Massive L2 Gas Fee Reduction: Dencun Upgrade Slashes Costs By 90%

Key Points:

  • The Dencun upgrade to Ethereum has significantly reduced Layer 2 (L2) gas fees, with costs for data transfers dropping dramatically for multiple L2 solutions.
  • The new blob mechanism is expected to lead to a 90% reduction in transaction costs on L2 solutions.
Ethereum’s Dencun upgrade led to significant L2 gas fee reduction, decreasing costs for transactions on layer 2 solutions. However, it didn’t boost investor interest in rollups.

The recent Dencun upgrade to Ethereum has brought about a significant L2 gas fee reduction, exceeding initial expectations.

The upgrade introduces a mechanism that decreases costs linked to transactions on layer 2 solutions, which batch and compress transactions prior to transferring them to the mainnet.

L2 gas fee reduction has had a substantial impact

The cost of L2 sending data to Ethereum has dropped dramatically, for example:

  • Optimism’s costs went from $307.91 to just $4.18;
  • Arbitrum’s costs decreased from $297.87 to $31.59;
  • zkSync’s costs dropped from $320.75 to $36.5.
Massive L2 Gas Fee Reduction: Dencun Upgrade Slashes Costs By 90%
Source: DUNE

Other L2 solutions such as Base, Zora, and Mode also experienced a cost decrease of over 90%.

Rollups, however, need to manually implement blobs. So far, Base, Optimism, Arbitrum, Zora, and zkSync have done so. Ethereum hosts more than 40 rollups, 26 of which are upcoming projects.

Readmore: VanEck Cuts Spot ETF Fee To 0.2% Following A 160% Price Rally

Investor Interest in Rollups Despite Upgrade

The consensus amongst experts is that the blob mechanism will lead to a 90% decrease in transaction costs on layer 2 solutions. According to Ethereum co-founder Vitalik Buterin, 125 kb of call data now costs approximately 0.06 ETH ($238), while a similar-sized blob is likely to cost only 0.001 ETH ($3.98).

Despite this positive, the Dencun upgrade has not yet stimulated investor interest in the native tokens of rollups, which are expected to benefit the most from blob-carrying transactions.

Massive L2 Gas Fee Reduction: Dencun Upgrade Slashes Costs By 90%

Key Points:

  • The Dencun upgrade to Ethereum has significantly reduced Layer 2 (L2) gas fees, with costs for data transfers dropping dramatically for multiple L2 solutions.
  • The new blob mechanism is expected to lead to a 90% reduction in transaction costs on L2 solutions.
Ethereum’s Dencun upgrade led to significant L2 gas fee reduction, decreasing costs for transactions on layer 2 solutions. However, it didn’t boost investor interest in rollups.

The recent Dencun upgrade to Ethereum has brought about a significant L2 gas fee reduction, exceeding initial expectations.

The upgrade introduces a mechanism that decreases costs linked to transactions on layer 2 solutions, which batch and compress transactions prior to transferring them to the mainnet.

L2 gas fee reduction has had a substantial impact

The cost of L2 sending data to Ethereum has dropped dramatically, for example:

  • Optimism’s costs went from $307.91 to just $4.18;
  • Arbitrum’s costs decreased from $297.87 to $31.59;
  • zkSync’s costs dropped from $320.75 to $36.5.
Massive L2 Gas Fee Reduction: Dencun Upgrade Slashes Costs By 90%
Source: DUNE

Other L2 solutions such as Base, Zora, and Mode also experienced a cost decrease of over 90%.

Rollups, however, need to manually implement blobs. So far, Base, Optimism, Arbitrum, Zora, and zkSync have done so. Ethereum hosts more than 40 rollups, 26 of which are upcoming projects.

Readmore: VanEck Cuts Spot ETF Fee To 0.2% Following A 160% Price Rally

Investor Interest in Rollups Despite Upgrade

The consensus amongst experts is that the blob mechanism will lead to a 90% decrease in transaction costs on layer 2 solutions. According to Ethereum co-founder Vitalik Buterin, 125 kb of call data now costs approximately 0.06 ETH ($238), while a similar-sized blob is likely to cost only 0.001 ETH ($3.98).

Despite this positive, the Dencun upgrade has not yet stimulated investor interest in the native tokens of rollups, which are expected to benefit the most from blob-carrying transactions.

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