Benchmarks and guides
Replace the RPC stack without losing the operational detail.
Provider comparisons, migration guidance, and technical deep dives for moving standard, archive, eth_getLogs, and trace/debug traffic behind one SolidRPC integration.
All field notes
21 entriesBest Binance RPC providers in 2026 (BNB Smart Chain)
Compare the best Binance and BNB Smart Chain RPC providers in 2026 by archive depth, logs, trace/debug support, WebSocket, pricing model, and failover.
Best Robinhood Chain RPC providers in 2026
Compare SolidRPC, Blockmachine, Alchemy, QuickNode, dRPC, and public Robinhood Chain RPC by price, archive depth, methods, transport, and operational fit.
Best Polygon RPC providers in 2026
Compare SolidRPC, Blockmachine, dRPC, Alchemy, QuickNode, and third-party Polygon public RPCs by cost, archive depth, methods, transport, and failover.
Cheapest EVM RPC providers in 2026: compare by workload
Compare cheap EVM RPC providers by real method mix, archive and trace needs, failed-request billing, and cost per finished workload.
Ethereum WebSocket vs HTTP polling for event indexing
Choose WebSocket subscriptions or HTTP polling for EVM event indexing, with durable cursors, reconnect recovery, reorg handling, and cost tests.
debug_traceTransaction vs trace_transaction: which trace API should you use?
Choose between debug_traceTransaction and trace_transaction by output, client support, history, indexing needs, portability, and failure behavior.
How to backfill EVM logs without gaps or duplicates
Build a reliable eth_getLogs backfill with adaptive block ranges, durable cursors, idempotent writes, reorg handling, retries, and completeness checks.
Do you need an archive node for EVM RPC?
Learn which EVM RPC methods need historical state, why logs and traces are different, and how to test archive access before choosing a node or provider.
Arc Testnet RPC: public endpoint and developer guide
Connect to Arc Testnet with SolidRPC's free public RPC. Get chain ID 5042002, USDC gas details, curl setup, limits, archive access, and a test checklist.
Alchemy alternatives for archive RPC
Looking for an Alchemy alternative for archive RPC? Compare archive access, eth_getLogs, trace/debug support, rate limits, pricing predictability, and managed node operations.
QuickNode alternatives for high-volume RPC
Compare QuickNode alternatives for high-volume RPC workloads. Learn what to evaluate for archive reads, eth_getLogs, trace/debug, pricing predictability, and managed operations.
Best RPC provider for indexers
Choosing the best RPC provider for indexers? Compare archive access, eth_getLogs performance, trace/debug support, retries, cost predictability, and failover.
How much does archive RPC cost?
Archive RPC cost depends on method mix, chain, volume, traces, logs, and retries. Learn how to estimate spend and when free archive RPC is enough.
eth_getLogs performance comparison
Learn how to compare eth_getLogs performance across RPC providers using realistic block ranges, topic filters, latency, errors, rate limits, and cost.
debug_traceTransaction RPC provider comparison
Compare RPC providers for debug_traceTransaction workloads. Learn how trace/debug calls affect performance, cost, archive access, and reliability.
BSC RPC provider for high-volume workloads
Choosing a shared or dedicated BSC RPC provider? Compare archive access, logs, traces, throughput, failover, pricing, and managed node operations.
Polygon archive node RPC provider
Choosing a Polygon archive node RPC provider? Compare Bor PBSS archive access, logs, historical reads, debug methods, failover, and managed operations.
RPC 429 errors: causes and fixes
Getting RPC 429 errors? Learn why blockchain RPC providers rate limit requests, how retries make it worse, and how to reduce 429s in production.
How to reduce Alchemy CU usage
Learn practical ways to reduce Alchemy compute unit usage by optimizing eth_getLogs, retries, caching, backfills, batching, and provider strategy.
Self-hosted nodes vs RPC provider cost comparison
Compare self-hosted blockchain nodes vs RPC providers across hardware, storage, snapshots, monitoring, upgrades, incidents, archive access, and engineering time.
EVM RPC failover: how to prevent stale or inconsistent data
Design EVM RPC failover for fresh, consistent reads with capability checks, block pinning, reorg recovery, safe retries, indexer cursors, and testing.
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