PancakeSwap

PancakeSwap launched in September 2020 on BNB Chain and grew into one of the largest decentralized exchanges in the world. Its expansion to Solana in 2025 represents the protocol's most technically ambitious chain integration to date — its first deployment outside the Ethereum Virtual Machine (EVM) ecosystem and its eleventh blockchain overall.

From BNB Chain to Solana

PancakeSwap built its reputation as a community-governed AMM on BNB Chain before expanding across EVM chains including Ethereum, Arbitrum, Base, zkSync Era, Linea, Polygon zkEVM, and Aptos. Solana broke the pattern entirely. Unlike every prior chain the protocol had supported, Solana's runtime is incompatible with EVM smart contracts, meaning PancakeSwap could not simply redeploy its existing codebase. The Solana integration required a ground-up implementation of its v3 concentrated liquidity architecture adapted for the Solana Virtual Machine — a significant engineering commitment that signals how seriously the team views Solana's DeFi market.

The rollout came in phases. In April 2024, PancakeSwap introduced token swap functionality on Solana, enabling users to execute basic trades through the familiar PancakeSwap interface. That was followed on July 1, 2025 by the full v3 liquidity pool launch, which opened the protocol to liquidity providers and introduced concentrated liquidity positions on Solana for the first time. Cross-chain swaps connecting Solana to six other networks launched on September 22, 2025, completing the integration picture.

How PancakeSwap v3 Works on Solana

The core product on Solana is built around a Concentrated Liquidity Automated Market Maker, or CLAMM. Traditional AMMs spread liquidity uniformly across all possible prices, meaning most capital sits idle at price ranges where trading rarely occurs. CLAMM pools let liquidity providers select a specific price range where their capital is deployed, concentrating depth exactly where trading activity is most likely to happen.

An LP providing liquidity for a SOL/USDC pair might choose to deploy capital only within a narrow band around the current market price. That capital earns fees on every trade within the band — and because it is not spread thin across irrelevant price ranges, a far smaller amount of capital can match the effective depth of a much larger traditional pool. PancakeSwap says LPs on its Solana pools can earn up to 84% of trading fees generated through their position, with the remaining 16% going to the protocol.

Each liquidity position on the v3 system is tokenized as a non-fungible token, giving LPs a transferable, on-chain record of their position that can be managed, moved, or traded independently of the underlying assets. This extends the same composability model that PancakeSwap v3 uses on its EVM chains to the Solana ecosystem.

Trading fees on Solana span 18 tiers starting at 0.01%, placing PancakeSwap at the competitive low end of the Solana DEX market and making it attractive for high-frequency or thin-margin trades. Higher fee tiers apply to more volatile or lower-liquidity pairs. Pool creation is permissionless — any SPL token pair can be listed at any available fee tier, with one pool permitted per pair-and-fee-tier combination. Selected Token-2022 tokens are also supported.

Farming on Solana

PancakeSwap's Solana deployment uses a campaign-based farming model distinct from the continuous emission structure on BNB Chain. Solana farms operate within defined time windows of 7 to 90 days per campaign. Rewards are distributed automatically every second to liquidity positions that are actively in range — that is, providing liquidity at or near the current market price. No additional staking step is required beyond holding the v3 position.

Each farm supports up to three different reward tokens simultaneously. Farm creators, which can include project teams launching incentive programs for their own tokens, can adjust the reward rate, extend the end date, or add additional reward tokens after a campaign begins. One farm is permitted per token pair and fee tier combination. The boosting mechanisms available on BNB Chain are not carried over to Solana.

Supported Assets and the CAKE Token on Solana

At launch, PancakeSwap v3 on Solana included liquidity pools covering a range of native Solana tokens. Initial supported pairs included BONK/SOL, PYUSD/USDT, EURC/USDC, CGPT/USDC, BMT/SOL, ROAM/USDC, POKT/SOL, and SKATE/USDC, spanning memecoins, dollar and euro stablecoins, and ecosystem project tokens.

The CAKE token — PancakeSwap's native governance and utility token — is live on Solana with contract address 4qQeZ5LwSz6HuupUu8jCtgXyW1mYQcNbFAW1sWZp89HL. Users can bridge CAKE from other chains using Stargate, LayerZero, or deBridge. On Solana, CAKE functions primarily as a tradeable asset; staking, veCAKE governance participation, and farming rewards denominated in CAKE are centered on BNB Chain rather than the Solana deployment.

CAKE has a hard supply cap of 450 million tokens, reduced from an earlier 750 million cap through community governance. The protocol targets roughly 4% annual deflation funded by burns drawn from spot trading fees (15–23% of revenue), perpetual trading profits (20%), CAKE.PAD launchpad fees (100%), and lottery revenue (20%). These deflation mechanics apply across the protocol's entire token supply, not specifically to the Solana deployment.

Cross-Chain Swaps to and from Solana

PancakeSwap integrated Solana into its Crosschain Swap feature on September 22, 2025, powered by Relay Protocol — which had executed over 55 million cross-chain transactions before the Solana integration went live. Users can swap assets between Solana and six other chains (BNB Chain, Ethereum, Arbitrum, Base, zkSync Era, and Linea) directly within the PancakeSwap interface. Transactions typically settle within a minute, with transparent fee breakdowns separating PancakeSwap's AMM fee from Relay's bridge fee.

This feature matters for both directions of flow. Users on EVM chains can access Solana-native tokens without leaving PancakeSwap or managing a separate bridging workflow. Solana-based users can access token markets on BNB Chain and Ethereum through the same interface. The integration effectively positions PancakeSwap as an aggregator layer across chains rather than a chain-specific protocol.

Getting Started on Solana

To use PancakeSwap on Solana, users connect a Solana-compatible self-custodial wallet — Phantom is the primary supported option. SOL is required for gas fees on all Solana transactions including swaps and liquidity management, and PancakeSwap's documentation specifically cautions users to maintain a SOL reserve to prevent failed transactions. PancakeSwap has published onboarding documentation in English, Chinese, Spanish, and Portuguese for Solana users.

Traders switch the active chain to Solana within the same PancakeSwap interface that serves all other supported chains. Liquidity providers access the pool creation interface to select their price range, fee tier, and token pair to open a v3 concentrated position.

Platform Scale and Competitive Position

Across all chains, PancakeSwap reported a record $173 billion in monthly trading volume and held approximately $1.9 billion in total value locked at the time of the Solana v3 launch in mid-2025. The Solana-specific deployment generated approximately $128 million in 24-hour trading volume by late August 2025, with the SOL/USDC pair accounting for roughly $82 million of that figure. Solana's overall DeFi ecosystem carried roughly $12 billion in TVL during the same period.

PancakeSwap's Solana deployment competes directly with established native Solana DEXes including Raydium, Orca, and Meteora, all of which have deep liquidity and years of ecosystem integration. PancakeSwap's cross-chain interface is a meaningful differentiator — users who already hold assets on BNB Chain or EVM networks can trade into Solana-native tokens without leaving the PancakeSwap environment. Its 0.01% fee floor also positions it aggressively against incumbent venues.

PancakeSwap is governed by CAKE holders and operates as a community-published protocol. Smart contracts are open-source, verified on-chain, and protected by multisig controls and time-lock mechanisms. The protocol is non-custodial — users retain full control of their assets at all times across every chain including Solana.