Mantle (MNT) Price

Mantle is a set of Ethereum scaling solutions. Its official code repository describes it as optimistic rollups and ZK rollups using an iterative modular chain architecture; MNT is the native token of the Mantle network. The two are not the same concept: Mantle is the network system that processes and settles transactions, while MNT is the native asset used by that network. As a Layer 2, Mantle places transaction execution on a separate execution layer, then connects batches and proof processes related to Ethereum to the underlying system. The purpose is not to leave Ethereum and create an unrelated chain, but to ease the throughput and cost constraints of having the mainnet directly process every transaction while retaining its connection with Ethereum.

MNT is the native transaction-fee token of the Mantle network. When users initiate transfers, interact with contracts, or use applications on Mantle, transactions consume network resources, and their wallets must hold sufficient MNT to pay the corresponding gas; even if the asset a user interacts with is another token, gas is still settled in the network's native asset. The final transaction fee is related to the gas consumed by execution and the network's data-cost model, rather than being determined solely by the transfer amount. Mantle V2's Arsia upgrade introduced a new L1 data-fee model, indicating that user costs are also affected by the cost mechanism for associating Layer 2 transaction data with Ethereum; the actual amount should be based on the estimate shown before the wallet signature.

Mantle aims to address the limited throughput and relatively high gas costs of executing transactions directly on the Ethereum mainnet. Its basic approach is to move execution of a large number of transactions to Layer 2, then connect with Ethereum through rollup batching, data availability, and proof components; therefore, scaling comes from separating execution and data processing, rather than simply promising that all transactions will inherently be faster or cheaper. Mantle's modular design assigns different issues to different components. Its official V1 repository lists directions including data availability and EVM-level fraud proofs; V2, based on the OP Stack, has gone through upgrade stages such as BedRock, Everest, Limb, and Arsia. The significance of upgrades lies in changing specific network capabilities such as compatibility, node performance, deposit time, or fee models; the actual experience still depends on the network state and application implementation at the time.