ERPC Surpasses 100 Countries in User Adoption — The Global Top-Tier Solana RPC Provider Continues to Be Chosen for Performance
Solana RPC service 'ERPC' has exceeded 100 countries in user adoption, growing as a global infrastructure.
📋 Article Processing Timeline
- 📰 Published: March 31, 2026 at 06:57
- 🔍 Collected: March 30, 2026 at 22:56
- 🤖 AI Analyzed: April 15, 2026 at 10:51 (371h 55m after Collected)

ELSOUL LABO B.V. (Headquarters: Amsterdam, Netherlands, CEO: Fumitake Kawasaki) and Validators DAO are pleased to announce that ERPC has grown into a global platform used in over 100 countries worldwide.
Professional users who prioritize performance, primarily from North America, Europe, and Asia, have gathered at ERPC from around the world. We have grown together through detailed feedback. Surpassing 100 countries is a milestone reached through this accumulation.
We sincerely thank all our customers for their continued use.
Reasons Why Customers in 100 Countries Have Chosen ERPC
Physical Proximity to the Solana Network
The biggest factor determining communication speed in Solana is not the performance of the CPU or memory, but the network distance.
CPU computations and memory read/writes are orders of magnitude faster than network communication. No matter how high-spec a server is prepared, if multi-hop public internet connections are involved between the server and Solana validators, the performance difference will be buried by network latency.
ERPC places its infrastructure within premium data centers where Solana validators are concentrated, adopting a zero-distance design where all services within the platform communicate via internal network routes. By enabling proximity communication that bypasses the public internet, we structurally minimize the biggest bottleneck: network distance.
Furthermore, network routes are constantly measured and optimized. As Solana network block leaders move around the world in short cycles, a specific route is not always the fastest. We continuously monitor and improve route quality, working daily to maintain optimal communication conditions in all regions.
Full Throttle Performance — Eliminating All Performance Saves
The data center industry has an incentive structure where profitability increases by saving on power and network bandwidth. CPU power-saving features, network bandwidth limitations, and resource sharing through overcommitment — these are not explicitly stated in specifications but create significant differences in actual processing speed, even when appearing to have the same specs on paper.
At ERPC, we thoroughly eliminate performance saves in all configurations. Disabling CPU C-states, fixing the CPU governor to 'performance,' optimizing kernel parameters, and tuning the network stack — this is a full throttle configuration that maximizes hardware performance. We adhere to a design policy that prioritizes maximizing customer performance and does not hesitate to incur the necessary costs.
The core reason why customers in 100 countries continue to choose ERPC lies in this uncompromising commitment to performance.
Everything at Zero Distance — The ERPC Platform Overview
ERPC integrates all necessary services for Solana infrastructure within a single platform. All services within the platform are connected via internal network routes, eliminating the need for public internet communication between services.
FAQ
What is ERPC?
ERPC is a Solana RPC (Remote Procedure Call) service operated by ELSOUL LABO B.V. and Validators DAO, designed to provide high-performance and low-latency access to the Solana network.
What does it mean that ERPC has surpassed 100 countries in user adoption?
It signifies that ERPC is being used by individuals and organizations from over 100 different countries worldwide, indicating its global reach and acceptance as a top-tier Solana RPC provider.
What are the key factors contributing to ERPC's performance?
ERPC's performance is attributed to its physical proximity to Solana validators within premium data centers, utilizing internal network routes for zero-distance communication, and eliminating all performance-saving configurations to maximize hardware capabilities.
How does ERPC minimize network latency?
ERPC minimizes latency by placing its infrastructure in data centers where Solana validators are concentrated, thus reducing the physical distance. It also continuously monitors and optimizes network routes to ensure the fastest possible communication.
What does 'full throttle performance' mean in the context of ERPC?
It means ERPC is configured to maximize hardware performance without any compromises. This includes disabling CPU power-saving features, fixing CPU governors to 'performance' mode, and optimizing network stack settings, ensuring users get the full potential of the underlying hardware.