Core Node Locations
Built where Solana runs fastest.
Across our global footprint, we select only premium data centers where Solana runs at its best, then run RPCs, streams, and dedicated nodes on top-tier hardware at full throttle. We also offer bare metal servers and VPS options so you can deploy apps on the same network and stay on the fastest paths.
Global Data Center Partner
Speed is determined by distance to Solana.
The region matters. But a city name alone is not a network path. Even in the same city, external transit and extra hops can add latency. ERPC selects data centers close to Solana servers, then keeps routes short with no external transit and sustained turbo boost.
ERPC premium route
no external transit
minimum RTT
City-name selection
external transit / 7 hops
70x slower
- 01Same data centerChoose the region first, then the data center closest to Solana.
- 02No external transitAvoid external AS paths to keep RTT and jitter tight.
- 03Full throttleERPC excludes power-saving profiles and keeps resources in sustained turbo boost.
SWQoS quality starts with the validator
The design behind high-quality 80% priority bandwidth.
Solana leaders allocate roughly 80% of bandwidth to SWQoS priority lanes and roughly 20% to non-priority lanes, giving priority traffic a much larger lane. Its effective quality depends on the validator, network, and hardware receiving that lane. ERPC pairs the Epics DAO Validator shown as world #3 in the March 2026 Shinobi snapshot with zero-distance platform paths near Solana, a minimum observed ping value of 0.1 ms or less, latest-generation hardware selected for Solana validator and SWQoS workloads, and network tuning to keep SWQoS quality stable at peak.
Validator quality sets lane quality
SWQoS priority lanes account for roughly 80% of leader bandwidth. ERPC SWQoS is backed by the Epics DAO Validator, whose quality was reflected in a March 2026 Shinobi world #3 snapshot.
Latest-generation hardware tuned for SWQoS
Top-tier CPUs from the latest-generation AMD EPYC lineup, physical-core focus, C-state disabling, performance governor, network tuning, and IRQ affinity are tuned specifically for Solana validator and SWQoS workloads.
Zero-distance paths reduce jitter
Solana-adjacent placement, zero-distance platform paths, a minimum ping value of 0.1 ms or less, and DoubleZero fiber reduce public-internet hops and jitter.
Reads, writes, and compute together
RPC, gRPC, Shreds, SWQoS, VPS, and bare metal sit on one Solana-specialized platform so reception, processing, and submission stay on short paths.
What sustains SWQoS quality
SWQoS priority bandwidth
Approx. leader bandwidth share before Priority Fee evaluation
Ping value
Minimum observed on a zero-distance path
Latest-generation hardware
Strongest configuration tuned for Solana validator and SWQoS workloads
World validator rank
March 2026 Epics DAO Validator / Shinobi snapshot
News
ERPC Unlimited Endpoints
Dedicated HTTP endpoints with no TLS overhead—hit core Solana RPC methods in about 2ms when paired with ERPC metal or VPS
Choose your region and use your own dedicated HTTP endpoint without limits. By removing the ~20ms TLS overhead common with Cloudflare/TLS setups, requests stay lean. Run this endpoint from ERPC VPS or bare metal and execute HTTP RPC methods in roughly 2ms thanks to zero-distance placement. Unlimited Endpoints makes fast, cost-effective HTTP usage practical beyond exclusive dedicated RPCs.
Get the fastest signal with Direct Shreds
Stream raw shreds from the network propagation layer. Access data one stage earlier than Geyser gRPC to shorten reaction time for trading and real time application operations. Choose a shared configuration optimized for sustained high throughput, or a dedicated setup aimed at the fastest and highest quality.
By design, a layer earlier than Geyser gRPC
Direct access to shreds before aggregation
Geyser gRPC distributes data after aggregation, and Direct Shreds distributes shreds in flight as they propagate. Because of this design difference, detection timing and handling assumptions are different. Shreds use UDP, so network distance and route quality affect stability. We operate in locations selected for proximity and for low packet loss and low jitter, and we can provide a dedicated configuration for high throughput needs. Open the ERPC Web Dashboard for details.
High-performance VPS Optimized for Solana
Equipped with AMD EPYC CPUs and high-speed memory, ERPC VPS plans give Solana applications strong compute without taking a full bare metal server. Deploy trading bots, stream clients, analytics workers, and app backends closer to the Solana infrastructure they depend on.
Performance-focused, Unmatched Cost Efficiency
Performance-driven VPS powered by the latest CPUs
Even with the same number of vCPUs, CPU generation, memory bandwidth, storage, network placement, and virtualization choices change real Solana workload performance. ERPC VPS is designed for cost-efficient data retrieval, stream processing, and application execution near Solana paths.
Performance comparison vs. cloud
We used an open-source testing tool to run the same performance workload. Google Cloud c4d-standard-4 (EPYC 5th Gen) and ERPC VPS (EPYC 5th Gen) were measured under identical conditions.
Geyser gRPC Stream
Geyser gRPC helps trading bots, monitoring systems, analytics pipelines, wallets, and indexers subscribe to Solana account, transaction, slot, and block updates without polling RPC. ERPC combines stream infrastructure, regional placement, and tuned compute so real-time Solana applications can receive low-latency data through a purpose-built path.
Optimized Global Proxy Network
Edge servers in over 300 locations worldwide
ERPC offers a global proxy supported by more than 300 edge servers around the world. Every time users access the network, the closest server is automatically selected, ensuring low-latency and stable connections. This guarantees fast access from any region, maximizing performance.
Prioritize Transactions with SWQoS
In Solana’s SWQoS (Stake Weighted Quality of Service), leaders allocate about 80% of the priority bandwidth to staked connections, while non-staked connections are limited to around 20%. Dedicated RPCs without stake fall into the non-priority 20%, often resulting in delayed inclusion. This prioritization is applied before Priority fees are even considered. With ERPC’s SWQoS connections, whether through shared endpoints or dedicated RPCs, you gain access to priority bandwidth, improving latency, transaction success rates, and execution speed with consistency.
Full Turbo Dedicated Bare Metal Server
High-performance bare metal servers give your application exclusive physical resources while keeping it close to major Solana validators, RPC, Geyser gRPC, and ShredStream paths. The goal is simple: maximum compute output with fewer shared-resource and network-distance variables.
Blazing-Fast Catch-up on Full-Turbo Metal
Dedicated servers tuned to stay at peak output inside the ERPC network
Every server is provisioned for sustained output: CPU, memory, storage, and network are tuned for demanding Solana workloads. By deploying inside the ERPC network near Coinbase, Jito, and other major Solana validators, applications can reduce external path uncertainty. Node snapshots that normally take 2–4 hours finish in about five minutes, minimizing downtime for validators and RPC operators.
SLV AI - The Solana AI Agent
Manage Solana validators, RPC nodes, and app development through natural language. Complete onboarding with slv onboard, open the AI Console with slv c, and operate with built-in Solana skills in local mode or remote mode.
The SLV AI agent manages Solana nodes
No-code development with built-in Solana skills for validators, RPC nodes, and Solana apps.
Run SLV directly on the machine you SSH into, keep critical keys in the local environment, and work with the AI agent to handle setup, upgrades, migrations, validator operations, RPC node management, and Solana app development with a no-code workflow. It also supports more convenient remote management, and migrations are easy with AI.
The AI Agent Kitfor Solana Devs
Everything you need for Solana development is here.Launch validators, RPCs, dApps, and trading bots at blazing speed.Build, run, and refine with Solana-specialized AI agents.
Download & install
$ curl -fsSL https://storage.slv.dev/slv/install | sh$ curl -fsSL https://storage.slv.dev/slv/install | shComplete Onboarding
$ slv onboard$ slv onboardStart with Natural Language
$ slv c$ slv cSLV AI Tips
Quick guides on SLV AI usage, mobile workflows, and Discord webhook setup.
Continuously Improving the Quality Chosen for Production
A Platform That Keeps Evolving
ERPC continuously improves platform speed, stability, and overall quality based on user feedback and measurement data. For Solana workloads in particular, we pursue the highest network quality with low latency and stability through bare-metal and VPS servers deployed on the same network, hardware selection that exceeds industry standards, and data center selection with substantial stake. We offer free trials for shared plans, and 1-day test plans for dedicated offerings that require provisioning your own server environment, so you can experience quality in real conditions.
BDLC NFT Bonus
Hodl BDLC and start building on top-tier Solana RPC.
BDLC holders can start Solana projects for free, from Web3 app development to trading bots. As long as you hold BDLC, you can use every Solana connection you need for product development, including HTTPS/WSS, Geyser gRPC, and ShredStream.
If you hodl
ERPC Developer Plan x 1 - EUR 98/mo
- Solana HTTP/WebSocket
- 42,000,000 monthly tokens
- 50 requests/sec
gRPC Standard Plan x 1 - EUR 398/mo
- Solana Geyser gRPC Stream
- 1 IP whitelist
- Max 10 stream connections each
Direct Shreds Connect x 1 - EUR 398/mo
- Solana ShredStream
- 1 IP whitelist
- Max 10 stream connections each
BDLC NFT Marketplaces
