Dedicated opBNB RPC Node & opBNB RPC Endpoint | RedSwitches
// dedicated opbnb rpc node

Private opBNB RPC Endpoints on a Dedicated Node

A private opBNB RPC endpoint on single-tenant NVMe bare metal. Full or archive op-geth nodes, snapshot-synced, speaking standard Ethereum JSON-RPC, with zero rate limits and no compute units.

  • Private Endpoint, Zero Rate Limits
  • No Compute Units, Unlimited Requests
  • Full & Archive op-geth Builds
  • Standard Ethereum JSON-RPC
  • Tuned For 4,000+ TPS, ~1s Blocks
  • 20+ Global Tier III Locations
deploy.shlive

$ rs deploy opbnb --type full --region fra

allocating single-tenant bare metal

restoring op-geth snapshot (pbss)

connecting bnb smart chain l1 rpc

starting op-node rollup client

attaching DDoS shield + IP allowlist

private endpoint live · https + wss

region Frankfurt · op-geth + op-node · ~1s blocks

  • UnlimitedRequests
  • ZeroRate Limits
  • 100%Isolation

Why Teams Run opBNB Nodes With RedSwitches

A single-tenant node with people behind it: unlimited throughput, a named account manager, direct engineering access, and billing built for Web3 teams.

Unlimited RPS & Responses

One node, unlimited requests and responses. No compute units, no rate caps, no overage bills. A flat monthly price, run as hard as the hardware allows.

Dedicated Account Manager

A named account manager who knows your setup, not a ticket queue. One contact for provisioning, scaling, and anything urgent.

Direct Engineering Access

Talk to the engineers who run the metal. op-geth tuning, op-node config, PBSS vs HBSS storage choices, snapshot strategy, and the BSC L1 dependency, handled by people who run opBNB nodes daily.

20+ Global Data Centers

Place your node beside your users across 20+ Tier III locations. Multi-region for redundancy, split read and write endpoints.

Pay In Crypto

Settle in crypto or fiat, BNB included. Flexible billing for Web3 teams, with the same predictable flat monthly price either way.

Tailored Load Balancing

Custom load balancing, failover, and split read/write topology, designed and tuned for your traffic by our engineers.

Configure Your opBNB Node

Pick a node type, tell us your workload, and an engineer sizes and quotes it. One flat monthly price, no compute units, no overages.

1 Dedicated Node = Unlimited RequestsNo Compute Units$0 Overages, Guaranteed

opBNB Full Node

For dApps, games, bots & wallets

CPU
8–12 high-clock cores
RAM
32–64 GB
Storage
~2–4 TB NVMe (PBSS, online pruning)
Network
10 / 25 Gbps
Stack
op-geth + op-node + a BNB Smart Chain L1 RPC
Best for
  • Balances, receipts, logs, and contract reads
  • Fresh state for game and bot traffic
  • Needs a BSC L1 endpoint (bring or host with us)
Included with every node
  • Unlimited RPS, no rate limits
  • HTTPS & WebSocket (WSS)
  • 99.99% uptime SLA
  • Multi-region endpoints
  • Private networking + IP allowlisting
  • 24/7 Web3 engineering support
From$199/moflat, no compute units

Final price is sized to the node specs your chain needs (full vs archive, storage, region), and typically lands 30-40% below comparable RPC providers.

Node specs above are based on the official opBNB documentation.

View official opBNB node docs →

Inquiring about: opBNB · Full Node

Replies in ~5 minA RedSwitches Web3 engineer specs your private endpoint

No compute units, no rate limits. From $199/mo, flat.

Prefer to talk it through first? Start Live Chat

Stop Fighting For Bandwidth On Shared opBNB RPC

Shared opBNB RPC pools throttle you, bill you per compute unit, and seat you next to noisy neighbors. A dedicated opBNB node is your own private backbone: flat-priced, uncapped, and yours alone.

CapabilityShared RPC PoolRedSwitches Dedicated
Request limitsHard rate caps and compute-unit quotas throttle your opBNB calls the moment traffic spikesZero rate limits, your opBNB node serves unlimited requests up to what the hardware can push
ResourcesA noisy-neighbor pool where another tenant's mint or airdrop steals the throughput you paid for100% single-tenant CPU, RAM, and NVMe, reserved for your opBNB workload alone
BillingPer-compute-unit metering with surprise overage bills at the end of the monthOne flat monthly price for the whole node, $0 overages and no usage math
NetworkShared, throttled bandwidth you can neither see nor controlA dedicated 10 / 25 Gbps port, metered or unmetered, that is yours alone
PrivacyA public, pooled endpoint with a wide, shared attack surfaceA private opBNB endpoint behind included DDoS protection and IP allowlisting
History & specsLimited history and fixed plans you cannot resize as you growFull opBNB archive with custom RAM and disk, sized to your query depth
ControlNo server access, the provider picks the client, version, and configFull root, KVM, and IPMI, run the opBNB client and tuning you choose

opBNB Node Specifications

The chain IDs, clients, transports, and JSON-RPC namespaces your dedicated opBNB node ships with. Built to a standard so your existing tooling connects with no changes.

Chain Parameters

Networks
opBNB Mainnet, Testnet
Chain IDs
Mainnet 204 · Testnet 5611
Native token
BNB (testnet tBNB)
Stack
OP Stack (Bedrock) Optimistic Rollup, settles to BNB Smart Chain
Block time
~1 second
Throughput
4,000+ TPS, sub-cent fees
Transports
HTTPS (8545) and WebSocket (8546)
Storage schemes
PBSS (full, pruned) and HBSS (archive)
Dependency
Requires a BNB Smart Chain (L1) RPC endpoint
Explorer
opbnbscan.com, opbnb.bscscan.com

Supported Clients

Execution client
  • op-geth
Rollup node
  • op-node

JSON-RPC Namespaces

  • eth_
  • net_
  • web3_
  • debug_
  • txpool_
  • trace_

You control which namespaces are exposed. Enable debug and trace on archive builds, keep the rest private behind IP allowlisting.

What Teams Build On opBNB Nodes

Where a private, uncapped endpoint beats a shared RPC pool.

On-Chain Games and Micropayments

opBNB is tuned for high-frequency, low-value traffic. A dedicated node keeps game reads, item transfers, and micropayments fast through busy hours, without shared rate limits getting in the way.

Production dApp Backends

Your backend calls opBNB for balances, contract reads, receipts, and logs. A dedicated node gives reserved resources, so your app stays responsive during launches and busy hours.

DEX and Swaps

DEX interfaces need up-to-date pool, route, and price state. A dedicated node reduces stale reads and keeps quotes responsive during volatility, so swaps stop failing.

Trading and Bots

Bots run tight loops on eth_call, receipts, and event scans. Isolated resources and predictable throughput keep strategies from turning into missed entries under shared rate limits.

Indexing and ETL

Indexers pull large log ranges, decode events, and backfill history. A dedicated archive node provisions capacity for big backfills without retry storms or data gaps.

Wallet and Portfolio

Wallets query many addresses per session and need quick confirmations. Dedicated capacity keeps balance views, token screens, and send flows fast when shared RPC throttles.

From opBNB To Private Endpoint In 3 Steps

Pick a node, we provision dedicated bare metal, you get a private, snapshot-ready RPC URL.

  1. 01

    Pick Your opBNB Node

    Choose full or archive op-geth, bring or host the BNB Smart Chain L1 RPC your op-node depends on, and pick the region closest to your users.

  2. 02

    We Provision Bare Metal

    Your single-tenant op-geth + op-node deploys on dedicated NVMe, bootstrapped from a current snapshot, so you skip the long replay.

  3. 03

    Get Your Private Endpoint

    Receive a dedicated HTTPS + WSS RPC endpoint with unlimited requests and zero rate limits, private behind IP allowlisting and DDoS protection.

Put Your Node Where Milliseconds Are Won

RPC latency is mostly a function of distance. A dedicated node lets you choose the exact region, so you sit next to the traffic that matters instead of fighting for routing on a shared, far-away endpoint.

Place It Where Your Users Are

Deploy across 20+ Tier III locations in the US, EU, Asia, and Australia. Put your opBNB node in the region your traffic actually comes from, not wherever a shared pool happens to route you.

Cut The Round Trips

RPC latency is mostly physical distance. Running in the same region as the opBNB sequencer shaves the round-trips a far-away, shared endpoint can never give back, which is what high-frequency reads and transaction submission live or die on.

Multi-Region By Design

Run a primary node plus regional read replicas for fast reads everywhere and built-in redundancy. Split public read endpoints from private admin, debug, and trace endpoints.

Need a node within a target latency budget of a specific region or venue? Tell us the endpoint and we'll recommend the closest facility.

Trusted To Run Production Nodes

Real reviews from Trustpilot, HostAdvice, Cryptwerk, and Google.

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Frequently Asked Questions

Chain IDs, clients, archive data, getLogs limits, and why dedicated beats compute-unit billing.

What is a dedicated opBNB RPC node, and how is it different from shared RPC endpoints?

A dedicated opBNB RPC node runs on single-tenant bare-metal hardware reserved for you: CPU, RAM, NVMe storage, and network port are yours alone. Shared RPC endpoints split capacity across many users, so when demand spikes they throttle requests or add latency. A dedicated setup avoids that and lets you control the full stack, from the op-geth execution client to the BNB Smart Chain L1 RPC connection your op-node needs.

What software stack does an opBNB RPC node require?

opBNB is an OP Stack (Bedrock) L2 rollup, so it uses the same two-component design as Optimism and Base: an execution client (op-geth) and a rollup node (op-node). The execution client handles state, transaction processing, and RPC queries; the rollup node derives L2 blocks from BNB Smart Chain (its L1). You also need a reliable BSC L1 RPC endpoint. With full root access you install, configure, and update these on your own schedule.

What are the opBNB chain IDs and native token?

opBNB Mainnet uses Chain ID 204 with BNB as the native gas token and roughly 1 second block times. opBNB Testnet uses Chain ID 5611 with tBNB. Built on the OP Stack, opBNB is an optimistic rollup that settles to BNB Smart Chain, targeting 4,000+ TPS and sub-cent fees. The block explorers are opbnbscan.com and opbnb.bscscan.com.

What is the difference between an opBNB full node and an archive node?

A full node keeps current state and recent history and serves most RPC queries: balances, contract reads, receipts, and recent logs. opBNB full nodes can use PBSS (path-based) storage with online pruning to stay smaller. An archive node retains full historical trie data at every block height using HBSS, which is needed for eth_call at older blocks, historical balances, and deep event-log scans. Archive needs significantly more storage and RAM.

Do I need a BNB Smart Chain RPC endpoint to run an opBNB node?

Yes. opBNB is an L2 rollup that derives its blocks from BNB Smart Chain (its L1), so the op-node component reads from a BSC L1 RPC endpoint to verify batch submissions and reconstruct the L2 chain. You can use your own BSC node or a reliable third-party L1 RPC. The quality of your L1 source directly affects whether your opBNB node stays in sync.

Is opBNB compatible with standard Ethereum tooling?

Yes. opBNB exposes standard Ethereum JSON-RPC, so it works with ethers.js, viem, Web3.js, and Web3.py, and with frameworks like Hardhat, Foundry, and Truffle. As an OP Stack chain it shares the same tooling ecosystem as Optimism and Base. You point your provider at your dedicated RPC URL and use the eth, net, web3, debug, txpool, and trace namespaces your app needs.

Which ports do I need to open for an opBNB RPC node?

Keep RPC ports 8545 (HTTP), 8546 (WebSocket), and 8551 (Engine API) private until allowlists and rate limits are configured, and open the P2P ports op-geth and op-node use for peer discovery and sync. Exposing RPC ports publicly without protection invites abuse, so put a reverse proxy with authentication or IP filtering in front before any external access.

Do you charge per request or per compute unit?

No. Unlike shared RPC providers that bill per "compute unit" and throttle you past a quota, a dedicated node is a flat monthly price with unlimited requests and zero overages. One node equals all the throughput your hardware can serve. That makes budgeting predictable and removes the surprise bills that come with usage-based RPC pricing.

How is this different from a shared RPC endpoint?

Shared RPC pools serve thousands of customers from pooled infrastructure, so you inherit rate limits, noisy-neighbor latency, and compute-unit billing. A RedSwitches node runs on single-tenant bare metal that is yours alone: reserved CPU, RAM, and NVMe, a dedicated 10/25 Gbps port, and a private endpoint you control. Performance tracks your hardware, not another tenant's traffic.

Do I have to sync the node myself, or wait days for it?

No. We provision from current snapshots so your node is live in hours rather than syncing from genesis for days. You can run it yourself with full root access, or choose our fully managed option where our engineers handle the sync, updates, and monitoring. Either way you receive a working private endpoint, not an empty server.

Can I deploy close to a specific region or sequencer?

Yes. With 20+ Tier III locations across the US, EU, Asia, and Australia you can place your node in the same region as your users or a chain's sequencer to cut round-trip latency. Tell us your target region and we will recommend the closest facility. You can also run multi-region nodes for redundancy and split read and write endpoints.

opBNB Developer Resources

Official opBNB resources for builders running a node: docs, explorers, source, network status, and faucets. Every link points at the first-party source, not a wrapper.

Launch Your Private opBNB Node

From $199/mo flat, sized to your chain's node specs and typically 30-40% below other providers. Snapshot-ready provisioning, zero setup fees, 24/7 Web3 engineers, no compute units, no rate limits.