Question 1

Dedicated vs. Shared Node Access on Solana RPC: What Should You Compare?

Accepted Answer

Shared Solana RPC pools many callers onto the same backend, which keeps costs low and setup simple but makes throughput and latency unpredictable under load. Dedicated Solana nodes give one workload its own infrastructure, so you control capacity, rate limits, and how aggressively you poll or subscribe. This article breaks down the tradeoffs, the workloads that fit each model, and how to evaluate providers before you commit.

Question 2

Can you compare dedicated versus shared node access for Solana RPC?

Accepted Answer

Shared Solana RPC pools many users behind common endpoints, so you get fast setup and low cost but contend for throughput, rate limits, and WebSocket slots. Dedicated Solana nodes give your workload its own resources, predictable capacity, and room for archive, trace, and subscription-heavy patterns. This article breaks down the tradeoffs, the workload signals that push you toward one model, and how to evaluate providers such as OnFinality for either path.

Question 3

What Is a TON Public Node and When Should You Use One?

Accepted Answer

A TON public node is a shared RPC endpoint that lets you read TON blockchain data and submit transactions without running your own node. It is the fastest way to get a wallet, script, or prototype talking to TON, but shared endpoints come with rate limits, variable latency, and no operational guarantees.

This article explains how TON RPC differs from EVM chains, how to connect to a public endpoint, when a public node is enough, and when to move to a managed RPC API or a dedicated node for production workloads.

Question 4

Dedicated vs shared node access for Solana RPC services: which should your app use?

Accepted Answer

Shared Solana RPC pools route many applications through the same node fleet, which keeps onboarding simple and cost low but leaves your throughput and latency exposed to other tenants' traffic. Dedicated node access gives your workload its own node capacity, so you control rate limits, WebSocket subscriptions, and archive or trace-heavy calls without competing for slots.

The right choice depends on your workload shape: prototypes, wallets, and low-volume reads usually run fine on shared endpoints, while trading bots, indexers, and high-frequency dApps typically need dedicated capacity or a hybrid setup with failover. This article breaks down the tradeoffs, the Solana-specific constraints that matter, and how to evaluate providers such as OnFinality for either model.

Question 5

What Should You Evaluate in a Solana Node Provider?

Accepted Answer

A Solana node provider gives your application an RPC endpoint (and sometimes WebSocket access) to the Solana cluster, so you don't have to run and maintain validator or RPC infrastructure yourself. The right provider depends on your workload: read-heavy dApps, high-frequency trading bots, indexers, and analytics pipelines each stress different parts of the node.

This article breaks down how to evaluate Solana node providers, what to test before committing, and where OnFinality's Solana RPC API and dedicated nodes fit into a production stack.

Question 6

What is a Solana light node and when should you use one?

Accepted Answer

A Solana light node is a client that keeps only the state it needs to verify accounts and transactions, rather than storing the full ledger. It is useful for wallets, dashboards, and edge services that need fast reads without running validator-grade hardware. For most production apps, a managed RPC endpoint or a dedicated node replaces the operational burden of running a light client yourself. This article explains what a light node does on Solana, how it differs from validators and full nodes, and how to decide between self-hosting and using RPC infrastructure.

Question 7

RPC Service and Dedicated Node Access for Solana Projects: What Should You Compare?

Accepted Answer

Solana projects hit different bottlenecks than EVM apps: high request volume, WebSocket subscriptions, and heavy getProgramAccounts-style reads can overwhelm shared public endpoints. This article explains how to evaluate RPC services and dedicated node access for Solana, including what to test before you commit, how to configure endpoints, and where dedicated infrastructure fits. OnFinality offers Solana RPC API access and dedicated node options, and you can review supported networks and pricing to match your workload.

Question 8

What is a Solana archive node, and when do you actually need one?

Accepted Answer

A Solana archive node keeps the full ledger history rather than pruning older slots, so you can query historical blocks, transactions, and account states that a standard node has already discarded. Most apps never touch that data, but indexers, analytics pipelines, tax and compliance tooling, and backfill jobs depend on it.

This page explains what archive access changes in practice, how to tell whether your workload needs it, and how to connect through an RPC API or a dedicated node when you do. It also covers the operational tradeoffs, the failure modes you will hit, and how to evaluate a provider before you migrate production traffic.

Question 9

Solana RPC Provider with Dedicated Node Access: When to Move Off Shared Endpoints

Accepted Answer

Shared Solana RPC endpoints are fine for prototyping, but they introduce noisy-neighbor effects, tighter request budgets, and unpredictable latency once your app hits production traffic. Dedicated node access gives your workload its own Solana validator/RPC infrastructure, so throughput, WebSocket subscriptions, and archive-style queries are isolated from other tenants. This article explains how to tell when you have outgrown a shared endpoint, what dedicated access actually changes at the request level, and how to evaluate a Solana RPC provider before you migrate. OnFinality offers both a shared Solana RPC API and dedicated node options, so you can start on the public endpoint and scale into isolated infrastructure when your workload demands it.

Question 10

Dedicated vs shared node access on Solana: how should you compare RPC providers?

Accepted Answer

Shared Solana RPC pools many callers onto the same endpoints, so throughput and priority depend on what everyone else is doing at that moment. Dedicated Solana nodes give your workload its own capacity, which matters when you rely on high-volume reads, WebSocket subscriptions, or predictable behavior under load. This comparison explains how to evaluate providers on both models, which workloads fit each, and what to check before you commit.

Question 11

What should you evaluate in an Ethereum RPC node provider?

Accepted Answer

An Ethereum RPC node provider runs and maintains Ethereum nodes so your app can read chain state and broadcast transactions over JSON-RPC without operating the client software yourself. The right provider depends on your workload: read-heavy dapps, indexers, trading bots, and bridges each stress different methods and transports. OnFinality offers Ethereum RPC API access and dedicated node infrastructure, so you can start on a shared endpoint and move to isolated capacity when your traffic grows.

Question 12

What can you actually do with a free Solana node endpoint?

Accepted Answer

A free Solana node endpoint is a shared RPC URL you can call without paying, usually for learning, prototyping, or low-volume scripts. It works for basic reads like getBalance and getLatestBlockhash, but shared capacity means rate limits, variable latency, and occasional failures under load.

This page explains what free Solana endpoints are good for, where they break down, and when to move to a managed or dedicated Solana RPC setup. It also shows how to test an endpoint, configure wallets, and decide whether your workload can stay free or needs a paid plan.

API Service

Dedicated Nodes

Enterprise Nodes

Indexer Services

Network Prototyping Tools

Staking & Validators

AI Agent

RPC documentation entries

Dedicated vs. Shared Node Access on Solana RPC: What Should You Compare?

Can you compare dedicated versus shared node access for Solana RPC?

What Is a TON Public Node and When Should You Use One?

Dedicated vs shared node access for Solana RPC services: which should your app use?

What Should You Evaluate in a Solana Node Provider?

What is a Solana light node and when should you use one?

RPC Service and Dedicated Node Access for Solana Projects: What Should You Compare?

What is a Solana archive node, and when do you actually need one?

Solana RPC Provider with Dedicated Node Access: When to Move Off Shared Endpoints

Dedicated vs shared node access on Solana: how should you compare RPC providers?

What should you evaluate in an Ethereum RPC node provider?

What can you actually do with a free Solana node endpoint?

Never Worry about Infrastructure Again

Supported Networks

Product

Company

Resources

Efinity RPC Assistant

RPC documentation entries

Dedicated vs. Shared Node Access on Solana RPC: What Should You Compare?

Can you compare dedicated versus shared node access for Solana RPC?

What Is a TON Public Node and When Should You Use One?

Dedicated vs shared node access for Solana RPC services: which should your app use?

What Should You Evaluate in a Solana Node Provider?

What is a Solana light node and when should you use one?

RPC Service and Dedicated Node Access for Solana Projects: What Should You Compare?

What is a Solana archive node, and when do you actually need one?

Solana RPC Provider with Dedicated Node Access: When to Move Off Shared Endpoints

Dedicated vs shared node access on Solana: how should you compare RPC providers?

What should you evaluate in an Ethereum RPC node provider?

What can you actually do with a free Solana node endpoint?

Never Worry about Infrastructure Again

Supported Networks

Product

Company

Resources