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NEAR and Solana are both fast, low-cost blockchains, but their published performance figures measure different things. NEAR’s current overview lists 600 ms blocks, 1.2-second finality, nine shards and a 1 million transactions-per-second scalability claim. Solana’s payment guide cites about 400 ms settlement and a median transaction fee near $0.001. Those numbers are not a matched benchmark: block production, confirmation, finality, benchmark capacity and observed user experience are separate measurements.
Choose NEAR when sharded scaling, cross-chain intent execution and chain-abstraction features fit the application. Choose Solana when a single global state, atomic DeFi composition, payments, tokenization and its surrounding developer stack are more important. The comparison below uses official network material available on October 13, 2026; fees, throughput and ecosystem totals can change.
At a glance: NEAR versus Solana
The table separates the figures that are often collapsed into one vague claim of “speed.” A block or slot interval tells you how frequently the network produces data. Confirmation describes when a transaction is accepted by the protocol, while finality describes a stronger assurance that the history will not be reorganized under the protocol’s stated conditions.
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|---|---|---|---|
| Architecture | Nightshade sharding; the current overview lists nine shards and says shards can be added or removed dynamically. | Single global state with composable programs. | Sharding can spread execution across partitions; a global state simplifies atomic composition across applications. |
| Published production cadence | 600 ms block time (NEAR current protocol overview, accessed October 13, 2026). | The cited material does not present a directly equivalent block-time figure. | Cadence is not the same as finality or user-perceived completion. |
| Published completion claim | 1.2-second finality (NEAR current protocol overview). | Approximately 400 ms settlement (Solana Foundation payments guide). | These are different terms and should not be ranked as a direct latency contest. |
| Capacity claim | 1 million TPS scalability claim; NEAR’s 2025 milestones post describes this as a publicly verifiable benchmark using NEAR core code, consumer-grade hardware and scripts. | No matching capacity number is supplied in the cited material. | A benchmark or scalability target does not describe routine mainnet user throughput. |
| Fee model | Gas-based fees for contract interactions and transfers; documentation commonly describes costs as fractions of a penny. | 5,000 lamports per signature base fee, plus an optional priority fee. | Actual cost depends on the action, transaction details, token price and network conditions. |
| Published payment estimate | No single fixed dollar charge is established for every transaction. | Median fee approximately $0.001 per transaction in a Solana Foundation guide reporting 2025 stablecoin activity. | This is an issuer-published median, not a guarantee for every transaction. |
Which is cheaper, NEAR or Solana?
There is no universal winner without specifying the transaction. NEAR charges gas for contract calls and transfers, and its documentation describes typical fees as fractions of a penny. Solana charges a base fee in SOL for each signature and can add a priority fee when an application pays for higher scheduling priority. A useful comparison therefore models the same action on both networks rather than comparing two headline dollar figures.
How Solana fees work
Solana’s documented base fee is 5,000 lamports per signature. A transaction with several required signatures pays the base amount for each signature, not merely once per transaction. The base fee is divided equally between burning and the validator: 50% is burned and 50% is paid to the validator.
An application can attach a priority fee. Its amount is determined by the requested compute-unit price and compute-unit limit. The priority fee goes to the validator. Priority fees can therefore make the same logical operation cost more during periods when an application needs faster scheduling or when demand for block space is high.
Solana’s transaction documentation also states that a failed transaction still pays its fee. The network does not refund the base or priority charge simply because an instruction failed. Applications that retry should account for the possibility of paying for both the failed attempt and the successful retry.
How NEAR fees work
NEAR uses a gas model. Contract execution consumes gas, and transfers or contract interactions incur a network fee. The documentation’s “fractions of a penny” description is a typical characterization, not a fixed price that applies to every transaction. A complex contract call, a simple transfer and a congested-period transaction can consume different amounts.
To price a NEAR operation, record the gas used by the exact call, convert the resulting amount from NEAR at the current market price, and identify whether the quoted figure is a one-time estimate or a recurring operational cost. Do not turn the general fractions-of-a-penny wording into a universal dollar promise.
What the published Solana median means
A Solana Foundation payments guide reports a median fee of approximately $0.001 per transaction while discussing 2025 stablecoin volume. It is an issuer-published, payment-oriented median rather than a guaranteed price for a particular swap, transfer or smart-contract call. The same guide reports more than $1 trillion in stablecoin volume for 2025; that volume context does not establish what an individual user will pay today.
A practical fee comparison
- Define one operation, such as a native-token transfer, a fungible-token transfer or a swap through a named application.
- Record the number of signatures, compute-unit limit and compute-unit price for the Solana transaction.
- Record gas used and the applicable gas price for the NEAR transaction.
- Capture native-token amounts and the exchange rate at the same timestamp. Keep native units in the report so a later token-price change does not obscure the original measurement.
- Include failed and retried attempts, wallet or relayer charges and any application-level service fee.
- Report a median and a high percentile over the same time window instead of one anecdotal transaction.
For a simple transfer, both networks may be inexpensive in absolute terms. The difference becomes more meaningful when an operation uses substantial computation, needs priority scheduling, requires multiple signatures or fails and must be retried.
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The available figures do not support a definitive real-world speed winner. NEAR publishes a 600 ms block time and 1.2-second finality. Solana’s payments guide publishes approximately 400 ms settlement, while Solana’s terminology documentation distinguishes confirmation time from finality. A 400 ms settlement statement is not a direct equivalent of NEAR’s 1.2-second finality statement.
What the timing terms mean
- Block or slot time: how often the protocol produces a new unit of ledger data.
- Confirmation: the wall-clock interval until the protocol considers a transaction included or confirmed under its confirmation rules. Solana defines confirmation time as the duration from a leader creating a tick entry to a confirmed block.
- Finality: a stronger assurance that the transaction’s history has a common irreversible root under the protocol’s rules. Solana’s terminology describes finality as two-thirds of stake having a common root.
- Settlement: a payment-oriented description whose exact assurance level must be read in the context of the guide using it.
An exchange, game or point-of-sale application may be satisfied with a fast confirmation, while a bridge or high-value settlement may wait for finality. The application’s acceptance rule determines which number matters.
NEAR’s published figures and their limits
NEAR’s current protocol overview lists 600 ms blocks, 1.2-second finality and nine shards. Its 2025 milestones update says the mainnet expanded from six to nine shards, increasing network throughput by 50%. The same update describes the million-TPS figure as a publicly verifiable benchmark run with NEAR core code, consumer-grade hardware and scripts. That is evidence of a benchmark or scalability capability, not a measurement of what ordinary users routinely observe on mainnet.
Solana’s published timing
The Solana Foundation payments guide cites approximately 400 ms settlement. Solana’s network terminology separately defines confirmation and finality, so a payment guide’s settlement figure should be reported with that attribution and not relabeled as finality. Actual completion time can also depend on leader scheduling, congestion, transaction retries, the RPC provider’s location and the application’s chosen confirmation commitment.
How to run an apples-to-apples latency test
- Use identical workloads where possible: for example, a native transfer of comparable economic value, or a token transfer with equivalent instruction complexity.
- Set the completion condition before testing. Choose confirmation, a protocol-defined finality state or an application-specific settlement rule.
- Use RPC endpoints with comparable geography, capacity and history access. Record endpoint response time separately from ledger completion time.
- Send enough transactions to calculate median, 95th-percentile and worst-case completion times. Include transactions that fail, expire or require a retry.
- Timestamp submission, first inclusion, confirmation and finality. Report all four when the tooling permits it.
- Record network conditions, fee settings and software versions so the result can be repeated.
Without those controls, saying one chain is simply “faster” mixes unlike measurements and can mislead a reader choosing infrastructure.
How the architectures differ
NEAR: sharded execution and chain abstraction
NEAR presents Nightshade as a sharded architecture in which capacity scales with the number of shards. The current overview lists nine shards and says the network can dynamically add or remove them. This design is intended to distribute work rather than require every validator to process every operation in one shared execution environment.
For an application, the important questions are how its transactions are routed, how cross-shard interactions are handled, what latency those interactions add and which developer libraries abstract those details. A nominal shard count does not by itself predict the response time of a particular contract call.
NEAR also emphasizes Intents and chain abstraction for cross-chain execution. A 2025 ecosystem update reports more than $7 billion in all-time Intents volume, 13 million swaps and more than 125 supported assets. Those are dated issuer figures with their own definitions; they should not be compared directly with a DeFi total, daily volume or transaction count from another network.
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Solana’s DeFi material emphasizes a single global state and atomic composition among programs such as decentralized exchanges, lending markets, oracles and perpetuals. “Atomic” means a transaction can combine several instructions and, if one instruction fails, the entire transaction fails and all state changes are reverted, as described in Solana’s transaction documentation.
This model is attractive when an application needs several protocols to agree within one transaction, such as a routed trade, collateral check and loan action. It also means developers must design around compute limits, account access and transaction-size constraints, then operate reliable RPC capacity as usage grows.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Which network has the better ecosystem?
“Better ecosystem” depends on the application rather than on a single adoption score. NEAR’s published material centers on sharded scaling, Intents and chain abstraction. Solana’s material centers on composable financial applications, payments, tokenization and developer resources. The right choice follows the users, assets, liquidity and operational controls your product needs.
| Application need | Questions to ask | Evidence that matters |
|---|---|---|
| Cross-chain execution | Can the system express user intent across destination networks? Which assets and routes are supported? | Supported asset count, completed swaps, failure and refund handling, and dated Intents volume. |
| DeFi composability | Can several programs execute atomically? Are required liquidity venues, lending markets and oracles available? | Live integrations, transaction success rates, liquidity depth and account or compute requirements. |
| Payments | What fee and confirmation rule can the merchant explain? How are retries and failed payments handled? | Native fee behavior, payment confirmation policy, wallet support and regional RPC latency. |
| Tokenization | Which token standards, compliance controls and issuance tools are required? | Audited libraries, custody and transfer controls, indexing support and production references. |
| Games or high-volume applications | Can the application sustain bursts without unacceptable queueing or infrastructure cost? | Matched workload tests, tail latency, error rates, indexer capacity and scaling procedures. |
NEAR ecosystem signals
NEAR’s nine-shard roadmap and Intents focus make it a candidate for applications that benefit from distributed execution or users who want a chain-abstraction experience. The reported Intents figures show activity through the 2025 update, but they are not a substitute for checking current liquidity, supported assets, wallet coverage and route reliability for your exact market.
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Solana ecosystem signals
Solana’s official developer portal links resources for payments, tokenization, games, templates, migration and infrastructure. Its DeFi documentation describes a broad composability model spanning exchanges, lending, oracles and perpetuals. For a production system, verify that the programs, SDKs, indexers, wallets and liquidity venues you need are maintained and available in the regions where your users operate.
Developer and operations requirements
RPC capacity is part of the product
Solana’s RPC guide warns that public shared RPC endpoints are not intended for production workloads. Select infrastructure based on request volume, geographic regions, methods, historical-data requirements and portability. The same principle applies to any chain: a protocol’s theoretical speed does not remove the need for an endpoint that can accept submissions, return status quickly and serve indexing or history queries.
Build for retries and explicit completion states
- Define whether the user interface displays submitted, included, confirmed or final status.
- Make retries idempotent where possible so a timeout does not create an accidental duplicate action.
- Persist transaction identifiers and the fee paid for every attempt.
- Monitor rejected, expired and reverted transactions separately from infrastructure timeouts.
- Test degraded RPC, leader or validator conditions before launch.
Compare the actual languages, libraries, wallet adapters, indexers and observability tools your team will use. The ecosystem with the larger headline activity is not automatically the one with the lower engineering or support burden.
A decision framework for choosing NEAR or Solana
Prefer NEAR when these conditions dominate
- Your product is centered on cross-chain intents or chain abstraction and the required assets and routes are supported.
- You want a sharded architecture and are prepared to test cross-shard behavior rather than assume shard count equals application speed.
- Your fee model is best served by gas-based pricing for the specific calls you perform.
- Your users need the finality behavior and wallet coverage that your NEAR deployment can provide.
Prefer Solana when these conditions dominate
- Your product depends on atomic composition among financial programs in one global state.
- You are building payments, tokenization or DeFi workflows supported by Solana’s developer and application stack.
- You can budget for base fees, possible priority fees, failed-transaction charges and production-grade RPC infrastructure.
- Your application benefits from fast payment-oriented settlement while separately defining the confirmation or finality level it actually requires.
When neither headline is enough
If the decision is for a high-value bridge, regulated payment flow or heavily traded application, postpone selection until a pilot measures your real transaction. Include fees, tail latency, reverts, retries, indexing delay, wallet errors and infrastructure cost. A chain that looks cheaper in a single transfer can be more expensive when failed attempts, priority bidding or operational tooling are included.
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Quick Recap
Common comparison mistakes
- Equating 400 ms settlement with 1.2-second finality: the terms describe different assurance states.
- Treating 1 million TPS as normal throughput: NEAR identifies it as a benchmark or scalability claim, not routine observed mainnet user capacity.
- Quoting a fixed Solana price: 5,000 lamports is the base fee per signature; priority fees and signature count can change the total.
- Calling NEAR fees universally sub-cent: “fractions of a penny” is a typical description, while gas use and token price vary by action.
- Ignoring failed transactions: Solana charges fees for failed transactions, and retries can multiply costs on either network.
- Comparing unlike ecosystem totals: Intents volume, stablecoin volume, DeFi volume and transaction count have different scopes and dates.
- Testing only from one RPC location: endpoint geography and capacity can dominate the time a user sees.
- Choosing by shard or program count alone: application routing, liquidity, tooling and operational reliability determine practical fit.
What to verify before deployment
- Write the exact transaction types, expected daily volume and burst volume.
- Set the required user-visible state: submission, confirmation or finality.
- Estimate native fees and USD costs at several token prices, including priority fees or gas variation.
- Confirm wallets, token standards, indexers, SDKs and regional infrastructure for your audience.
- Run a matched pilot and publish median and tail latency, success rate, retry rate and total infrastructure cost.
- Recheck network documentation immediately before launch because fees, versions, shard counts, slot behavior and ecosystem measures are dynamic.
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