In brief: XRP Ledger (XRPL) and Ethereum are public blockchain networks, but they use different consensus models, fee systems, and approaches to programmability. XRPL mainnet uses validators selected by participants and has protocol-specific transaction types; Ethereum mainnet uses proof-of-stake and supports general-purpose smart contracts. XRPL’s documented standard reference fee is 10 drops before load scaling, while Ethereum fees depend on computation and a changing gas price, so those figures cannot establish which network is cheaper in a particular moment.
At a glance: XRPL mainnet versus Ethereum mainnet
| Comparison | XRP Ledger mainnet | Ethereum mainnet |
|---|---|---|
| Consensus | Participants choose trusted validators; servers compare proposals and validate ledger results. XRPL consensus documentation | Proof-of-stake: validators stake ETH and attest to blocks; Gasper combines fork choice with checkpoint finality. Ethereum proof-of-stake documentation |
| Fee unit and driver | XRP, measured in drops; a standard reference transaction cost is 10 drops before load scaling, with transaction-specific differences. XRPL transaction-cost documentation | Gas measures computation. The fee depends on gas used and the gas price, which includes a base fee and may include a priority fee. Ethereum gas documentation |
| Fee disposition | Transaction-cost XRP is destroyed. | The base fee is burned; a priority tip may be paid to the validator. |
| Smart contracts | Mainnet provides protocol-specific transaction types. Smart-contract and EVM-compatible functionality discussed in XRPL documentation belongs to separate sidechains, not XRPL mainnet. XRPL sidechains documentation | General-purpose contracts can be deployed to and run at addresses on the EVM. Ethereum smart-contract documentation |
| Finality language | Applications should rely on results in validated ledgers; XRPL documentation says new ledger versions appear every several seconds. XRPL consensus documentation XRPL finality documentation | Proof-of-stake has explicit checkpoint finality; ethereum.org currently describes about 15 minutes to finality. Ethereum single-slot finality |
How fees differ—and why the reference numbers are not a price comparison
XRPL: a fee in drops, affected by transaction type and load
The XRP Ledger documentation lists 10 drops as the standard minimum cost for a reference transaction before load scaling. A drop is a unit of XRP. Some transaction types require a different cost, and the network can raise required costs under load. The fee is specified in the signed transaction; XRP charged as a transaction cost is irrevocably destroyed. In some cases, that cost still applies when a transaction fails but is included in a validated ledger. See XRPL’s transaction-cost documentation for the current rules.
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Ethereum: gas prices computation
Ethereum charges gas for computation, with the amount paid based on gas used and the price per unit of gas. A standard ETH transfer has a 21,000-gas reference in ethereum.org’s gas documentation; that is a quantity of gas, not a fixed amount of ETH or dollars. More complex contract interactions generally consume more gas than a basic transfer. The base fee is burned, while an optional priority fee, or tip, may go to the validator.
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Comparing 10 drops with 21,000 gas does not reveal which network is cheaper: the units are different, and neither number is a live USD fee. XRPL costs can vary with network load and transaction type; Ethereum’s gas price changes with demand, and operations use different amounts of gas. A useful real-time comparison would price the same kind of operation on both networks at the same timestamp, accounting for the actual transaction and current network conditions.
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Consensus: trusted-validator selection versus proof-of-stake
How XRPL reaches agreement
XRPL participants select validators they trust, represented through a Unique Node List (UNL). Servers exchange proposals about candidate transactions and compare validations. Under the documented model, a ledger is accepted when a supermajority of a server’s chosen peers signs and broadcasts the same validation hash. A transaction being considered or returned provisionally by an API is not the same as its inclusion in a validated ledger.
The XRPL documentation describes its trust assumptions in threshold terms: fewer than 20% faulty trusted validators can allow consensus to continue unimpeded, while more than 80% collusion would be required to confirm an invalid transaction under that model. These are protocol documentation’s stated assumptions, not an independent measurement or a guarantee that covers every deployment or failure condition. Details are in XRPL’s consensus structure documentation.
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How Ethereum proof-of-stake works
Ethereum switched to proof-of-stake in 2022. Validators stake ETH and attest to blocks. Its consensus design, Gasper, combines Casper-FFG for finality with LMD-GHOST as the fork-choice rule. Checkpoint finality requires votes representing at least two-thirds of staked ETH; an included transaction is not necessarily finalized at the instant its block is produced. See ethereum.org’s proof-of-stake documentation.
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Ethereum mainnet runs general-purpose contracts
An Ethereum smart contract is a program and data stored at an address on the network. Contracts can be written in languages including Solidity and Vyper, compiled for the Ethereum Virtual Machine (EVM), and deployed permissionlessly. Deployment and state-changing interactions require gas. Contracts can call other contracts, which supports composable applications. The basics are covered in ethereum.org’s smart-contract documentation.
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XRPL mainnet is not the XRPL EVM Sidechain
XRPL mainnet offers protocol-defined transaction functionality; it is not an EVM-compatible general-purpose smart-contract chain. XRPL documentation discusses smart-contract and EVM use cases in the context of sidechains. A sidechain is a separate ledger with its own validators, consensus algorithm, transaction types, and rules; mainchain and sidechain nodes do not automatically know about one another. Accordingly, a claim about “XRPL smart contracts” needs to specify whether it means XRPL mainnet or a particular sidechain, such as Xahau or the XRPL EVM Sidechain. See the XRPL sidechains documentation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Ledger cadence, confirmation, and finality are not interchangeable
XRPL documentation says a new ledger version is produced every several seconds. That describes ledger cadence, not an unconditional promise that every transaction is final in that interval. For application decisions, XRPL advises relying on validated ledger results rather than provisional responses. Its guidance is at XRPL transaction finality.
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Ethereum describes finality as an explicit checkpoint process in proof-of-stake. Ethereum.org currently gives about 15 minutes as the time to finality, a figure that may change with protocol updates; inclusion in a block and finalized status are distinct milestones. See ethereum.org’s single-slot finality page. A meaningful speed comparison must say whether it measures initial inclusion, a validated XRPL ledger, or Ethereum finality.
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Which network fits the requirement?
- For Ethereum-style general-purpose applications on mainnet: Ethereum provides a native EVM smart-contract environment, with gas costs that vary by computation and network demand.
- For XRPL’s protocol-native transaction capabilities: assess the specific XRPL mainnet transaction type and its current cost rules; do not assume that a sidechain’s features or fee model apply to mainnet.
- For a fee decision: compare the actual intended operations at the same time, in the same currency, and under observed network conditions—not the networks’ unlike reference units.
- For confirmation-sensitive uses: define the milestone the application needs and wait for the relevant validated or finalized result.
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