Dedicated Base RPC Node Server
Public endpoints are for quick starts. Production needs a stable capacity. Deploy a dedicated Base RPC node server with isolated resources, NVMe, plus KVM, root, and IPMI access.
- Strong 10 & 25Gbps Network
- 99.99% Uptime SLA
- 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
or chat with us to find your perfect fit
Base-Optimized Server Specifications
Base RPC performance is storage and cache-bound. NVMe plus enough RAM keeps reads steady. For production traffic, start at 32GB RAM. Move to 64GB when cache misses rise and tail latency climbs.
| Component | Specification Breakdown | Base Benefit |
|---|---|---|
| CPU | Full node: 8-12 high clock cores. Archive / historical reads: 16+ cores | Faster execution and faster catch-up after restarts. |
| RAM | Full node: 32-64GB. Archive / historical reads: 64-128GB | More cache, fewer disk hits, smoother RPC latency. |
| Storage | NVMe-first: size using Base formula. Disk sizing rule of thumb: (2x chain size) + snapshot + 20% buffer | Faster state reads and faster restores. |
| Network | 10Gbps or 25Gbps uplink | Better peering, fewer sync stalls. |
| Bandwidth | Metered or unmetered | Unmetered fits sustained sync + high RPC volume. |
Why Choose RedSwitches for Dedicated Base RPC Nodes?
Dedicated Bare-Metal Node
You get a single-tenant server for your Base RPC node. CPU, RAM, and storage are reserved for you only. This avoids noisy-neighbor slowdowns that hit shared endpoints. It fits production reads, indexing, and transaction relay where consistency matters more than "free" access.
Base-Ready Deployment
You deploy on your sync window and launch date. This lets you verify data freshness, plan cutover, and go live only after the node is stable. It reduces rushed launches and the support churn that comes from going public before sync is complete.
Full Access Recovery
You get KVM, root, and IPMI access for full control during installs, upgrades, and failures. If the OS is unresponsive, you still have a path to recover fast. This matters for node operators who cannot wait for ticket queues to regain console access.
NVMe State Reads
Base RPC performance often hits storage first. NVMe lowers read latency for state queries and keeps response times steadier during traffic spikes. Choose NVMe or SSD based on workload. NVMe is the common pick for RPC endpoints serving wallets, dApps, and bots.
DDR4/DDR5 Scaling
More memory means more cache and fewer disk hits under load. That translates to steadier RPC latency during bursts and better headroom as your app grows. RedSwitches supports DDR4 and DDR5 options with upgrade paths, so you can scale without redesigning your stack.
Up To 128 Cores
CPU capacity matters for execution-heavy workloads, fast catch-up after restarts, and high parallel request volume. RedSwitches offers server builds up to 128 cores, so you can size for a lean base rpc node today, then scale for heavier indexing and analytics later.
10Gbps or 25Gbps Uplink
Network quality affects peering, sync stability, and user-facing responsiveness. Choose 10Gbps or 25Gbps based on expected throughput and region. This is built for teams that want a dedicated base RPC Node provider with real bandwidth options, not a best-effort shared pipe.
Metered or Unmetered
Bandwidth billing should match your traffic pattern. Metered plans fit lighter workloads and predictable usage. Unmetered options fit sustained sync behavior, heavy RPC reads, and high-volume dApps. You choose the model that aligns with your budget and request profile.
DDoS Protection Included
Public RPC endpoints attract abuse and traffic floods. DDoS protection is included to reduce downtime risk and keep your endpoint reachable when activity spikes. This is a practical layer for any Dedicated Base RPC Nodes deployment exposed to wallets, bots, or public clients.
99.99% Uptime SLA
You get a 99.99% uptime SLA built into the offer, so reliability is not a vague promise. It supports production use cases where your RPC endpoint is part of your product, not a side tool. This also helps teams justify procurement with clear service expectations.
Zero Setup Cost
There is no setup cost. You pay for the server you choose, then deploy the node on your timeline. This removes early buying friction and keeps the Dedicated base rpc node price conversation focused on real drivers like CPU, RAM, NVMe size, and bandwidth model.
Crypto & 20+ Payments
Pay the way your team operates. RedSwitches supports crypto and 20+ payment methods, which helps global teams move fast and renew without billing delays. It is useful for startups, DAOs, and infra teams that need flexible procurement across regions.
Ready to launch your Base RPC node?
Isolated resources, NVMe storage, and 99.99% uptime SLA. Zero setup cost.
How RedSwitches Dedicated Base RPC Solves Real Problems
Production dApp Backends
Stable reads for users. Your backend calls a base rpc node for balances, contract reads, receipts, and logs. Shared endpoints can throttle or timeout when demand spikes. A dedicated Base RPC node gives you reserved resources, so your app stays responsive during launches, drops, and busy hours.
DEX and Swaps
Fresh state for quotes. DEX interfaces need an up-to-date state for pools, routes, and price quotes. When your RPC is behind the latest Base block, quotes drift, and swaps fail. A dedicated base rpc node server reduces stale reads and keeps quotes responsive during volatility windows.
Trading and Bots
Low jitter request loops. Automation scripts run tight loops on eth_call, receipts, and event scans. Rate limits and variable latency turn clean strategies into missed entries. A Dedicated base RPC Node provider gives you isolated resources and predictable throughput so bot performance stays consistent.
Indexing and ETL
Heavy logs, fewer retries. Indexers pull large log ranges, decode events, and backfill history. That load can cause slow responses, retry storms, and data gaps on shared RPC. With a dedicated Base RPC node server, you provision capacity for large log backfills, then scale as coverage expands.
Wallet and Portfolio
Fast balances at scale. Wallet apps query many addresses per session and need quick confirmations after broadcast. When shared RPC throttles, users see stuck loaders and failed sends. Dedicated Base RPC Nodes give you predictable capacity so balance views, token screens, and send flows stay fast.
Agent and Event Apps
Real-time triggers. On-chain agents rely on new blocks, event logs, and state checks to fire actions on time. Delays cause missed triggers and late execution. A dedicated base rpc node helps you keep listeners stable, even when event traffic spikes.
Staging Like Production
Release testing safety. Staging should match production behavior, instead of shared public endpoints. A dedicated Base RPC node server lets you test upgrades, rollbacks, and load patterns with the same access model you use in production, before real users feel the impact.
Security and Monitoring
Independent verification layer. Security teams need an RPC source they control for monitoring contracts, validating receipts, and verifying outcomes during incidents. Shared gateways add uncertainty when the network gets busy. With a dedicated base rpc node, you keep your monitoring lane clean and auditable.
Public RPC for Users
Offer your own endpoint. If you ship an SDK, platform, or internal tooling, you may expose a base rpc node endpoint to customers or teams. A dedicated Base RPC node server gives you isolated capacity and DDoS protection so you can serve others reliably without unpredictable throttling.
RedSwitches Dedicated Base 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 | Full client control | 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 |
