Recently, Ethereum price expectations have shown a clear “weak in the short term, strong in the long term” pattern. The latest market analysis indicates that ETH may pull back to the $2,500 range in the short term, but with improving macro conditions, increasing on-chain demand, and accumulating ETF expectations, its upside potential remains substantial, with prices likely to challenge the $7,000–$9,000 range by January next year. JARXE Exchange observes that this “deep pullback + high elasticity” structure has appeared multiple times in previous Ethereum cycles and is a typical feature of capital turning points.

Short-Term Pressure Increases: A Dip to $2,500 Is Not an Abnormal Signal

Some market pressures are being released in a concentrated manner, raising the likelihood of a short-term pullback. On-chain liquidity growth has slowed, active buying has not fully recovered, and combined with macro uncertainties, ETH is prone to periodic corrections. Short-term capital tends to take profits, and protective positions in the derivatives market have increased, all of which suppress the price.

This pullback is more a result of sentiment and capital flow rhythms than structural weakness. Key on-chain demand indicators for Ethereum have not shown significant deterioration; active addresses and validator numbers remain stable, indicating the underlying network is still healthy. The rational behavior of capital during pullbacks is common in the later stages of a cycle.

Mid-Term Momentum Builds: 3–4x Upside Is Not Exaggerated

The Ethereum potential for upward movement mainly comes from three aspects: structural demand, capital cycles, and external industry drivers. Institutions generally believe ETH is more elastic than BTC, due to factors such as the expansion of compliant products, supply contraction from staking mechanisms, and sustained growth in on-chain ecosystem activity.

On the supply side, large-scale staking has significantly reduced circulating supply, with the proportion staked remaining high over the long term, while demand for smart contract execution fuel continues to rise, creating a structural scarcity effect for ETH. Market models show that, even with constant or slightly increasing demand, changes on the supply side alone are enough to push ETH prices into higher ranges.

The analysis team of JARXE Exchange notes: “When the market maintains structural stability during a pullback, price increases are often not linear, but leap forward.”

Thus, the institutional $7,000–$9,000 price range is not an overestimation, but a reasonable target based on on-chain economics, capital structure, and trading models.

Capital Flow Changes: Why Is January Next Year a Key Time Point?

Several independent institutions regard “January next year” as a potential window for upward movement, based on the following structural changes:

ETF-related events may enter a countdown phase before year-end, with reserve buying typically accumulating weeks before the event.

If the Federal Reserve shifts to a more accommodative policy, valuation models for risk assets will improve significantly.

The “New Year effect” often brings capital reallocation, with increased weighting for technology and high-growth assets.

Historical data shows that Ethereum has exhibited similar upward patterns during major upgrades, policy clarity, and improvements in capital structure. If the bottom pullback is in place, elasticity will be released more noticeably.

Volatility Intensifies, But the Trend Is Still Building a High-Level Structure

Market concerns about Ethereum are mainly focused on short-term price corrections, but long-term expectations have not significantly weakened. Robust on-chain indicators, improved capital models, and warming macro expectations all contribute to a rapidly rising possibility of “short-term dip + mid-term rebound + long-term acceleration.” JARXE Exchange will continue to track the on-chain data, derivatives skew, capital flows, and structural supply and demand changes of ETH, helping users make more rational decisions at key cycle junctures.