Top 8 Tempo RPC Providers 2026: Pricing and Performance Comparison

A single payment on Tempo generates 5-8 RPC calls: balance checks, TIP-20 memo lookups, policy registry queries, Fee AMM interactions for stablecoin gas, and settlement confirmation. Multiply that across thousands of concurrent transactions on a chain producing blocks every 500-600ms, and your RPC provider becomes the bottleneck for your entire payments stack.

Tempo went live on March 18, 2026 - a payments-focused EVM L1 backed by Stripe and Paradigm. Launch partners including Deutsche Bank, Mastercard, Visa, and Shopify are already integrating. The chain targets 100,000+ TPS with sub-$0.001 transaction fees and deterministic finality in 0.6 seconds.

Public endpoints cap out at roughly 100 requests per minute. That is not enough for production payments. This comparison breaks down the 8 RPC providers currently supporting Tempo mainnet, with pricing normalized so you can make a direct cost comparison.

What Makes Tempo Different for RPC

Tempo is not a typical EVM chain. The differences directly affect your RPC requirements.

No native gas token. Tempo replaces the standard gas model with a built-in Fee AMM that accepts any listed USD stablecoin. Your RPC provider needs to handle these non-standard fee transactions cleanly. Wallet integrations and transaction simulations that assume ETH-style gas will break.

Deterministic finality with no re-orgs. Tempo uses Simplex BFT consensus via Commonware, achieving finality in 0.6 seconds with zero chain reorganizations. A single block confirmation is final, which simplifies indexing. But your infrastructure must keep pace. A block every 500-600ms generates roughly 150,000 blocks per day, and falling behind on block ingestion is easy if your RPC connection is slow or unreliable.

Payment-native primitives. TIP-20 tokens extend ERC-20 with memo fields and compliance hooks. The Machine Payments Protocol (MPP), co-authored with Stripe, enables machine-to-machine payment streaming. Both generate higher RPC call density per workflow than a standard token transfer and both require WebSocket support for real-time event monitoring.

What to Look for in a Tempo RPC Provider

Not every criterion matters equally on Tempo. These factors carry the most weight for payment infrastructure:

• Latency - With 500-600ms block times, your RPC round-trip needs to stay well under that threshold. Providers with points of presence closer to Tempo validators have an edge.
• Archive node access - Financial services on Tempo face compliance and audit requirements. Archive nodes let you query historical state at any block height, which is essential for transaction reconciliation and regulatory reporting.
• WebSocket support - MPP streaming payments and TIP-20 event monitoring depend on persistent WebSocket connections, not polling. Confirm your provider offers stable WSS endpoints.
• Trace and debug APIs - debug_traceTransaction and related methods are critical for diagnosing failed payment flows in production. Not all free tiers include these.
• Pricing transparency - Some providers bill in "compute units" where a single eth_call costs 1 unit but a debug_traceTransaction costs 40-100. On a payment chain generating dense RPC workloads, opaque pricing multipliers cause bill shock.
• Uptime SLAs - Banks and fintechs integrating with Tempo expect institutional-grade reliability. A 99.9% SLA allows up to 8.7 hours of downtime per year. A 99.99% SLA brings that down to 52 minutes.

1. Dwellir

Dwellir provides Tempo RPC with a 1:1 pricing model - every API response counts as one request, regardless of method complexity. No compute units, no multipliers. A debug_traceTransaction costs the same as an eth_getBalance.

Key features:

• 150+ supported networks
• Archive nodes included on all plans
• WebSocket and Trace/Debug APIs on all paid plans
• European infrastructure
• Autoscaling on paid plans with capped overage rates
• Crypto payment option on the Scale tier

Pricing:

The 1:1 pricing model is directly relevant to Tempo workloads. Payment workflows that rely on trace APIs and memo lookups cost significantly more on providers that apply compute unit multipliers to complex methods. At the Scale tier, $2 per million overage requests is among the lowest rates available.

Best for: Teams that need predictable costs at scale, especially those running compliance-heavy payment infrastructure where trace and debug calls are frequent.

2. Alchemy

Alchemy is a day-1 Tempo mainnet partner with dedicated tooling for TIP-20 tokens and Tempo's payment primitives. The platform uses compute units (CU) for billing, where method complexity determines cost per call.

Key features:

• 70+ supported networks
• Archive nodes and WebSocket included
• Tempo-specific SDKs for TIP-20 and payment primitives
• Trace API available
• Day-1 Tempo launch partner with dedicated integration support

Pricing:

The free tier offers 30M compute units, though complex methods like debug_traceTransaction consume significantly more CU per call than simple reads. Effective request counts will be lower than headline numbers suggest. Alchemy's Tempo-specific tooling is a genuine advantage for teams building directly on TIP-20 and MPP.

Best for: Teams that want Tempo-native SDKs and are willing to work within a compute unit billing model for access to Alchemy's broader developer platform.

3. QuickNode

QuickNode supports Tempo with its credit-based pricing model and adds Streams and Webhooks on paid tiers - useful for building event-driven payment notification systems.

Key features:

• 88+ supported networks
• Archive nodes and WebSocket included
• Trace API available
• QuickNode Streams and Webhooks (paid tiers)
• Support for Tempo memo fields, batch transfers, and compliance tools

Pricing:

QuickNode Streams provide push-based data delivery rather than constant polling, which suits Tempo payment monitoring well. The credit model uses multipliers similar to compute units, so high trace API usage consumes credits faster. At the Business tier ($999/month), QuickNode includes 2B credits but caps RPS at 500, compared to Dwellir's 2,000 RPS (10,000 burst) at the same price point.

Best for: Teams that want event-driven infrastructure (Streams and Webhooks) alongside standard RPC for building payment notification and monitoring systems.

4. Chainstack

Chainstack differentiates with SOC 2 Type II certification and a 99.99% uptime SLA. These credentials matter when your Tempo integration serves regulated financial institutions.

Key features:

• Archive nodes and WebSocket included
• Trace API on paid plans
• SOC 2 Type II certified
• 99.99% uptime SLA
• Unlimited Node add-on option (flat-rate RPS billing)

Pricing:

Chainstack uses straightforward request-based pricing without compute unit multipliers. However, overage costs run higher than competitors: $15 per million on the Growth tier compared to $5 at Dwellir or $0.62 at QuickNode. The SOC 2 certification and formal SLA make Chainstack worth evaluating for teams where compliance documentation is a hard requirement from institutional partners.

Best for: Teams building for regulated financial institutions that require SOC 2 certification and formal uptime SLAs as part of vendor qualification.

5. dRPC

dRPC offers 210M compute units per month at 100 RPS on its free tier, making it a strong option for development and testing on Tempo.

Key features:

• 110+ supported networks
• Archive nodes and WebSocket included
• Trace API on Growth tier and above
• AI-driven load balancer
• MEV protection on paid tiers
• Accepts crypto payments
• 99.99% uptime on paid tiers

Pricing:

For teams prototyping Tempo payment integrations, 210M compute units at 100 RPS provides substantial runway before hitting paid tiers. The Growth plan charges $6 per million requests with 5,000 RPS, which is competitive for high-throughput workloads. Per-request costs sit higher than volume tiers at Dwellir or QuickNode.

Best for: Teams in early development that want maximum free-tier capacity, or high-RPS workloads that need 5,000 requests per second without enterprise contracts.

6. Conduit

Conduit is primarily known as a rollup deployment platform (OP Stack, Arbitrum Orbit) but has extended its infrastructure to offer Tempo RPC endpoints.

Key features:

• WebSocket support included
• Originally built for rollup infrastructure
• Generous compute unit allocations

Pricing:

Conduit offers a large free tier at 400M compute units and low Pro overage at $0.05 per million CU. However, each eth_call consumes 75 CU, so 1B compute units translates to roughly 13.3M equivalent calls. The caveat: Conduit's Tempo support is a recent extension of their rollup-focused platform. Tempo-specific tooling and documentation may be less mature than providers who launched with Tempo on day one. Archive node availability and trace API support are not clearly documented.

Best for: Teams already using Conduit for rollup deployments who want to consolidate their multi-chain RPC under one provider.

7. Tenderly

Tenderly brings a unique development toolkit to Tempo: simulation environments, execution traces, and the ability to fork Tempo mainnet state into virtual test environments.

Key features:

• 80+ supported networks
• Archive nodes and full execution traces
• Transaction simulation and debugging
• Virtual environments (fork Tempo mainnet state)
• Real-time alerting
• 99.99% uptime SLA

Pricing:

Tenderly uses Tenderly Units (TU) with variable costs per method type:

The unit multipliers are steep for payment workloads. A debug_traceTransaction at 40 TU means your 25M free TU translates to 625,000 trace calls. For pure reads, 25M TU goes much further. Tenderly's real value is its development tooling. Forking Tempo mainnet state to simulate payment flows before deploying is powerful for teams building complex financial logic.

Best for: Development and QA teams that need to simulate and debug Tempo payment flows in forked environments before production deployment.

8. Validation Cloud

Validation Cloud offers a straightforward compute-unit model with volume-based discounting and zero rate limits on the paid Scale tier.

Key features:

• 20+ supported networks
• Zero rate limits on Scale tier
• Volume-based pricing discounts
• Tempo recently added

Pricing:

Each eth_call consumes 40 CU, so the 100M CU tier translates to roughly 2.5M equivalent calls at $50/month. At the 1B tier ($350/month), you get approximately 25M equivalent calls. Network coverage is limited at 20+ chains compared to 88-150+ at larger providers, but if your focus is Tempo, that may not matter. Tempo is a recent addition, so integration maturity is worth verifying.

Best for: Teams with highly variable traffic patterns that need unlimited RPS without negotiating enterprise contracts.

Provider Comparison

Cost at 100M Monthly Requests

For a Tempo payment service making 100M API calls per month (mix of reads, writes, and occasional traces):

Direct cost comparison across compute-unit providers is imprecise because your actual bill depends on your method mix. Providers using 1:1 request billing (Dwellir, Chainstack, dRPC on Growth) give the most predictable costs.

Choosing the Right Provider

For most teams building on Tempo, the decision comes down to three scenarios.

Best all-round choice: Dwellir. The 1:1 pricing model eliminates the guesswork that comes with compute unit billing. This is particularly important on Tempo, where payment workflows generate a dense mix of reads, trace calls, and memo lookups. At the Scale tier, 2,000 RPS with 10,000 burst and $2/M overage gives substantial headroom for production payment systems. Archive nodes and trace APIs on all paid plans cover compliance requirements without add-on costs.

Best for Tempo-native tooling: Alchemy. As a day-1 launch partner with dedicated TIP-20 and MPP SDKs, Alchemy offers the deepest Tempo-specific developer experience. If your team is building directly on Tempo's payment primitives and values integrated tooling over pricing simplicity, Alchemy is the strongest alternative.

Best for development and testing: dRPC or Tenderly. dRPC's 210M CU free tier at 100 RPS provides the most generous sandbox for prototyping. Tenderly adds the ability to fork Tempo mainnet state for simulation and debugging, which is invaluable for teams building complex payment logic that needs thorough testing before going live.

Getting Started

Tempo mainnet launched on March 18, 2026. Provider support, documentation, and tooling will evolve rapidly as the ecosystem matures. The providers listed here all support Tempo today, but feature depth and stability will vary as the ecosystem matures.

If you are evaluating Tempo RPC for production payment infrastructure, test latency and reliability across 2-3 providers with your actual workload patterns. Free tiers exist across most options - use them.

Ready to build on Tempo? Get started with Dwellir's Tempo RPC endpoints or contact the Dwellir team to discuss infrastructure requirements for your payment integration.