Providers
The best Ethereum RPC providers, measured
Every other page answering this question is published by one of the providers being ranked. This one is not. 9 providers, 279,412 calls in the last 24 hours, from four regions — and the method is published so the ranking can be checked rather than trusted.
Tenderly leads
Tenderly scored 99.5 over 38,345 calls in the last 24 hours — 49 ms median response, 99.99% answered, 99.99% of answers correct. PublicNode is next at 98.4.
That is the ranking's own output, not an editorial pick. It changes when the measurements do.
All 9 ranked
Last 24 hours, every region combined. Lower latency is better; everything else is higher.
| # | Provider | Score | Median | Answered | Calls |
|---|---|---|---|---|---|
| 1 | Tenderly | 99.5 | 49 ms | 99.99% | 38,345 |
| 2 | PublicNodeno key needed | 98.4 | 54 ms | 99.97% | 38,602 |
| 3 | dRPC | 91.2 | 78 ms | 99.95% | 37,638 |
| 4 | NodeReal | 86.6 | 99 ms | 100.00% | 37,691 |
| 5 | Blast API | 81.2 | 130 ms | 99.96% | 37,572 |
| 6 | MEV Blockerno key needed | 79.4 | 141 ms | 99.72% | 38,291 |
| 7 | Merkle | 72.2 | 203 ms | 99.65% | 7,579 |
| 8 | 1RPCno key needed | 61.0 | 1837 ms | 81.07% | 7,838 |
| 9 | Cloudflareno key needed | 46.1 | 127 ms | 23.38% | 35,856 |
How to read this
- The score is not a review
- It is availability at 40%, latency at 30%, correctness at 20% and chain-head freshness at 10%, computed against the cohort measured in the same window. A provider measured on fewer calls is marked as such rather than flattered by a small sample.
- Latency depends on where you are
- These figures combine four regions. If your workload runs in one place, the nearest measured endpoints will tell you more than a global median will.
- We measure endpoints, not plans
- A commercial provider's paid tier may behave differently from the endpoint measured here. Nothing on this page is a claim about pricing, support or terms — only about what an endpoint did when it was called.
- Nobody paid to be here
- No provider pays for placement, none reviews its score before publication, and any of them can ask for a correction — which changes a measurement only if the measurement was wrong.