7 High-Performance RPC Node Providers [2026]

With blockchain networks processing millions of transactions daily, selecting a high-performance RPC node provider is no longer optional, but a competitive advantage. In this guide, we’ll compare seven blockchain node providers built to help your application stay fast, stable, and production-ready.

#What are RPC nodes?

An RPC (Remote Procedure Call) node is a server that allows applications to read and write data on a blockchain without running their own full node. RPC nodes act as the communication bridge between your dApp and the network, handling tasks such as sending transactions, checking balances, or tracking smart contract activity.

#Why does a high-performance RPC matter for Web3?

For developers, reliable blockchain node hosting is essential because they keep apps fast, accurate, and always synced with the blockchain. Without reliable RPC nodes, teams face slow load times, failed transactions, and poor user experiences.

#7 High-performance RPC node providers

We evaluated RPC node providers based on measurable factors, including uptime reliability, low-latency performance, global infrastructure coverage, and support for various blockchain networks.

Our goal was to identify services that consistently deliver fast, scalable, and dependable endpoints for production-grade blockchain applications. Here are our seven high-performance RPC providers to consider:

#Infura

Reviews: 4.3 out of 5 on G2

Brief Overview: Infura, managed by ConsenSys, is a mature and widely used Web3 infrastructure provider offering managed, scalable RPCs and IPFS endpoints so developers don't have to run their own nodes. It’s especially popular for the Ethereum blockchain, powering many dApps, wallets, and development tools.

Infura aims to provide high availability, low-latency access, and a strong developer experience. Its long track record and integration with leading tooling make it one of the best RPC node providers.

Key Performance / Technical Highlights:

• Infura claims 99.9% uptime on its platform, using cloud infrastructure optimized for reliability.
• It uses specialized microservices to index, cache frequent RPC requests, detect reorganizations, and route efficiently. This helps improve data freshness and throughput.
• Their architecture is optimized for fast responses, with nodes tuned for both reads and writes, resulting in low latency and high throughput.
• Infura supports global scaling, making it ideal for apps that require serving a distributed user base.
• It integrates with developer workflows and tools, such as VS Code, via the Azure Blockchain Kit, while providing real-time dashboards for usage analytics.

Supported Chains / Endpoints: Infura supports a broad set of networks, including Ethereum mainnet and testnets, layer 2s like Optimism and Arbitrum, and other chains such as Polygon PoS, Aurora, Avalanche C-Chain, and Starknet. It also provides IPFS and Filecoin (beta) APIs for decentralized storage.

Ideal Audience / Use Cases: Infura is especially well-suited for teams or projects that want to build on Ethereum or standard Layer 2s without the operational overhead of running their own nodes. It’s ideal for wallets, dApps, or enterprise applications that require reliable, production-grade RPC endpoints. Startups or smaller developer teams can use its free and paid tiers to scale access as demand grows.

Pros:

• It offers stable, trusted infrastructure with long-term reliability in the Web3 space.
• Teams enjoy low-latency, high-throughput access using optimized microservices and caching.
• It offers an excellent developer experience, complete with comprehensive documentation, intuitive dashboards, and seamless integration support.
• Wide support for multiple major networks, including Ethereum, L2s, IPFS, and Filecoin.
• It offers scalable plans that grow with your usage.

Cons:

• Infura may pose a centralization risk, as relying on a third party can create a single point of failure.
• Pricing can become steep at scale, especially for high-volume or complex RPC usage.
• There’s less control over lower-level node configuration, such as custom client flags or tuning, compared to self-hosted nodes.

#Alchemy

Reviews: 4.4 out of 5 on G2.

Brief Overview: Alchemy is a leading Web3 developer platform and infrastructure provider that offers managed RPC access for a broad range of blockchains. It has a “Supernode” architecture that provides high reliability, real-time performance, and intelligent routing.

Developers prefer this provider for its rich tooling, analytics, and enterprise-grade infrastructure. It enjoys a strong reputation in the blockchain space as a mature and trustworthy backend for dApps.

Key Performance / Technical Highlights:

• Alchemy uses an intelligent routing engine (“Cortex”) to optimize latency and throughput in real time.
• It maintains zero inconsistent block-number returns across some data-accuracy benchmarks, ensuring high data integrity.
• It offers per-method metrics, monitoring, and debugging via its dashboard to help developers understand usage patterns and optimize their code.
• Alchemy supports MEV protection across compatible networks, providing enhanced transaction security and stability.
• It provides both HTTP and WebSocket endpoints, enabling real-time subscription and interaction for dApps.

Supported Chains/Endpoints: Alchemy supports Ethereum (Mainnet and major testnets) and layer-2 networks (such as Optimism and Arbitrum). It also works for several other blockchains, depending on the chosen plan. It provides standard JSON-RPC endpoints for both read and write operations, as well as WebSocket and more advanced APIs for streaming and event subscriptions.

Ideal Audience / Use Cases: Alchemy is best suited for development teams building production-grade dApps on Ethereum and popular L2s that prioritize performance and data correctness. It’s ideal for high-transaction environments such as DeFi protocols, NFT platforms, or real-time tooling that rely heavily on accurate state and low-latency reads. Teams that value observability features, such as metrics or error tracking, and prefer built-in tooling will benefit most from Alchemy.

Pros:

• Excellent data integrity: Alchemy reduces the risk of “stale” or incorrect responses.
• It offers high-performance routing via Cortex.
• Rich developer tooling and observability.
• The provider offers enterprise readiness with advanced SLAs and dedicated infrastructure.
• It supports a broad ecosystem of chains and layer-2 networks.

Cons:

• CU (Compute Units)-based pricing can be hard to predict, especially with mixed RPC call types.
• Some advanced subscription or webhook features may only be available in premium tiers.

#QuickNode

Reviews: 4.5 out of 5 on G2.

Brief Overview: QuickNode is a high-performance, multi-chain RPC provider that gives developers fast, scalable access to blockchains without managing infrastructure. It supports dozens of networks with HTTP, WebSocket, and specialized data streams. QuickNode’s infrastructure is optimized for low-latency delivery, and its “QuickLee” benchmarking tool gives developers visibility into real-time performance across providers.

Key Performance / Technical Highlights:

• Their QuickLee V2 benchmarking tool provides real-time, region-aware latency metrics, such as p95 latency and error rates.
• On Solana, QuickNode reports very low latency, with a p95 latency of about 49.9 ms in recent tests.
• It automatically reroutes traffic across regions in the event of failure or congestion, thereby improving resilience.
• QuickNode offers add-ons such as Streams and Webhooks to build event-driven workflows and real-time data pipelines.
• Its SOC 2 Type 2 certification (according to QuickNode’s documentation) adds trust for security-conscious teams.

Supported Chains / Endpoints: QuickNode supports a broad range of blockchains (over 50, according to their website), including Ethereum, Solana, BNB Smart Chain, Avalanche, and more. It provides both HTTP and WebSocket JSON-RPC endpoints and, depending on the plan, supports archived data.

Ideal Audience / Use Cases: QuickNode is a good fit for developers building high-throughput, real-time applications across multiple chains. It’s suitable for game backend developers, DeFi trading tools, and multi-chain wallets. Its speed and fallback routing also make it attractive for production dApps that require robust performance under load. Due to its add-on features, such as Streams, it’s equally suited for teams building real-time monitoring, alerts, or ETL pipelines.

Pros:

• This provider offers very low latency, especially in network-sensitive use cases.
• Real-time performance visibility via QuickLee.
• Strong multi-chain coverage.
• Flexible add-ons like Webhooks and Streams for event-driven architectures.
• High SLA (99.99%) on paid plans with auto-scaling and failover.

Cons:

• Its credit-based billing model introduces complexity and unpredictability in costs as usage increases.
• Some advanced features, such as very high RPS or custom configurations, may require an enterprise or custom plan engagement.

#Chainstack

Reviews: 4.5 out of 5 on Trustpilot.

Brief Overview: Chainstack is a managed blockchain infrastructure platform supporting over 70 protocols and offering both shared and dedicated RPC node deployments. It provides globally distributed, geo-balanced endpoints, with options for archive data and high throughput. Chainstack is built to simplify Web3 infrastructure for teams of all sizes, from individual builders to enterprise organizations.

Key Performance / Technical Highlights:

• Chainstack features a global node architecture that provides geo-balanced, auto-scaled RPC endpoints across regions, ensuring low latency and high availability.
• It offers unmetered “Unlimited Node” tiers, enabling flat-fee, high-throughput usage without overage surprises.
• The platform features built-in debug & trace APIs for analyzing transaction behavior, as well as access to archive nodes.
• Infrastructure runs on bare-metal and enterprise-grade environments with SOC 2 compliance and DDoS protection.

Supported Chains/Endpoints: Chainstack supports over 70 blockchains, including major ones such as Ethereum, Solana, Polygon, BNB Smart Chain, Base, and numerous rollups and newer ecosystems. It offers both public and dedicated RPC nodes, WebSocket support, and optional archive access, depending on the chosen plan.

Ideal Audience / Use Cases: Chainstack is best suited for teams that require a unified, multi-chain infrastructure platform, particularly those operating across multiple networks or needing access to historical data.

It’s great for enterprises, analytics teams, researchers, and production dApps that need reliable, globally distributed RPC endpoints and strong observability. It works best for developers who value predictable pricing and want to scale without managing raw infrastructure.

Pros:

• Extensive protocol support for over 70 chains.
• High security with enterprise-grade infrastructure, compliance, and access controls.
• Strong global coverage with autoscaling and geo-balanced routing.
• Deep tooling features, including debug & trace APIs, and archive access.

Cons:

• Its RPS model is tiered, so ultra-high-throughput applications may need to budget for dedicated or higher-tier plans.
• Free or lower-tier plans have relatively modest capacity (example: 25 RPS on Developer).

#GetBlock

Reviews: 3.8 out of 5 on G2.

Brief Overview: GetBlock is a Web3 infrastructure provider that offers RPC endpoints to over 50 blockchains, making it easy for developers to connect to many networks without running their own nodes. The provider supports both shared and dedicated nodes, as well as a mix of paid and free plans. One of its defining features is a strong emphasis on user privacy. It claims not to log IP addresses or require KYC for many plans.

Key Performance / Technical Highlights:

• GetBlock launched Solana Pro RPC, which supports over 500 RPS and, in some configurations, can reach more than 1,000 RPS with a 4+ node cluster.
• It offers modular, geo-selectable shared nodes, allowing developers to choose between regions to reduce latency.
• It uses access tokens instead of API keys for improved security and more controlled API usage.
• It provides MEV-protected endpoints and custom add-ons on dedicated plans for advanced users.

Supported Chains / Endpoints: GetBlock supports a wide range of chains, including Ethereum, Polygon, BNB Smart Chain, Arbitrum, Optimism, Bitcoin, Solana, and others. Its Solana Pro RPC package is compelling, and the platform supports both shared and dedicated node configurations.

Ideal Audience / Use Cases: GetBlock is perfect for developers and teams seeking a cost-efficient, privacy-focused RPC solution with broad chain support. It’s especially strong for Solana dApps that need very high throughput, and for multi-chain projects that may not want to self-host. Projects that prefer regional endpoint selection and wish to avoid KYC or IP tracking will particularly benefit from GetBlock.

Pros:

• A wide range of protocol coverage across over 50 chains.
• Strong privacy stance with no IP or wallet tracking and minimal onboarding friction.
• Dedicated, high-performance Solana Pro RPC with modern add-ons such as gRPC plugins.
• Geo-selectable shared nodes for lower latency depending on the region.

Cons:

• Some advanced features, such as MEV and indexers, may only be available on higher-tier or paid plans.
• For very large-scale or mission-critical workloads, dedicated nodes may be required, which may add cost.

#Fastnode

Reviews: 5 out of 5 on SourceForge

Brief Overview: Fastnode is a relatively newer RPC infrastructure provider founded around 2022. It focuses on delivering high-performance, SLA-backed RPC access across major and emerging blockchains. It’s perfect for developers and enterprises that need dedicated, low-latency, and reliable node connectivity. Its model emphasizes multi-chain access, regional performance, and enterprise-level uptime guarantees.

Key Performance / Technical Highlights:

• Fastnode offers dedicated RPC endpoints with SLA-style uptime (99.99%) per its publicly stated service model.
• It supports multi-chain connectivity across multiple blockchains, including Solana, Ethereum, BNB Smart Chain, and more.
• Infrastructure is tailored for performance, optimized for low latency, and high throughput to serve latency-sensitive applications.
• It provides custom SLAs and analytics for enterprise or institutional clients, enabling seamless configuration for high-demand use cases.

Supported Chains / Endpoints: Fastnode supports a broad set of major and emerging chains, including EVM-compatible networks such as BNB Smart Chain and Ethereum, as well as non-EVM chains such as Solana.

Ideal Audience / Use Cases: Fastnode is best suited for enterprise dApps, financial platforms, and high-throughput DeFi applications. These platforms require dedicated, high-performance infrastructure with uptime guarantees.

Pros:

• High SLA for dedicated endpoints.
• Strong multi-chain support, including both popular and emerging networks.
• Enterprise-grade offering with custom service levels and analytics.

Cons:

• Limited public user reviews make it harder to assess market trust and adoption.
• It may be more expensive than shared node providers, as costs depend on the SLA and dedicated setup.

#Stakin

Reviews: 76 out of 100 on ScamAdviser.

Brief Overview: Stakin primarily provides staking infrastructure, but it also offers RPC node services as part of its dedicated node solutions. Their RPC offering is tailored to proof-of-stake networks and institutional use cases, delivering reliable, customized endpoints. They instill strong operational governance and risk mitigation across their services.

Key Performance / Technical Highlights:

• Stakin offers 24/7 monitoring and alerting with SLA-backed uptime for dedicated nodes.
• Location-specific node deployment, enabling RPC endpoints to run in specific geographic areas to meet latency or regulatory requirements.
• It offers institutional-grade resilience with insurance solutions, risk mitigation, full staking, and RPC infrastructure.
• Tailored RPC solutions for multiple proof-of-stake networks suited for bridges, wallets, and validator infrastructure.

Supported Chains / Endpoints: Stakin’s RPC offering focuses on proof-of-stake blockchains, especially those where it operates a validator or dedicated node infrastructure. Their RPCs can be configured as public or private, and they back them with redundant, secure infrastructure.

Ideal Audience / Use Cases: Stakin is well-suited for institutional users, blockchain foundations, or teams building on PoS networks. These users need reliable, dedicated RPC access and staking capabilities.

Pros:

• It offers very reliable, SLA-backed nodes with professional monitoring.
• Customizable RPC endpoint deployment with geographic control.
• Integrated staking infrastructure, proper for PoS projects.
• It provides institutional risk mitigation, including insurance and slashing protection.

Cons:

• It may require a higher commitment (cost, contract) for dedicated RPC nodes.
• It’s less suited for ultra-lean or early-stage projects that don’t need staking or dedicated node infrastructure.

#Final thoughts

Reliable RPC infrastructure is the foundation of any scalable, production-ready blockchain application. Choosing the right provider can make or break performance. The providers highlighted in this guide offer a range of strengths, including speed and uptime, multi-chain coverage, and developer tooling. They give teams options that fit their specific workloads.