Ethereum remains the center of the EVM ecosystem, but its base-layer throughput is still limited. The source says Ethereum handles roughly 15 to 30 transactions per second on Layer 1, while gas fees often climb above $20 during periods of heavy demand. Validator activity is spread across more than 900,000 nodes, and the network has settled cumulative on-chain value measured in the trillions of dollars since launch.
BlockDAG is presented as a contrasting model. It says its Layer 1 can support 1,400 TPS while staying EVM-compatible, shifting scalability into the base protocol instead of pushing execution to Layer 2. That sets up a direct comparison over where EVM bottlenecks should be handled: on the main chain itself or through external scaling layers.
Ethereum still leans on rollups for scale
Ethereum remains the reference platform for EVM development, hosting a large share of decentralized applications, stablecoins, and DeFi protocols. Its execution environment is well tested, and its developer base remains the largest in the sector. Even so, the article says upgrades such as the Merge and later optimizations have not materially changed Layer-1 throughput. The network still depends on Layer-2 systems including Optimism, Arbitrum, and zk-rollups to expand transaction capacity.
That modular approach increases overall capacity, but it also spreads activity across multiple environments. Liquidity becomes fragmented, bridging adds extra operational complexity, and finality still depends on settlement back to Ethereum. For developers building applications with high transaction frequency or heavier compute needs, congestion, fee swings, and delayed settlement remain practical constraints.
BlockDAG pitches native throughput at Layer 1
According to the source, BlockDAG uses a Directed Acyclic Graph structure instead of a strictly linear block sequence. The point of that design is parallel processing and validation of multiple blocks, which the project says supports up to 1,400 TPS directly on Layer 1.
For developers, the stated appeal is continuity rather than reinvention. Smart contracts can run in a familiar EVM environment without relying on rollups or off-chain execution layers, while transaction ordering is handled through graph-based consensus. In the article’s framing, BlockDAG is trying to turn scalability into a native protocol feature instead of an external dependency.
Latency, fees, and execution design split the two approaches
The source describes Ethereum’s current path as increasingly modular, with execution, data availability, and settlement separated across layers. That structure may support long-term scaling goals, but it also adds burdens for both users and developers. Cross-rollup liquidity, bridging risk, and different security assumptions all shape how applications have to be built. BlockDAG takes the opposite direction by keeping execution consolidated at Layer 1 while preserving EVM tools, wallets, and developer workflows.
The article argues that this type of consolidation can improve latency and fee predictability. If more throughput is available at the base layer, short bursts of activity have less impact on transaction costs. It points to gaming, real-time financial instruments, and enterprise automation as examples of workloads that could benefit. The comparison is not framed as a replacement story, but as an alternative execution venue for EVM applications that prioritize protocol-level speed.
Presale totals more than $442 million ahead of January 26 close
On network economics, Ethereum is tied in the article to scarcity mechanics and fee burning under EIP-1559. That can support long-term value accrual, but it does not directly expand execution capacity. When demand rises, users still compete for limited block space. BlockDAG is described as approaching the issue by increasing available throughput, which expands block-space supply instead of rationing it through higher fees.
The source also links market interest to BlockDAG’s token presale. It says the project has raised more than $442 million, with the current batch priced at $0.003, and that the presale is scheduled to end on January 26. In the article’s framing, those figures reflect investor demand for Layer-1 networks that keep EVM compatibility while trying to address execution limits directly.
The closing comparison is straightforward. Ethereum remains the settlement and liquidity anchor for a large part of the crypto economy, with security and decentralization prioritized over aggressive throughput expansion. BlockDAG is presented as an execution-focused option inside the same EVM universe, aimed at developers who want more speed at the protocol layer.