NodeFlare vs QuickNode for EVM RPC
Evaluate NodeFlare when your app needs standard EVM JSON-RPC and a fixed monthly CU allowance. QuickNode also offers streams, webhooks and other platform services. Those dependencies require their own assessment; changing an RPC URL does not replace the entire platform.
Pricing checked . Monthly USD pricing, excluding taxes and negotiated contracts. Published by NodeFlare, one of the providers compared.
Compare actual requests, not credit totals
The examples below send 10 million Ethereum requests evenly over 30 days, about 3.86 requests per second. QuickNode weights these standard methods at 20 credits each. NodeFlare weights each method by its work. Peak bursts, trace methods, archive requirements and add-ons need separate checks.
Contract reads
eth_call- NodeFlare · Starter
- $30.00/month
- 50,000,000 CU used
- QuickNode · Build + overage
- $123.40/month
- 200,000,000 credits used
Block numbers
eth_blockNumber- NodeFlare · Hacker
- $10.00/month
- 10,000,000 CU used
- QuickNode · Build + overage
- $123.40/month
- 200,000,000 credits used
Log queries
eth_getLogs- NodeFlare · Pro
- $100.00/month
- 250,000,000 CU used
- QuickNode · Build + overage
- $123.40/month
- 200,000,000 credits used
QuickNode calculation: $49/month Build with 80M credits, plus 120M extra credits at $0.62 per million = $123.40. NodeFlare examples select a plan that covers the workload without top-ups. A higher peak request rate may require a different plan. This is a cost model, not a latency or feature-equivalence benchmark.
QuickNode pricing · QuickNode credit weights · All six providers and assumptions
Free access and method support
NodeFlare includes 3,000,000 CU per month and 10 requests per second with a free key, without a credit card. Supported heavy methods consume CU and remain subject to chain-specific limits. QuickNode advertises a one-month trial with 10M credits; distinguish that trial from an ongoing free allowance when planning costs.
Check NodeFlare's current chain and method support and QuickNode's directory for your exact network. Neither a provider's chain count nor its CU allowance proves it supports your historical-state or trace workload.
A practical migration sequence
- Inventory standard methods, provider-specific calls, subscriptions and peak traffic. Separate streams and indexed APIs from the RPC calls you can migrate.
- Create a key and verify the network with
eth_chainId. Keep credentials in your server environment, not a public repository. - Replay representative reads at fixed block references. Compare results, response errors, freshness and latency from your application region. Test log pagination and reconnect behavior separately.
- Move a small share of read traffic first. Monitor CU use, HTTP 429 responses and RPC errors. Follow the production starter for retries and quota handling.
- Keep a rollback endpoint. Before moving transaction submission, verify chain IDs, signing, receipt handling and retry behavior; never duplicate transaction sends as a load test.
# Read Ethereum's chain ID with your NodeFlare key.
# Set NODEFLARE_API_KEY in your environment; do not commit it.
curl https://rpc.nodeflare.app/eth/v1/ \
-H "X-API-Key: $NODEFLARE_API_KEY" \
-H 'Content-Type: application/json' \
-d '{"jsonrpc":"2.0","id":1,"method":"eth_chainId","params":[]}'
# Ethereum mainnet returns result: "0x1"When to keep QuickNode
Keep it for chains, managed data services or operational requirements that NodeFlare does not cover. NodeFlare is worth testing for the standard EVM RPC portion when its supported methods, quotas and measured behavior fit your app. Some NodeFlare chains use public fallback providers after owned nodes fail; see the infrastructure scope.