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MegaETH mainnet launches targeting 100,000 TPS as MEGA token drops 30%. FDV hits $1.56B.
MegaETH deployed its public mainnet on February 9, 2026, targeting 100,000 transactions per second (TPS) as Ethereum co-founder Vitalik Buterin questioned the viability of the network's existing layer-2 scaling roadmap [1][2]. The launch introduces a "real-time" blockchain architecture designed to eliminate latency, entering a market where the utility of high-throughput L2s is under debate [1][2].
| At a glance | |
|---|---|
| Price | $0.156 |
| 24h Move | Down ~30% from debut |
| Market Cap | $176 million |
| Catalyst | Mainnet launch targeting 100k TPS |
The network aims to solve "performance anxiety" with a theoretical capacity of 100,000 TPS and sub-millisecond block times, utilizing a specialized architecture that separates sequencers, provers, and full nodes [1]. This follows a stress test that processed 10.7 billion transactions at a sustained 35,000 TPS, exceeding Ethereum’s total lifetime transaction volume [1][2]. The launch coincides with skepticism from Buterin, who recently argued that the original L2 roadmap "no longer makes sense" and noted that Ethereum's base layer now scales more effectively than anticipated [2]. While MegaETH targets speeds comparable to centralized servers, Solana’s experience highlights the gap between theory and practice, advertising 65,000 TPS but averaging roughly 3,400 TPS in actual conditions [2].
The native MEGA token launched Thursday at a $1.56 billion fully diluted valuation, trading at $0.156 with a market cap of $176 million after dropping roughly 30% from its debut price [3]. The project raised $450 million in an oversubscribed token sale in October 2025, backed by Buterin and Ethereum co-founder Joe Lubin [2]. Tokenomics distinguish the project, with over 50% of the 10 billion total supply tied to key performance indicators (KPIs) such as total value locked (TVL) and sustained TPS, rather than time-based vesting [1][3]. Only 1.129 billion tokens are currently in circulation, leaving the majority of supply locked pending network growth milestones [3].
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A layer 2 solution builds on top of a blockchain's main layer (layer 1) to increase transaction throughput and reduce costs by processing transactions off‑chain before settling them on the main chain.
Liquid provides a side‑chain with one‑minute block times, confidential transactions, and support for new asset types, and works with the Lightning Network to consolidate and speed up Bitcoin payments.
Unichain targets a 95% reduction in transaction fees, one‑second block times, and 250 ms sub‑blocks to deliver faster, cheaper Ethereum transactions.
Common Ethereum layer 2 approaches include channels (similar to Bitcoin's Lightning Network), Plasma child chains, and roll‑up based side‑chains that batch transactions before posting them to the mainnet.
Both networks face congestion and high fees as usage grows, prompting the development of layer 2 technologies to increase scalability, lower costs, and enable new financial applications.