BNB Chain recently announced layer2 opBNB to solve the scalability issue. In this article you will find answers to all your questions, here are the questions and answers;
1️⃣ What is opBNB?
opBNB is a scalability layer2 solution for BNB Smart Chain (BSC). It works as an EVM compatible layer2 chain based on Optimism OP Stack. It accelerates transactions, increases transaction capacity and reduces transaction costs with Optimistic Rollups technology. We know that one of the biggest reasons why blockchains cannot spread all over the world is scalability.
2️⃣ What will opBNB contribute to BNB?
🔶 Scalability: opBNB greatly increases the scalability of BNB Smart Chain. With high transaction speed, more transfer transactions can be performed instantly, reducing congestion and congestion in the network. This allows BNB to be used more efficiently. It provides larger spaces for dapps and developers.
🔶 Low Transaction Costs: opBNB's execution of transactions off-chain using Optimistic Rollups technology significantly reduces transaction costs. This means lower transaction fees for users and allows BNB to be used more economically. See; Arbitrum, Optimism etc.
🔶 Ecosystem Growth: opBNB provides a solid platform to developers and enables projects to run on BSC more easily. This encourages the participation of new and comprehensive projects in the BNB ecosystem. More projects using BNB could increase the value of BNB. That's why this development is seriously important.
3️⃣ Why are layer2s important for layer1?
We actually discussed why Layer2s are important for Layer1s in article 2, if we were to add;
🔶 Layer 1 blockchains are unfortunately limited in their transaction capacity and speed. Layer 2 solutions are designed to overcome these limitations and achieve higher processing speeds. Layer 2 separates transactions from Layer 1, providing faster and more efficient transaction processes. This allows the blockchain to support more users and applications.
🔶 Transaction fees may increase due to heavy transaction traffic on Layer 1. Here layer2s collect transactions off-chain, that is, off-chain, and send them to layer1 with a single tx, solving the cost and congestion. This is reflected in the network as security, speed and low cost.