Ethereum price on Apr 10, 2026 at 5pm EDT?

SEC approved spot Ethereum ETFs well before Q1 2026. The U.S. Securities and Exchange Commission (SEC) granted approval for the listing and trading of spot Ethereum exchange-traded funds (ETFs) on May 23, 2024. This decision encompassed the approval of eight Ethereum ETFs from prominent applicants such as BlackRock and Fidelity, enabling their listing on various exchanges ^[1]. This timeline significantly predates Q1 2026, with spot ETH ETFs already active and demonstrating market movements by that period ^[3].

SEC approval rested on classifying ETH as not a security. The specific legal rationale for the SEC's approval, as detailed in official disposition documents like the "Order Granting Accelerated Approval of a Proposed Rule Change," focused on the classification of ETH. The SEC explicitly stated that it had "on several occasions expressed the view that ETH is not a security," further affirming that "ETH, itself, is not a security" ^[2]. This crucial classification allowed the SEC to apply a regulatory framework similar to that used for Bitcoin spot ETFs, which prioritizes adequate surveillance sharing agreements to mitigate market manipulation and fraud ^[2].

Subsequent discussions did not alter the initial approval rationale. While later documents from Q1 2026 did explore broader interpretive statements regarding digital asset securities and the potential for ETH to exhibit characteristics of both commodities and securities based on context, these subsequent discussions did not change the fundamental rationale underpinning the original ETF approval ^[4]. The core legal basis for the May 2024 approval remained the SEC's consistent stance that ETH is not a security.

Full Danksharding is a key component of Ethereum's "The Surge" stage. This phase, which includes Danksharding, is generally projected for implementation between 2023 and 2024 ^[1]. This timeline places "The Surge" to precede 'The Verge' (2024-2025) and 'The Purge' (2025-2026) ^[1]. Proto-Danksharding (EIP-4844) serves as an initial preparatory step, establishing foundational elements for the full Danksharding rollout ^[4]. However, specific completion dates for full Danksharding, derived directly from core developer notes or client commits for Prysm and Lighthouse, are not available within the provided research ^[5].

Danksharding dramatically scales Ethereum's transaction throughput and data availability. The full implementation is designed to substantially enhance Ethereum's scalability and transaction processing capabilities ^[3]. It is expected to create "enormous amounts of space for rollups" ^[3], contributing to a potential network capacity of approximately 100,000 transactions per second (TPS) ^[2]. This increased data availability is vital for optimizing the overall efficiency of rollups on the network.

Danksharding is expected to substantially reduce transaction fees for users. By offering cheaper, dedicated data space for rollups, primarily through "data blobs"—a concept introduced with Proto-Danksharding—it directly addresses the cost structure ^[4]. This mechanism significantly reduces the expenses for rollups when posting transaction data to the Ethereum mainnet, which in turn leads to "vastly lower fees for users" by lowering gas costs for end-users of rollups ^[3].

Identifying top ETH call strikes for March 2026 presents significant data limitations. The research identified one prominent ETH call option strike: the $6,500 call option, which has been noted for dominating with $383 million in open interest, indicating a significant concentration ^[1]. However, the provided source does not explicitly confirm that this specific open interest figure or dominance is for options expiring in March 2026 ^[1]. The available sources do not explicitly identify two additional specific call strike prices with the highest institutional concentration for ETH options with a March 2026 expiry. While an ETH options series expiring on March 9, 2026, is confirmed as tradable via a Deribit URL ^[3], this specific URL references a $2025 put option and does not provide details on top call strike prices or their open interest ^[3].

Direct implied volatility comparison for March 2026 options is not possible. The available sources do not directly provide specific implied volatility figures for individual March 2026 ETH call option strikes or for comparable at-the-money (ATM) options with a March 2026 expiry. Although a source from Glassnode mentions "ETH Options ATM Implied Volatility (1 Week) Deribit" ^[2], this short-term (1-week) ATM volatility is unsuitable for a direct comparison with long-dated options expiring in March 2026. Therefore, a direct comparison of implied volatility for specific March 2026 call strikes against ATM options for the same expiry cannot be made using the provided research.

Wallets holding over 10,000 ETH show strong net accumulation. On-chain data reveals that wallets holding over 10,000 ETH, excluding known exchange addresses, are engaged in a significant net accumulation trend. This cohort, often termed 'mega-whales,' has acquired approximately 1.49 million ETH, a buying intensity not witnessed since 2017 ^[1]. This accumulation has developed into a 'parabolic' trend, with large holders spending millions to acquire ETH, suggesting strategic movements and potential bullish momentum leading into 2026 ^[3].

This cohort's centralized exchange position is decreasing. The ongoing accumulation by large Ethereum holders implies a declining net position for this group on centralized exchanges. When these entities acquire Ethereum for long-term investment, they typically withdraw these assets from exchanges into private, self-custody wallets for enhanced security and strategic holding [implied from 4, 5, 8]. Therefore, the increase in their total ETH holdings is accompanied by a reduction in their assets held on centralized platforms, indicating a strong long-term outlook [implied from 4, 6, 8].

Ethereum's net issuance rate is projected to be deflationary in 2025. Analyses suggest a net annual issuance rate ranging from -0.5% to -1.5% ^[1], with some projections further refining this to -0.7% to -1.2% ^[4]. This anticipated deflationary trend means that the amount of ETH burned via the EIP-1559 mechanism will exceed staking rewards, particularly as network activity and transaction volumes are expected to rise ^[1]. The EIP-1559 protocol actively removes a portion of transaction fees from circulation, thereby contributing to a reduction in the overall ETH supply ^[1].

Significant ETH supply is expected to be locked in staking by 2025. Projections indicate that liquid staking protocols, such as Lido and Rocket Pool, will collectively secure approximately 20-25% of the total circulating ETH supply by year-end 2025 ^[2]. More broadly, over 35% of the total circulating ETH supply is estimated to be locked across all staking protocols by the close of 2025, with liquid staking solutions accounting for a substantial majority, approximately 60-70%, of this total staked amount ^[3]. These trends are informed by observations derived from data aggregators like Dune Analytics ^[5].