Dedicated Cardano RPC Node Servers
Shared endpoints throttle you during traffic spikes. Deploy a Dedicated Cardano RPC node on single-tenant hardware with NVMe or SSD storage options and a 99.99% Uptime SLA.
- Strong 10 & 25Gbps Network
- DDoS Protection Included
- 20+ Global Tier III Data Centers
- Free 24/7 Technical Support
- 20+ Payment Methods + Crypto Accepted
- Dedicated Account Manager for Enterprise Clients
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Cardano RPC Server Specifications
Cardano RPC performance is usually limited by disk I/O and memory headroom. These are recommended starting specs. Final sizing depends on traffic and the stack you run.
| Component | Specification Breakdown | Cardano Benefit |
|---|---|---|
| CPU | Cardano node: 4 to 8 high-clock cores. RPC + UTxO indexing: 8 to 12 high-clock cores. DB-Sync analytics: 8 to 16 cores. | Higher clocks keep ledger queries fast. Extra cores help with parallel API traffic and database operations. |
| RAM | Cardano node: 24 to 32GB. RPC + UTxO indexing: 32 to 64GB. DB-Sync analytics: 64GB+. | More RAM cuts disk reads during UTxO and state queries. It also stabilizes latency under load. |
| Storage | Cardano node: 1TB NVMe. RPC + UTxO indexing: 500GB to 2TB NVMe. DB-Sync analytics: 2TB NVMe minimum, 3TB+ for long history. | NVMe keeps sync steady and reduces query lag. SSD fits light traffic. NVMe fits production workloads. |
| Network | Uplink: 10Gbps or 25Gbps options. | Faster catch-up and fewer spikes when traffic surges. |
| Bandwidth | Metered or Unmetered options. | Metered fits private backends. Unmetered fits public RPC and sustained sync traffic. |
Why RedSwitches for Dedicated Cardano RPC Nodes?
Single Tenant Node
Run a dedicated, single-tenant Cardano node on bare metal. You do not share CPU, RAM, or disk with other tenants. This keeps performance predictable for wallets, dApps, and indexers that rely on steady ledger reads and consistent transaction submission.
No Shared Throttling
Avoid public endpoint slowdowns. As a Dedicated Cardano RPC Node provider, RedSwitches gives you your own capacity. Your request throughput scales with your chosen CPU, RAM, storage, and port speed, not a shared pool that changes under someone else's load.
Cardano Stack Choice
Pick the stack that matches your workload. Run node-only for core chain access. Add an RPC bridge for WebSocket style connectivity. Add UTxO indexing for fast address and script lookups. Add DB-based analytics for deep historical reporting and explorers.
NVMe First Storage
Keep chain sync and queries responsive with NVMe and SSD options. NVMe reduces latency during high-frequency UTxO lookups and ledger-state reads. It also improves database write speed if you run analytics tooling, indexers, or multi-service backends on the same server.
128 Core Headroom
Scale beyond starter deployments. Choose high-core dedicated servers, up to 128 cores, when you support multiple environments, heavy indexing, or sustained API traffic. This headroom fits larger teams that want one stable platform for production and staging nodes.
DDR4 or DDR5 Upgrades
Increase memory as your traffic grows. Choose DDR4 or DDR5 RAM and upgrade when you add indexers, database workloads, or more concurrent clients. More RAM stabilizes performance during peak queries and reduces disk churn that can slow down state reads.
DDoS Protection Built-In
Protect your Cardano RPC endpoint from common network attacks. RedSwitches includes DDoS protection so your service stays reachable when hostile traffic spikes hit. This matters most when you run public endpoints for wallets, dashboards, or investor-facing data tools.
10Gbps & 25Gbps Ports
Move chain data and client requests without bottlenecks. Use strong 10Gbps or 25Gbps network options with metered or unmetered plans. This helps during initial sync, high fan-out traffic, and sustained reads when multiple apps and services hit your endpoint.
Root KVM IPMI
Keep full control during incidents. You get root access plus KVM and IPMI for remote console recovery and hardware-level management. This shortens restart cycles, speeds OS reloads, and gives you direct access when you need to troubleshoot quickly.
Sync-Lag Alerts Ready
Uptime alone is not enough for a Cardano RPC node. A node can be online and still fall behind tip. Set up sync-lag checks and alerts to track tip status, resource pressure, and service health. This keeps your RPC responses accurate under real traffic.
Zero Setup Fast Deploy
Start without friction. You get zero setup cost and fast server provisioning. Chain sync time varies by network state, stack, and storage, so you can plan launch windows realistically. You can request custom builds when you need specific CPU, RAM, NVMe sizing, or a tailored stack for your Cardano use case.
Crypto Payment Options
Pay the way your team operates. RedSwitches supports 20+ payment methods and accepts crypto. This makes procurement easier for global teams, founders, and new investors who want to fund dedicated infrastructure quickly without slow billing back-and-forth.
Ready to deploy your Cardano RPC node?
Zero setup cost. Single-tenant hardware with NVMe storage and 99.99% uptime SLA.
How RedSwitches Dedicated Cardano RPC Solves Real Problems
Exchange Deposit Pipelines
Track deposits, confirm safely, and submit withdrawals fast. Keep pipelines stable during burst load. You monitor addresses, resolve UTxOs, and submit transactions without competing for shared endpoint capacity. This keeps confirmation logic accurate, reduces timeout risk, and maintains stable service for global users.
Wallet Balance Engines
Serve frequent refresh traffic without lag. Wallet apps trigger constant reads for balances, UTxOs, and transaction status. A dedicated Cardano RPC node keeps these reads consistent when usage surges. You also control access rules, caching, and request handling so users see correct balances, not stale or delayed results.
UTxO Heavy dApps
Support DeFi scripts and high-churn UTxO flows. Cardano dApps often stress coin selection, script reads, and repeated state queries. A dedicated Cardano RPC node keeps these workflows stable during peak activity, especially during UTxO churn and high concurrency. You scale compute and memory as contracts and users grow.
Real-Time Chain Monitoring
Prevent stale data and stuck submissions. Production teams need current data, not just an online server. A dedicated node server helps you keep responses accurate by catching sync lag and submission errors early, before users see stale balances, missing confirmations, or stuck transactions during busy network windows.
Explorer Data Backends
Power dashboards under bursty public traffic. Explorers and analytics tools face constant public queries and heavy filters. Dedicated infrastructure keeps your explorer responsive under bursty traffic while giving you clean headroom to scale storage and memory as usage grows. This supports faster loads and fewer timeouts.
Payment and Billing
Run merchant payments and reconciliation. If you accept ADA or Cardano-native assets, you need reliable confirmations and clean reconciliation. A dedicated node environment helps you confirm inbound payments, manage settlement timing, and keep checkout flows reliable during peak purchase windows, without random slowdowns.
Dev and Staging
Mirror production before mainnet changes. Teams ship faster when staging matches production. Use a dedicated server for QA, load testing, and upgrade validation without risking live systems. You can test node updates, indexing behavior, and traffic patterns, then roll changes out with fewer unknowns.
Staking and Relays
Support staking operations correctly. Cardano does not use mining like Proof of Work chains. People still search "Cardano node mining" when they mean staking and relay reliability. Dedicated servers fit relay-style workloads where uptime, stable networking, and clean operations matter every day for long-term stability.
Public RPC Access
Serve partners and integrations confidently. Public endpoints often break first when partner traffic spikes. With RedSwitches as your Dedicated Cardano RPC Node provider, you run an endpoint built for partner traffic, SDK users, and integrations that need consistent responses during bursts, releases, and marketing-driven demand.
RedSwitches Dedicated Cardano RPC Vs Other Providers
| Feature | RedSwitches Dedicated | Shared RPC Endpoints | Self-Hosted |
|---|---|---|---|
| Hardware | Single-tenant bare metal | Shared multi-tenant pool | Your own hardware |
| Throttling | No rate limits, your capacity | Rate-limited under load | No limits but you manage |
| Uptime SLA | 99.99% guaranteed | Best-effort, varies | Depends on your ops |
| Root Access | Full root + KVM + IPMI | No access | Full access |
| DDoS Protection | Included | Varies by provider | You configure |
| Stack Control | Choose node-only, Ogmios, UTxO, DB-Sync | Provider decides | Full control |
| Network | 10/25Gbps dedicated ports | Shared bandwidth | Your network |
| Support | 24/7 human engineers | Ticket-based, limited | Self-support |
| Setup Cost | Zero | Usually free | Hardware + setup cost |
| Scaling | Upgrade plan, no migration | Pay more per request | Buy more hardware |
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Frequently Asked Questions
What is a Dedicated Cardano RPC node, and how is it different from shared RPC endpoints?
Which Cardano stack should I run on my dedicated server?
- Node-only: Core chain access, transaction submission, and basic ledger queries. Best for simple integrations and relay-style workloads.
- Node + Ogmios or RPC bridge: Adds WebSocket-style connectivity and structured query support. Useful when your app needs real-time chain following or typed responses.
- Node + UTxO indexing (e.g., Kupo, Scrolls): Fast address-level and script-level lookups without scanning the full chain. Fits wallets, dApps, and coin selection engines.
- Node + DB-Sync + PostgreSQL: Full historical analytics, token tracking, and block explorer backends. Heavier on storage and compute, but gives you SQL-queryable chain history.