Ethereum Staking Deposits Just Surpassed Withdrawals, Why This Could Send ETH Price Above $4,000

bitcoinistPublished on 2025-12-31Last updated on 2025-12-31

Abstract

Ethereum staking deposits have surpassed withdrawals for the first time in six months, signaling a potential major price recovery. On-chain data shows the validator entry queue has surged to 788,310 ETH ($2.3B), significantly larger than the exit queue of 312,091 ETH. This shift indicates renewed institutional and long-term holder confidence, tightening ETH's liquid supply. Notably, firm Bitmine staked 342,560 ETH ($1B) in late December. Historically, such staking inflows have preceded major rallies, like the price doubling in June 2025. Analysts suggest this could propel ETH from its current $2,930 level past $4,000 in 2026.

The ETH price could be gearing up for a major recovery from downtrends as the Ethereum network shows renewed signs of strength. On-chain data shows that validator deposits have once again outpaced exits, even after months of higher withdrawal activity, reflecting improved sentiment among holders. Notably, the change is being closely watched as a potential catalyst that could tighten supply and support a move towards or above the $4,000 level.

Ethereum Staking Deposits Overtake Withdrawals

Ethereum is seeing a notable shift in staking activity as validator deposits have surpassed withdrawals for the first time in six months. Validator entry queues have surged to more than twice the size of exit queues, pointing to renewed demand for staking and growing confidence among institutional partners and ETH long-term holders.

Data from ValidatorQueue shows that Ethereum’s validator entry queue has climbed to roughly 788,310 ETH, at the time of writing. At current prices, this represents about $2.3 billion in value and comes with an estimated wait time of 13 days and 16 hours to activate new validators. By contrast, ETH’s validator exit queue remains significantly smaller, standing at around 312,091, valued at approximately $916,923, as of writing.

Source: ValidatorQueue

Notably, the current level represents the highest ETH volume queued for staking since late November. A surge in staking inflows above withdrawals has also been frequently associated with bullish price action for Ethereum.

Meanwhile, treasury buyers have played a significant role in this increase in validator entry queues, with Ethereum-focused firm Bitmine leading the way. Data from LookOnChain reveals that the crypto company staked 342,560 ETH on December 28, valued at roughly $1 billion. Bitmine’s staking activity comes as it prepares to launch its Made in America Validator Network (MAVAN) in 2026. Such large-scale staking by treasury firms typically reduces ETH’s liquid supply, which, in turn, can support higher prices.

Beyond treasury companies, Ethereum’s broader network participation is also rising. ValidatorQueue reports that there are now more than 983,060 active validators on the blockchain, representing approximately 29.29% of the total supply, or around 35.5 million ETH, currently staked. Moreover, the Ethereum Pectra upgrade has improved users’ staking experience and raised maximum validator limits, making restating easier for large balances.

Source: ValidatorQueue

How This Could Push ETH Price Past $4,000

Historically, periods when the Ethereum validator entry queue exceeds the exit queue have often preceded major ETH price rallies. Analysts note that the last time staking deposits surpassed withdrawals, in June 2025, Ethereum’s price had doubled over a short span.

Source: X

If history repeats itself, the cryptocurrency could experience another sharp rally in 2026. From its current price of above $2,930, a continuation of trends could push it well above $4,000. Analysts also confirm that ETH is currently testing the $3,000 level, and a strong bounce from this zone could open the path toward $4,000.

ETH price fails to hold up | Source: ETHUSDT on Tradingview.com

Related Reads

The Tao (τ) Law Makes EDA Go Viral

In May 2026, Huawei's semiconductor division introduced the "Tao (τ) Law" at IEEE ISCAS, shifting the industry focus from Moore's Law's geometric scaling to "time scaling." Unlike traditional approaches relying on transistor miniaturization, τ Law optimizes the time constant (τ) across device, circuit, chip, and system levels to improve information processing speed and efficiency. Huawei has already applied this principle, mass-producing 381 chips across various applications, with a target to achieve performance equivalent to 1.4nm technology by 2031. The implementation of τ Law, involving techniques like Chiplet, 3DIC, and Logic Folding, places new demands on EDA tools, highlighting gaps in current offerings. Traditional 2D or pseudo-3D EDA flows lack native support for true 3D design, cross-layer co-optimization (STCO), and coupled multi-physics analysis (thermal, power, stress), which are crucial for advanced integration. Chinese EDA companies, such as Empyrean Software, Primarius Technologies, and Xpeedic, are evolving from point-tool specialists to providing full-flow, system-level solutions. For instance, Peking University has developed a prototype "true 3D" EDA tool showing significant improvements in wirelength and timing. Empyrean Software has also launched a comprehensive 3DIC design and verification platform. The τ Law framework presents an opportunity for the domestic EDA industry to transition from achieving basic functionality to developing robust, integrated toolsets essential for next-generation chip design.

marsbit1h ago

The Tao (τ) Law Makes EDA Go Viral

marsbit1h ago

It's Not Jensen Huang Who Wants to Change the PC, But the PC That's Revolting Against Itself

The 40-year-old PC industry is undergoing a fundamental transformation, driven by the rise of AI PCs. At the GTC Taipei 2026 event, NVIDIA, backed by Microsoft and major PC OEMs, announced the RTX Spark super chip for Windows PCs, marking its official entry into the PC core processor market. This move aims to redefine the AI PC by shifting its core from the CPU to an AI-focused SoC (System on Chip). NVIDIA envisions the PC evolving from a personal computer to a "personal AI"—a platform where local AI Agents can autonomously perform tasks. While Intel pioneered the AI PC concept earlier in 2026, NVIDIA's aggressive push, leveraging its vast CUDA developer ecosystem of 6 million, positions it to potentially reshape the industry's long-standing Wintel (Windows-Intel) power structure. NVIDIA's strategy extends beyond hardware; it's about embedding its CUDA, RTX, and AI software stack into the PC platform itself. The article identifies key shifts: 1) The move from a CPU-centric to an AI SoC-centric architecture, similar to Apple's approach with its M-series chips. 2) The PC's evolution from a human-operated tool to a platform for human-Agent collaboration. 3) The extension of NVIDIA's data center-centric CUDA ecosystem to personal devices via RTX Spark. Ultimately, the change is driven by the broader trend of AI moving to personal devices. Companies like Intel, AMD, Qualcomm, and Apple are all participating in this shift. NVIDIA's entry accelerates the competition, but the core driver is the technology itself finding its optimal expression in the PC. The industry is reinventing itself, with the outcome hinging on execution, ecosystem development, and the creation of compelling local AI applications.

marsbit4h ago

It's Not Jensen Huang Who Wants to Change the PC, But the PC That's Revolting Against Itself

marsbit4h ago

Trading

Spot
Futures

Hot Articles

Discussions

Welcome to the HTX Community. Here, you can stay informed about the latest platform developments and gain access to professional market insights. Users' opinions on the price of ETH (ETH) are presented below.

活动图片