Solana Transactions Per Second: 1,000-4,000 Real, 65,000 Max
Solana's theoretical maximum is 65,000 transactions per second (TPS), but real-world sustained throughput typically runs between 1,000 and 4,000 TPS, with a live reading around 1,468 TPS and an all-time real-world peak near 6,284 TPS, according to Chainspect. The often-quoted "65,000 TPS" is a capacity ceiling rather than a daily output. The number that matters for real usage is the non-vote TPS the network actually sustains.
Solana's speed is its headline feature, but the gap between its theoretical maximum and its real-world performance confuses a lot of reporting. This page separates the three numbers that get conflated (theoretical max, sustained real TPS, and the all-time record) and puts Solana's throughput in context against Ethereum and Visa.
Solana's 65,000 TPS figure comes from its Proof of History architecture and represents the network's design ceiling under ideal conditions, per Chainspect. In practice, real throughput is a fraction of that, which is normal for any blockchain, since actual TPS depends on live demand rather than capacity.
| Metric | Value (2026) | Source |
|---|---|---|
| Theoretical max TPS | 65,000 | Chainspect |
| Live TPS (1h avg) | ~1,468 | Chainspect |
| Typical sustained TPS | ~1,000-4,000 | MEXC |
| All-time real-world peak | ~6,284 | Chainspect |
| Block time | ~403ms | Chainspect |
| Time to finality | ~12.8s | Chainspect |
The key point: Solana is not running near 65,000 TPS day to day, and it does not need to. Real demand determines real throughput, and even at ~1,500 TPS Solana processes more transactions than almost any other chain.
Raw Solana TPS figures are inflated by validator vote transactions, the consensus messages validators send to attest to blocks. These are real on-chain transactions, but they are not user activity, so counting them overstates "how busy" the network is with actual usage.
Non-vote TPS is the better proxy for real economic activity. Per MEXC, non-vote TPS on Solana averages well above 1,500. Whenever you cite a Solana TPS number, check whether it includes vote transactions. The honest, user-facing figure is the non-vote count.
Solana's throughput records come in two flavors: the peak instantaneous TPS and the single-day transaction record.
- Peak real-world TPS: about 6,284 TPS, per Chainspect's 100-block maximum.
- Single-day non-vote record: about 148 million non-vote transactions in one day on January 30, 2026, according to KuCoin.
On a typical day Solana processes on the order of 150 million transactions, adding up to nearly a billion per week. The Firedancer validator client, a from-scratch rewrite, has demonstrated over 1 million TPS in testing, which is expected to raise the practical ceiling as it rolls out across the validator set.
Throughput only means something in context. Here is how Solana's real-world TPS stacks up against Ethereum's base layer and the Visa payment network:
| Network | Real-world TPS | Theoretical / peak | Typical fee per tx |
|---|---|---|---|
| Solana | ~1,000-4,000 | 65,000 (peak ~6,284) | well under $0.01 (~$0.0005-$0.005) |
| Ethereum (L1) | ~15 | ~15-30 | ~$2-$10 (swap); dollars, not cents |
| Visa | ~1,700 (avg) | 65,000 msgs/sec (Visa's stated capacity) | Merchant-side (~1.5-3.5%) |
Sources: Chainspect, MEXC (which puts Solana fees "well under $0.01"), fee detail from Eco, and Visa's own published network figures (below). Solana's real sustained TPS comfortably exceeds Ethereum's base-layer throughput and rivals Visa's average processing rate, at a per-transaction cost of a fraction of a cent versus dollars for the same action on Ethereum's base layer. For the full head-to-head, see our Solana vs Ethereum statistics page.
The "65,000 TPS" number gets attached to both Solana and Visa, which is a coincidence worth untangling, because three different Visa figures circulate and they measure three different things.
The 65,000 figure is Visa's own claim. It comes from Visa's standard corporate boilerplate, which appears in its VisaNet technology factsheet, in the closing "About Visa" block of its press releases, and in its SEC filings. The wording is that VisaNet "is capable of handling more than 65,000 transaction messages a second."
Two caveats matter if you are citing it:
- It counts transaction messages, not purchases. A single card payment generates several messages across authorization, clearing, and settlement, so 65,000 messages per second is not 65,000 purchases per second.
- It is a stated capacity, not observed output. Visa does not run anywhere near it.
| Visa figure | What it measures | Where it comes from |
|---|---|---|
| 65,000/sec | Stated message-handling capacity | Visa's own factsheet, press-release boilerplate, and SEC filings |
| ~24,000 TPS | Burst capacity under stress test | Visa's internal VIP annual stress test (analysis) |
| ~1,700 TPS | Actual average throughput | Observed network volume |
The gap between the top and bottom rows is the same gap Solana has between 65,000 and ~1,468: a design ceiling versus live demand. Neither network is throughput-constrained today.
For payments specifically, TPS and block time are not vanity metrics. They determine whether a card top-up or a checkout confirms in under a second or leaves you waiting. Solana's ~400ms block time and low, flat fees make it viable to move small amounts of money on-chain without the fee eating the transaction.
Crypto cards built on Solana feel instant because of this. One nuance from building on it: the number that matters for a card top-up is not peak TPS but block time and finality. Solana confirms a block in roughly 400ms and finalizes in around 13 seconds (Chainspect), so a deposit is spendable almost immediately, and the flat sub-cent fee means a $20 top-up is not eaten by network cost. A crypto debit card converts your SOL or stablecoins to fiat and loads a Visa or Mastercard, and because the underlying settlement happens on Solana, top-ups clear in seconds for a fraction of a cent. SolCard is built on Solana for this reason: deposit SOL or stablecoins and spend at millions of merchants. Our Solana payments guide and how Solana Pay works explainer show how those TPS numbers translate into real-world spending, and our Solana wallet statistics page covers who is using the network.
Solana's real-world sustained throughput typically runs between 1,000 and 4,000 TPS, with a live reading around 1,468 TPS, per Chainspect. This is far below the 65,000 TPS theoretical maximum, which is a capacity ceiling rather than daily output.
Solana's theoretical maximum is 65,000 TPS, per Chainspect. Its all-time real-world peak is around 6,284 TPS. Separately, the Firedancer validator client has demonstrated over 1 million TPS in lab testing, per MEXC, which is expected to raise the practical ceiling over time.
Solana processes on the order of 150 million transactions per day, and set a record of about 148 million non-vote transactions in a single day on January 30, 2026, per KuCoin. That adds up to nearly a billion transactions per week.
By raw throughput they are comparable: Solana sustains roughly 1,000-4,000 real TPS versus Visa's ~1,700 average, and both quote far higher ceilings (65,000 TPS for Solana, 65,000 transaction messages per second for VisaNet). Solana's edge is cost and settlement: a Solana transaction costs well under a cent (typically $0.0005-$0.005, per Eco) versus card-network merchant fees of several percent.
Vote transactions are consensus messages validators send to confirm blocks; non-vote transactions are actual user and application activity. Non-vote TPS, which averages above 1,500 per MEXC, is the more meaningful measure of real network usage.
Visa itself. The figure is Visa's own corporate boilerplate, stating that VisaNet "is capable of handling more than 65,000 transaction messages a second." It appears in Visa's VisaNet technology factsheet, in the "About Visa" block that closes its press releases, and in its SEC filings. Note that it counts transaction messages, not completed purchases: one card payment produces several messages across authorization, clearing, and settlement.
No. 65,000 is a stated capacity ceiling, not observed output. Visa's actual average throughput runs around 1,700 transactions per second. A third figure, ~24,000 TPS, is the burst capacity Visa measured through its internal VIP annual stress test, which is again a tested maximum rather than daily volume. Quoting 65,000 as Visa's real-world rate overstates it by roughly 38x.
Solana's highest measured real-world throughput is about 6,284 TPS, per Chainspect's 100-block maximum. Strip out validator vote transactions and the sustained non-vote rate averages above 1,500 TPS, per MEXC. The 65,000 TPS headline is a Proof of History design ceiling that the network has never approached in production.
Between 1,000 and 4,000 TPS, with a live reading around 1,468 TPS per Chainspect. Block time averages ~403ms and finality lands near 12.8 seconds. On a typical day that works out to roughly 150 million transactions, with a single-day non-vote record of about 148 million set on January 30, 2026.
- Chainspect -- Solana TPS, Max TPS, Block Time & TTF
- MEXC -- Solana TPS: Theoretical Maximum, Real-World Performance & Firedancer
- KuCoin -- Solana Daily Non-Vote Transactions Hit 148 Million
- Eco -- Solana vs Ethereum: Fees, TPS, and DeFi Compared
- Visa -- VisaNet technology factsheet (65,000 transaction messages a second)
- Reflections on Visa's High-Availability Payment Network (VIP stress-test burst capacity)
