BSC Chain Accelerated Dedicated Node

GetBlock's BSC Chain Accelerated Dedicated Node enable users to direct access to fast, robust and high performance network layers.

A BSC Chain accelerated node is a high-performance dedicated node deployed on top of high-speed networking layers via the Blockchain Distributed Network (BDN) via a reliable gateway, BloxRoute. It observes state changes, mempool activity, and block production events significantly faster than standard peer-to-peer setups, serving traders, validators, dApps, and more with low latency and strong security.

Interested in building on BSC using an Accelerated Dedicated Node? Reach us for more information.

How It Works

In a standard setup, your node receives data through the BSC peer-to-peer gossip network:

With BDN Gateway acceleration, your node receives data through two channels simultaneously:

The Gateway merges data from both the BDN fast path and the standard P2P layer, ensuring your node always has the freshest state available.

What Gets Accelerated

The BDN Gateway improves the delivery speed of:

Data Type	Description	Impact
New Blocks	Block headers and transactions	React to state changes faster
Mempool Updates	Pending transactions	See opportunities earlier
State Transitions	Account and contract state	Fresher data for decisions

Performance Comparison

Metric	Standard P2P	With BDN Gateway
Block propagation	200-500ms	<50ms
Mempool visibility	Variable	Near-instant
State freshness	Delayed	Real-time

Architecture Details

GetBlock manages the entire Gateway infrastructure on your behalf:

1. Deployment: We deploy a bloxRoute Gateway in the same data center as your dedicated node, minimizing network hops.

2. Connection: Our DevOps team connects the Gateway directly to your node's P2P interface.

3. Data Flow: The node receives transactions and blocks from both the standard P2P layer and the BDN propagation network.

4. Automatic Selection: Your node automatically uses the first source to deliver data.

Benefits for Your Workloads

Node acceleration directly benefits latency-sensitive applications:

• Trading Bots: React to price movements and arbitrage opportunities faster

• Liquidation Systems: Monitor positions with fresher state data

• Analytics Pipelines: Process blocks and transactions with minimal delay

• MEV Strategies: Observe mempool activity before competitors

No Action Required

• Automatic: Enabled when you provision an accelerated dedicated node

• Transparent: Your existing RPC calls work unchanged

• Managed: GetBlock handles all Gateway maintenance and updates

Your application code remains the same. The improvement happens at the infrastructure layer, giving you faster data without code changes.

What to do With Accerelated Node

While node acceleration improves data reception passively, you can further improve your dApp or workflow by:

• Subscribing to real-time streams for direct access to BDN data

• Submitting transactions via the public mempool with accelerated propagation

• Using private transactions for MEV protection or without MEV Protection