Get a Dedicated Avalanche RPC Node on single-tenant CPU, RAM, and NVMe for stable C-Chain reads and logs, private endpoints, scalable bandwidth, and a 99.99% uptime SLA.
- Strong 10 & 25Gbps Network
- DDoS Protection Included
- 20+ Global Tier III Data Centers
- KVM, Root & IPMI Access
- Free 24/7 Technical Support
- Crypto Payments Accepted
- Dedicated Account Manager for Enterprise Deployments
A dedicated AVAX RPC node provider for real traffic, with DDoS protection, 20+ global Tier III data centers, and single-tenant performance.
Full Node
- ✔ Single-tenant Dedicated Hardware
- ✔ Full Root Access (SSH)
- ✔ DDoS Protected Network
- ✔ 99.99% Uptime SLA
- ✔ AvalancheGo Pre-installed
- ✔ C/X/P Chain Support
Validator Node
- ✔ Single-tenant Dedicated Hardware
- ✔ Full Root Access (SSH)
- ✔ DDoS Protected Network
- ✔ 99.99% Uptime SLA
- ✔ Subnet Validation Ready
- ✔ BLS Key Support
Archive Node
- ✔ Single-tenant Dedicated Hardware
- ✔ Full Root Access (SSH)
- ✔ DDoS Protected Network
- ✔ 99.99% Uptime SLA
- ✔ Full Indexer Support
- ✔ Deep Chain Data
RedSwitches provides dedicated hardware and networking only. Protocol-level responsibilities such as validator keys, staking, slashing risk, governance participation, and key management remain under customer control.
Avalanche Hardware Specs
We guarantee these dedicated specifications (or better) to ensure optimal node performance and stability.
| Node Type | Dedicated Hardware (Storage / RAM) |
|---|---|
| Full Node | 8 Cores / 16 Cores - 16 GB / 32 GB - 1 TB NVMe / 2 TB NVMe |
| Validator Node | 8 Cores / 16 Cores - 16 GB / 32 GB - 1 TB NVMe / 2 TB NVMe |
| Archive Node | 16 Cores / 32 Cores - 64 GB / 128 GB - 4 TB NVMe / 6 TB NVMe (Index dependent) |
Discuss Custom Plan
Inquiring about: Node
Avalanche RPC Server Specifications (C-Chain EVM)
AvalancheGo performance is storage-led. Use local NVMe with real IOPS, keep disk headroom for state growth, and size CPU and RAM for your RPC load. Avalanche recommends local NVMe (min 3000 IOPS) and warns cloud block storage can cause lag and sync issues.
Archive: 16–32 CPU cores
Archive: 32–64 GB
Full archive: ~12.5 TB+ and growing
RedSwitches: 10 or 25 Gbps uplinks
Ports: 9651 (TCP) peer/staking, 9650 API (keep private by default).
Why Choose RedSwitches Avalanche AVAX RPC Nodes?
Dedicated AVAX RPC
Run an AVAX dedicated RPC Node on single-tenant bare meta. You get isolated CPU, RAM, and NVMe lanes, so your endpoint never competes with other tenants. This keeps latency predictable when public RPCs throttle, spike, or change policies without notice.
AVAX Node Pricing
Get a clear path for dedicated avalanche node price based on node type and real usage. Start with a standard node for recent-state reads, then scale CPU, RAM, and NVMe as traffic grows. If you need a dedicated avalanche node for sale fast, start with a standard build.
Provider Advantage
Work with a Dedicated AVAX RPC Node Provider that delivers single-tenant infrastructure, not shared quotas. You choose managed or unmanaged service, select your region, and control upgrade timing. This fits teams that want predictable performance and clear ownership of their node stack.
NVMe 3000+ IOPS
Avalanche nodes are storage-led. Use local NVMe built for sustained I/O, not network-attached block volumes. This reduces sync drag, lowers timeout rates, and keeps your AVAX node responsive during log-heavy reads, indexing pulls, and peak request bursts.
C-Chain WebSockets
Serve real-time traffic with C-Chain WebSockets for logs, events, and live state updates. C-Chain is Avalanche’s EVM chain, so your Ethereum tooling connects with minimal changes. Dedicated resources keep long-lived subscriptions steady when bursts would drop shared endpoints.
State Sync Setup
Deploy based on sync time using state sync. Pruning is available based on your query needs, so you can control storage growth as the node runs. The active state starts around the hundreds of GB range and grows over time, so NVMe headroom matters. This setup fits most production apps that query recent state and logs.
Archive Node Builds
Choose an archive build when you need deep historical queries for analytics, explorers, compliance pulls, or long-range backfills. Archive footprints run into multi-TB storage and keep growing. We size NVMe capacity and memory for sustained historical reads without choking your live RPC traffic.
Private Endpoint Control
Keep your Dedicated Avalanche RPC Node private by default. Lock it down with firewall rules and IP allowlists, then expose only what your app needs. This reduces abuse risk and keeps RPC stable when bots, scrapers, or scanners target public AVAX endpoints.
AVAX Node Cluster
Scale beyond one server with an AVAX dedicated node cluster. Use two nodes for failover and maintenance, or split reads and WebSockets across nodes to protect latency. This keeps services online while you update, restart, or re-sync without breaking clients.
10Gbps and 25Gbps Ports
Choose strong 10Gbps or 25Gbps network options with metered and unmetered plans. Higher ports help when you serve public traffic, run indexers, or keep many WebSocket clients connected. You reduce congestion and keep sync and RPC responses steady across peaks.
DDoS Defense Included
Expose RPC with DDoS protection included at the infrastructure layer. This reduces downtime from volumetric floods and abusive request bursts aimed at popular RPC endpoints. You protect uptime and keep your AVAX services reachable during attack windows and launch days.
Root, KVM, IPMI
Operate with full control using root access plus KVM and IPMI. You can recover from boot issues, inspect system logs, and restart cleanly without waiting for a ticket queue. This matters when an RPC node stalls, a disk degrades, or upgrades go sideways.
Managed or Unmanaged
Choose fully managed when you want setup and ongoing care handled for you. Choose unmanaged when your team runs everything end-to-end. Both options keep dedicated hardware, so your dedicated avalanche node performance stays isolated either way.
Crypto and Payments
Pay with crypto or choose from 20+ payment methods. This keeps procurement flexible across regions and teams. You can start small for testing, then scale to production-grade dedicated capacity without changing billing rails or delaying provisioning.
How RedSwitches AVAX Nodes Solve Real Problems
Oracle Feed Continuity
Keep price feeds accurate by streaming C-Chain events over WebSockets without drops. A Dedicated AVAX RPC Node keeps subscriptions stable during volatility and reduces missed updates that break keepers. NVMe-backed reads also speed up contract state checks as bots scale.
Liquidation Signal Speed
Trigger alerts from fresh blocks, not stale RPC responses. A dedicated avalanche node keeps your risk engine close to the chain tip when markets move fast. Dedicated CPU and RAM reduce request queuing as monitoring expands across pairs, pools, and vaults.
NFT Mint Throughput
Handle mint spikes with predictable reads and event tracking. A Dedicated Avalanche RPC Node keeps allowlist checks, mint status, and post-mint indexing consistent during peak traffic. Isolated NVMe I/O helps prevent slow event-log scans that break mint dashboards and bots.
Exchange Deposit Tracking
Track deposits, confirmations, and receipt status without depending on public limits. A Dedicated AVAX RPC Node Provider setup supports stable receipt checks and WebSockets for high-volume systems. Dedicated resources reduce timeout spikes that cause missing deposits and delayed crediting.
Bridge Relayer Uptime
Run relayers that must stay online during upgrades and maintenance. Build an AVAX dedicated node cluster for failover. Keep one node serving reads while the other updates or re-syncs, so cross-chain operations continue without a hard outage.
Indexer Backfill Runs
Backfill receipts and event logs for analytics or explorers without slowing production traffic. A dedicated endpoint keeps long-range ingestion consistent. Higher NVMe capacity and RAM help when you scan large log ranges across days or months at production speed.
Multi-Region Read Layer
Reduce latency by deploying an AVAX node close to users in multiple regions. Run one primary endpoint and add regional readers for read-heavy calls and WebSockets. This smooths global traffic without routing every request to one location.
Launch-Day Traffic Control
Protect your app when traffic surges after listings, drops, or feature launches. A Dedicated AVAX RPC Node prevents shared throttles from taking you offline. Pair dedicated resources with DDoS protection and bandwidth headroom so your endpoint stays reachable during spikes.
Compliance History Exports
Export transaction history and contract activity for audits without choking live systems. A dedicated node keeps long-range queries separate from production reads. Root, KVM, and IPMI access help if you need fast recovery during large pulls or planned maintenance.
Cost Predictable Scaling
Keep the dedicated avalanche node price aligned with real usage by sizing around calls, WebSockets, and storage growth. Start with a standard node, then add CPU, RAM, and NVMe as demand rises. If you need a dedicated avalanche node for sale fast, scale from a ready build.
RedSwitches Dedicated AVAX Nodes Vs Others
| Features | RedSwitches Dedicated Nodes | Other Providers |
|---|---|---|
| BARE METAL AVAX PERFORMANCE |
✅ 100% Dedicated Hardware |
❌ Shared VPS / Throttled |
| ARCHIVE STATE STORAGE |
✅ NVMe & IOPS Optimized |
⚠️ Slow HDD / Limited History |
| CUSTOM CLIENT STACK |
✅ AvalancheGo, C-Chain Choice |
❌ Fixed API / No Root Access |
| NETWORK UPLINK |
10Gbps / 25Gbps Unmetered Available |
1Gbps / Capped Bandwidth |
| GLOBAL AVAX LOCATIONS |
20+ Regions Low Latency Peering |
Limited (US/EU Only) |
| DDoS PROTECTED RPC |
✅ Always On Protection |
⚠️ Paid Extra / None |
| SETUP FEE |
✅ Zero (Free Setup) |
❌ High Setup Costs |
500+
active AVAX nodes
99.99%
average uptime across all Nodes
5 min
average support response time
100%
customer retention rate
4.7
4.9
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FAQs
An Avalanche RPC node is a server running AvalancheGo that exposes APIs your app uses to read blockchain data and broadcast transactions. In practice, most teams rely on an AVAX node to serve dApps, wallets, indexers, and dashboards with stable, predictable access.
Most of the time, yes. When teams ask for an AVAX dedicated RPC Node, they usually mean C-Chain because it is Avalanche’s EVM chain and works with standard Ethereum tooling. P-Chain and X-Chain APIs exist, but most app backends rarely need them.
For C-Chain HTTP JSON-RPC, you use: /ext/bc/C/rpc.
For C-Chain WebSockets, you use: /ext/bc/C/ws.
On a Dedicated AVAX RPC Node, these endpoints run on dedicated hardware, so long-lived subscriptions stay stable during bursts.
AvalancheGo typically uses 9651 for peer networking and 9650 for the API server. For a production setup, keep the API private by default and only expose what you need behind firewall rules or allowlists. This is the safest pattern for any Dedicated Avalanche RPC Node deployment.
Choose a standard full node when you mainly need the latest state, receipts, and recent logs. Choose an archive node when you need a deep historical state for analytics, explorers, audits, or long-range backfills. A dedicated setup lets you pick the right tier without sharing limits.
Most dApps only need C-Chain. You may need P-Chain if you work with validator or subnet lifecycle data. You may need X-Chain if you interact with non-EVM assets or X-Chain activity. We scope this early so your dedicated avalanche node matches your actual usage.
Shared RPC endpoints throttle, vary in latency, and change policies without warning. A dedicated avalanche node runs on single-tenant CPU, RAM, and NVMe, so your throughput and response times depend on your hardware headroom, not other tenants or shared quotas.
Most failures trace back to storage I/O saturation, CPU contention, or too many concurrent WebSocket sessions. Dedicated hardware removes noisy-neighbor contention, and local NVMe reduces read and write stalls. That is why teams move to a Dedicated AVAX RPC Node when usage becomes production-grade.
Dedicated avalanche node price depends on node type and storage footprint. Full nodes need fast NVMe and enough RAM for caching. Archive nodes need multi-TB NVMe capacity and more CPU for heavy historical reads. Bandwidth choice and managed vs unmanaged service also shape total cost.
Start with peak request rate, WebSocket connection count, and how heavy your log and receipt queries are. Log-heavy workloads usually need more NVMe and RAM first, then more CPU. We size from your workload and leave growth headroom, so upgrades stay simple.
Yes. Many teams begin with one Dedicated AVAX RPC Node and add a second for failover when uptime targets tighten. An AVAX dedicated node cluster also lets you split reads and WebSockets across nodes to protect latency during maintenance or growth.
Yes. We offer metered and unmetered options, with strong 10Gbps and 25Gbps uplinks. WebSocket fanout, indexer backfills, and public traffic can increase bandwidth demand fast, so your plan should match how your RPC is used in production.
Keep RPC private by default and expose only what your app needs. Restrict access with IP allowlists and firewall rules, and avoid open public endpoints unless required. This is our default posture for any Dedicated AVAX RPC Node Provider deployment.
Yes. Unmanaged gives your team full control of the server and node operations. Managed means we handle setup and ongoing infrastructure care within scope, while you focus on your product. Both run on dedicated hardware, so performance isolation stays intact.
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