Blockchain RPC Endpoints

LinkPool provides high-throughput, unmetered blockchain RPC endpoints to large clients within the Web3 industry. Supporting over 150 blockchain networks including Ethereum, Solana, Chainlink, and XRP Ledger, the service delivers ultra-reliable connectivity for enterprise applications.

Infrastructure Architecture

The endpoint infrastructure is built on two Tier 4 data centers in the UK, featuring 2,000+ CPUs, 10TB+ RAM, 1.5PB flash storage, and 100+ Gbps networking per facility. This architecture enables the platform to serve over 50 billion requests monthly with proven capability to meet exceeding demand. Unlike cloud-based providers, LinkPool owns and operates their physical infrastructure, offering unmatched flexibility, enhanced security, and significantly reduced operational costs.

Deployment Options

Clients can choose from shared clusters for cost-effective scaling or completely dedicated endpoints for maximum performance isolation. All configurations deliver low-latency response times with class-leading resiliency at market-leading costs. The service provides unmatched edge-network connectivity with high-throughput, unmetered access, ensuring consistent performance even under heavy load.

Network Coverage

With support for 150+ blockchain networks, LinkPool's RPC infrastructure covers all major ecosystems including EVM-compatible chains, Solana, Chainlink, XRP Ledger, and emerging Layer 2 solutions. The company continuously expands network coverage to support the evolving blockchain landscape.

Performance & Reliability

LinkPool's infrastructure can scale without limitation while maintaining high performance and resilience. The dual data center architecture ensures redundancy and continuous availability, critical for enterprise applications requiring 24/7 uptime. The Milton Keynes facility operates on 100% renewable energy, supporting sustainable blockchain infrastructure. Eight years of operational expertise securing DeFi protocols demonstrates the company's commitment to reliability and security.