- Compare
- Darwinia vs opBNB
Darwinia vs opBNB Scalability
Real-time TPS
Darwinia has no data, while opBNB TPS is 31.81 tx/s
Max TPS (100 blocks)
Darwinia has no data, while opBNB max TPS is 548.1 tx/s
Max Theoretical TPS
Darwinia has no data, while opBNB max theoretical TPS is 4,762 tx/s
Transaction Volume
Darwinia has no data, while opBNB transaction volume is 114,517 txns
Block Time
Darwinia has no data, while opBNB block time is 0.5s
Finality
Darwinia has no data, while opBNB finality is 1m 2s
Type
Darwinia has no data, while opBNB is a layer 2 blockchain
Launch Date
Darwinia has no data, while opBNB was launched on Aug 11, 2023
Darwinia vs opBNB Decentralization New
Nakamoto Coefficient
Darwinia has no data, while opBNB Nakamoto Coefficient is 1
Validators/Miners
Darwinia has no data, while opBNB has 1 validators
Stake/Hashrate
Darwinia and opBNB have no data
Consensus Mechanism
Darwinia has no data, while opBNB is Rollup (Optimistic)
Governance
Darwinia has no data, while opBNB governance is off-chain
Other Comparisons
Darwinia Comparisons
opBNB Comparisons
About Blockchains
About Darwinia
Darwinia is pioneering the development of cutting-edge cross-chain service solutions, with a strategic emphasis on boosting the cross-chain functionalities of decentralized applications. At its core, the Darwinia Chains represents an EVM-compliant network built upon the Polkadot framework. It has been designed to integrate seamlessly with various bridge tools, such as the Helix Bridge and the Msgport protocol. This integration facilitates the connection between assets within the Polkadot ecosystem and the wider array of EVM chains present in the Ethereum ecosystem.
About opBNB
opBNB is an optimistic rollup network designed to enhance the scalability of the Binance Smart Chain (BSC). It aims to take the workload away from the mainnet and improve network performance. The opBNB network employs a unique approach to ensure transaction integrity and security. It leverages the main network (BSC) for final transaction validation on its execution layer, facilitated by a verifier mechanism, striving to achieve high throughput while maintaining security.