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Solana's lower fees and faster blocks mean capital recycles faster than on Ethereum. A Solana DEX with 500M daily volume; an Ethereum DEX with the same TVL might do $50M. This matters because fee revenue per dollar of TVL is higher, which means lower yield pressure on liquidity providers and tighter spreads for traders.
Compare daily volume / TVL ratios.
Use these three in order. Each builds on the one before.
In one paragraph, explain capital efficiency in a DEX and why it matters to LPs.
Walk me through how concentrated liquidity (Orca whirlpools, Uniswap V3) amplifies capital efficiency.
If Solana fees rise to $0.50 per tx, which DeFi primitives break first, and why?
# Capital efficiency = daily volume / TVL
# Higher = more fees per dollar of liquidity = healthier protocol economics
protocols = {
"Uniswap V3 (ETH L1)": {"tvl": 3_500_000_000, "daily_volume": 1_200_000_000},
"Phoenix (Solana)": {"tvl": 25_000_000, "daily_volume": 100_000_000},
"Orca (Solana)": {"tvl": 200_000_000, "daily_volume": 400_000_000},
"Raydium CLMM (Solana)": {"tvl": 400_000_000, "daily_volume": 800_000_000},
}
print(f"{'Protocol':<28} {'TVL ($)':<18} {'Vol/TVL':<10} {'Annual fee ROI':<10}")
for name, d in protocols.items():
ratio = d["daily_volume"] / d["tvl"]
annual_fee_roi = ratio * 0.003 * 365 # assume 30 bps fee tier
print(f"{name:<28} {d['tvl']:>15,} {ratio:>5.2f} {annual_fee_roi:>5.0%}")
# Output (typical numbers):
# Uniswap V3 (ETH L1) 3,500,000,000 0.34 37%
# Phoenix (Solana) 25,000,000 4.00 438%
# Orca (Solana) 200,000,000 2.00 219%
# Raydium CLMM (Solana) 400,000,000 2.00 219%
#
# Solana DEXs spin capital ~5-10x harder than Ethereum DEXs.