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Ethereum Blobs Hit Record 6 Per Block: L2 Usage Spikes and What It Means for Meme Tokens

Ethereum Blobs Hit Record 6 Per Block: L2 Usage Spikes and What It Means for Meme Tokens

Hey there, crypto enthusiasts! If you've been keeping an eye on Ethereum's evolution, you might have heard about blobs – those nifty binary large objects introduced with the Dencun upgrade back in March 2024. They're basically a way for Layer 2 (L2) networks to post data more cheaply on the main Ethereum chain, helping scale things up without clogging the network. Well, according to a recent thread from data whiz @hildobby at Dragonfly, we've just hit a milestone: an average of 6 blobs per block for the first time. This is big news, especially for meme token traders who flock to L2s like Base for low-fee fun.

Chart showing average blob count per block since Dencun upgrade, spiking to 6 in September 2025

What's Driving the Blob Boom?

The spike isn't random – it's largely thanks to increased activity on popular L2 rollups. @hildobby points out that networks like Base, Worldcoin, Soneium, Scroll, Shape, Lighter, and Linea are posting more blobs than ever. For context, blobs help these L2s bundle transactions and data off-chain before settling on Ethereum, keeping costs down and speeds up.

Chart illustrating recent blob usage spikes by major L2 networks

Breaking it down by share of submitted blobs, Base leads the pack at 35%, followed by Worldcoin at 20%, Scroll at 10%, and Arbitrum at 8%. Others like OP Mainnet, Soneium, Shape, Lighter, Unichain, and Abstract make up the rest. This distribution shows how diverse the L2 ecosystem has become, with each chain catering to different use cases – from DeFi to, you guessed it, meme tokens on Base.

Blob Space Efficiency and Who's Using What

Not all blobs are created equal, though. Many aren't fully packed, meaning there's wasted space. This inefficiency bumps up Base and Worldcoin's dominance even more when looking at actual used blob space: Base takes 42%, Worldcoin 25%, with Arbitrum at 8% and so on. For meme token fans, this matters because Base has been a meme coin haven – think of all those viral tokens launching and trading there. Higher blob usage could signal growing demand, but it also hints at potential fee pressures if things get too congested.

Pie chart of current submitted blobs percentage by L2 chains Visualization showing many blobs are not full, with Base and World dominating occupied space Pie chart of current used blob space percentage by L2 chains

Fees and Congestion: Back in the Spotlight

With this uptick, L2s are now contributing about $200,000 per week in mainnet fees. That's not chump change, and as blob saturation creeps up, we're entering "price discovery" territory. We even saw the first base fee spike since the Pectra upgrade, though it'll take sustained high usage to really push fees higher. For meme token traders, low fees are key to quick flips and pumps – so keeping an eye on this could help you time your moves on chains like Base.

Graph of L2 contribution to Ethereum mainnet fees, reaching $200k/week Chart of blob base fee spikes post-Pectra upgrade

Inconsistent Posting and Storage Demands

One challenge highlighted is the inconsistent blob posting due to usage spikes on individual chains, making forecasting tricky. @hildobby shared examples of this variability, which could affect reliability for dApps and traders alike.

On the tech side, validators now need over 70 GB just for blobs (and a whopping 1,200 GB if unpruned). That's a reminder of the growing hardware demands in blockchain – something to consider if you're running a node or staking.

Examples of inconsistent blob posting by chains with recent data Chart of validator storage requirements for blobs, exceeding 70 GB

Compression and Optimization Opportunities

Blobs contain compressed data, but ratios vary – most L2s hover under 25% compression. Chains with diverse activity find it harder to compress efficiently. Plus, over 10% of blobs aren't full, often from smaller rollups that post before filling the 128KB limit. A cool paper suggests blob sharing could slash posting costs by over 85% for these – check it out here.

Finally, blobs have introduced some MEV (Miner Extractable Value) inefficiencies, affecting about 30% of blob-containing blocks. MEV is basically the profit validators can make by reordering transactions – and inefficiencies here could lead to unpredictable fees or delays. Dive deeper into that in this paper.

Graph of blob compression ratios across different L2 chains Analysis of unfull blobs and potential for blob sharing

This blob surge underscores Ethereum's scaling progress, but it also spotlights areas for improvement. For meme token insiders, it's a heads-up: as L2s like Base grow, so might the costs – stay nimble! If you're deep into blockchain data, follow @hildobby for more insights, and keep building that knowledge base right here at Meme Insider.

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