoted amount after all relevant costs.
$D $LTC $STON
#BTC #gram
