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ETH/USD

13min read

Pre-trade reference

Pre-trade snapshot

Instrument facts

Unit
1 ETH
Quote convention
USD per ETH
Price increment
$0.01 (broker-dependent)
Trading hours
24/7 on the underlying market; CFD hours set by the broker
Circulating supply
~122.1M ETH

Session expectation

Trading window
24/7 on the underlying market; CFD hours set by the broker
Deepest liquidity
European afternoon and US hours
Typical daily range
3–6% (typical regime)
Volatility vs FX majors
Several times higher
Weekend behaviour
Thin books, slippage and wick risk

Run through these before placing the trade

  1. Have you sized the position so a typical 3–6% daily range sits inside your account's risk budget, given a single ether is worth thousands of dollars?
  2. Is the stop-loss placed beyond normal intraday wick noise, and did you check current volatility before setting the distance?
  3. Are you aware the position runs through the weekend, when books thin out, price can jump in a single trade and a stop can fill with slippage?
  4. Have you checked the next 48 hours for macro risk events and for ETH-specific catalysts such as a network upgrade?
  5. If you hold a CFD or perpetual future overnight, have you accounted for the financing or funding cost over your intended hold?

The figures above describe the instrument's mechanics and typical session ranges; values marked broker-defined or broker-dependent follow each broker's contract terms. This page shows no live bid, ask or spread.

ETH/USD prices ether, the native asset of Ethereum, against the US dollar. Ethereum is a programmable settlement network: the same chain that moves ether also runs the smart contracts behind most of decentralised finance and tokenisation. A quote of 2,422.93 means one ether costs 2,422.93 US dollars. Ether trades around the clock, carries volatility several times that of a major currency pair, and behaves as a risk asset closer in temperament to high-growth equity than to a reserve currency. Circulating supply sits near 122.1 million ether (CoinGecko), and net issuance is shaped by two opposing forces this page returns to: staking rewards that add ether, and a base-fee burn that removes it.

This page covers the mechanic; it is not trading advice.

Instrument personality

  • ~122.1METH in circulationNet supply shaped by burn and issuance
  • 24/7trading, all yearUnderlying market; CFD hours set by the broker
  • −99.95%energy since the MergeProof-of-stake from September 2022
  • ~2.5%staking reward APRRate shown on ethereum.org; moves with total stake
  • Programmable settlement layer
  • Volatility multiples above FX majors
  • Trades as a risk asset
  • Around-the-clock, global

Ether is the fuel and the collateral of a programmable blockchain, which gives ETH/USD a character no currency pair shares. Demand for the token tracks demand for block space, for staking, and for the applications built on Ethereum, layered on top of the same macro risk sentiment that drives equities. When risk appetite is strong and on-chain activity is rising, ether tends to lead; when liquidity tightens, it falls faster than the broad market.

Price swings are large by the standard of traditional markets. A 4% daily range on ether is unremarkable, while the same move would be a violent session for a major currency pair. That single fact reshapes every sizing decision: a stop that looks wide in percentage terms can sit well inside a normal day's range, and a position that feels small in token terms can carry equity-threatening dollar exposure once the coin price is in the thousands.

Ether is the second-largest crypto asset by market capitalisation, after bitcoin (CoinGecko), with deep order books on the largest venues. Liquidity is real but uneven across the week. It concentrates during European and US hours and thins overnight and at weekends, when a smaller flow can push price further than the same flow would on a weekday afternoon.

Supply and yield mechanics

Three protocol mechanisms explain why ether's supply behaves unlike a commodity or a fiat currency. They describe how the network works, not a market opinion.

Put together, post-Merge issuance is small, and the EIP-1559 burn offsets part or all of it. In high-activity periods the burn has outpaced issuance and supply has contracted; in quiet periods issuance wins and supply grows slowly. This is the mechanism behind the "deflationary potential" often cited for ether; it depends on network usage and is not automatic.

What moves ETH/USD

Six categories of catalyst drive most of the meaningful moves in ether. Each works through a specific channel rather than vague sentiment. The ranges below are illustrative, not measured averages, of the move during the surrounding window and widen sharply when leverage is already crowded on one side.

Cause-and-effect map (ETH/USD)
  • Spot ETF flows

    Large net creations or redemptions in spot ether funds move underlying demand directly.

    Typical impact3–10%
  • US monetary policy and risk sentiment

    Ether trades as a long-duration risk asset; tighter policy and risk-off sap it, easier policy lifts it.

    Typical impact4–12%
  • Network upgrades

    Protocol changes reprice the supply and fee outlook; the run-up and the event itself both move price.

    Typical impact5–15%
  • On-chain activity and fee burn

    Rising block-space demand lifts fees burned, tightening net supply over time.

    Typical impact1–4%
  • Bitcoin beta

    Ether tracks bitcoin closely; a large bitcoin move pulls ether with it, usually amplified.

    Typical impact3–8%
  • Leverage flushes and liquidations

    Cascading liquidations on perpetual futures force-sell or force-buy into thin books.

    Typical impactVariable

Illustrative ranges, not measured averages: the move in the surrounding window, not the settled close, and vary materially by regime and by how crowded leverage already is. Not a forecast.

One pattern recurs around scheduled protocol events. The repricing tends to lead the upgrade, as positioning builds into a known date, and the event itself can then sell the fact even when it ships cleanly. The other pattern is structural: because so much ether trades on leveraged perpetual futures, a move that breaches a dense band of stop and liquidation levels can extend far past what the original catalyst justified, then retrace once the forced flow clears.

Volatility profile

Ether's daily range runs several times that of a major currency pair, and it clusters: long quiet stretches give way to violent ones with little warning. The bands below describe recent regimes by daily range as a percentage of price, not a forecast.

Volatility regimes (daily range, % of price)
  • Calm

    2–3

    daily range %

    IV 24–36%

  • Typical

    3–6

    daily range %

    IV 36–72%

  • Elevated

    6–12

    daily range %

    IV 72–144%

  • Dangerous

    12+

    daily range %

    IV >144%

The IV figure is the annualised implied volatility typical of each regime, an illustrative reading of crypto-options pricing rather than a quote. Because ether trades every calendar day, annualised IV divided by about 19.1, the square root of 365, gives one standard deviation of the daily move, and the average high–low range within a day is about 1.6 times that. Each zone's daily range is therefore about one twelfth of its IV figure. A stop sized for a 4% day is statistically inadequate once daily range pushes into double digits.

Liquidity is not constant across the 24-hour clock, even though the market never closes. It is deepest across the European afternoon and US hours and thinnest overnight and across the weekend, when a modest order can travel further than it would on a weekday afternoon. The table below sketches that rhythm.

How ETH/USD liquidity shifts across the week (illustrative)
WindowUTCLiquiditySpread and gap behaviour
European afternoon and US hours≈ 13:00 – 21:00 on standard time (the start moves about an hour earlier under European summer time, the end under US daylight time)DeepestTightest spreads, smoothest fills
Asian hours00:00 – 08:00ModerateWider spreads, choppier
WeekendSat – SunThinWidest spreads; price jumps and long wicks

Illustrative pattern, not a schedule. A weekend headline can move ether sharply while books are at their thinnest.

The practical reading is that the dangerous regime arrives without a bell. When daily range pushes above 12%, a stop placed for a calm tape is usually too tight to survive normal noise, and the position size that felt prudent last week is now oversized for this week's volatility. The arithmetic of sizing is the discipline; the regime read shows when the same position size carries more risk.

Historical price behaviour

Ether reaches new highs in fast, leverage-fuelled advances and gives much of them back just as fast. The single documented event below shows the scale of risk a leveraged position can run against a small account. The worked figures use a $5,000 account and a 10 ETH position for illustration.

Aug 2025 – Feb 2026

about 5 months

Record high, then a retrace of more than half

≈63%

drawdown from high to Feb 2026

from

$4,946

to

≈$1,824

Ether set a record high of $4,946 on 24 August 2025 in a flow-driven advance, then fell 63% over the following five months, to a daily close of $1,823.81 on 5 February 2026 (CoinGecko daily data), as risk appetite turned and leveraged longs were unwound; the decline continued into mid-2026. Deep retraces from a peak are ether's characteristic behaviour, not an exception.

Worked account impact

A 10 ETH long opened near the $4,946 high carried about $49,500 of notional. A fall to $1,824 is about $31,200 of loss — over six times a $5,000 account, which is stopped out long before that level prints.

Properly sized: Same trader risking 1% of the account with a volatility-sized stop: a planned loss of about $50 if the stop fills at its price (a gap through the stop fills worse), account intact.

The lesson across every cycle is the same. Leverage sets the margin reserved; position size sets the dollar exposure. An account that lives through ether's drawdowns is one that risked a small fraction of equity per trade and used a stop-loss that actually capped the downside.

Correlation and exposure

Holding ETH/USD is rarely an isolated position. The token carries exposure to bitcoin, to broad risk sentiment, and to the US dollar, and those relationships shift with the regime.

What ETH/USD moves with (illustrative)
  • BTC/USD

    +0.80

    Strong positive

    −1.000+1.00

    The dominant crypto relationship. Ether trades as high-beta bitcoin and usually amplifies bitcoin's moves. Decouples around ETH-specific catalysts such as upgrades or ETF flows.

  • NASDAQ-100 / risk assets

    +0.50

    Moderate positive

    −1.000+1.00

    Ether behaves as a long-duration risk asset; it tends to rise with high-growth equity in risk-on phases and fall with it when liquidity tightens.

  • US Dollar Index

    -0.40

    Mild negative

    −1.000+1.00

    Broad dollar strength tends to pressure crypto alongside other risk assets. The relationship is loose and breaks during crypto-specific events.

  • Gold

    +0.10

    Weak / variable

    −1.000+1.00

    Despite the "digital gold" narrative attached to crypto, ether's day-to-day link to gold is weak and unreliable.

Coefficients are illustrative, not measured, and shift sharply across regimes. Useful for understanding what ETH/USD is exposed to, not as a hedge.

The most reliable of these is the link to bitcoin: when bitcoin moves hard, ether almost always follows and usually overshoots. A trader long ether is, in most regimes, also implicitly long bitcoin beta and long broad risk appetite. Stacking an ether position on top of other crypto or high-growth positions concentrates the same exposure rather than diversifying it.

A correlation is not a hedge. Offsetting ether risk with a short in a correlated instrument pays a second spread, carries its own funding, and breaks exactly when an ETH-specific catalyst lands. Reducing the original position size is usually cheaper and more reliable than building a correlation hedge.

Calculation environment

Ether at an illustrative $2,422.93, a 10 ETH position, $24,229.30 of notional. The margin reserved depends on leverage. Crypto CFDs are typically offered at lower leverage than forex, reflecting crypto's higher volatility relative to major FX pairs; the exact ratio available varies widely by broker and jurisdiction. The tiers below show the margin reserved at illustrative leverage levels from 1:100 to 1:500.

10 ETH · illustrative $2,422.93 · $24,229.30 notional
  • 1:100

    $242.29

    margin held

    Illustrative tier; availability varies by broker.

  • 1:200

    $121.15

    margin held

    Higher tier; availability varies by broker.

  • 1:500

    $48.46

    margin held

    Extreme leverage; margin barrier is almost gone.

Margin held differs by leverage. The dollar risk on a 4% adverse move is $969.17 at every setting — position size drives the loss, not the leverage ratio.

A 4% adverse move on this position, a move within ether's typical 3–6% daily range, costs $969.17 whatever the leverage while the position is open. At 1:100 that is four times the margin held; at 1:500, twenty times. High leverage does not change what each move costs on a given position: it lowers the margin held, which moves the broker's stop-out further away, so the same position can run a larger loss before it is closed. It also removes the margin barrier that would otherwise stop a trader from opening a position this large relative to a small account.

Spread is the recurring cost. Crypto spread is wider than on FX majors and widens further overnight and at weekends. On an instrument that can move 4% in a session a wide entry spread matters less per trade than on a calm pair, but it compounds fast for anyone trading frequently, and it is at its worst exactly when liquidity is thinnest.

Financing is the carry. A CFD on ether carries a daily financing charge set by the broker, the crypto counterpart of a forex swap, and its level varies by broker; a perpetual future instead exchanges a periodic funding rate between longs and shorts, which longs usually pay when long positioning is crowded. Over a multi-day hold either cost adds up and should be counted before entry, not discovered after.

Margin and risk summary for the worked example
  1. Margin held at 1:100 (10 ETH at $2,422.93)
  2. (10 × 2,422.93) ÷ 100 = $242.29
  3. Dollar risk on a 4% adverse move
  4. 24,229.30 × 0.04 = $969.17
  5. loss as a multiple of margin held at 1:100 = $969.17 ÷ $242.29 = 4×

Related tools

Each tool below shows its method and a worked example on a forex pair. The same arithmetic applies to a position on this market once the lot size and the value of a price move are taken in its own units.

Related concepts

Common questions

What is the difference between buying ether and trading ETH/USD as a CFD?

Buying ether means owning the token, with no expiry and no funding cost: in a self-custody wallet the holder controls the keys and can move or stake it, while ether left on an exchange is held in that exchange's custody and carries exposure to it. Trading ETH/USD as a contract for difference means taking a leveraged position on the price without owning the coin. The CFD route adds leverage, a financing cost on positions held over time, and counterparty exposure to the broker, and it removes the ability to withdraw or stake the underlying ether. The price exposure is similar; the ownership, costs, and risks are not.

Why is ETH/USD more volatile than a major currency pair?

Ether is a risk asset whose value tracks demand for a young technology network rather than the slow macro relationship between two large economies. Its market is smaller and a large share of trading happens on leveraged perpetual futures, so positioning unwinds violently when price breaches dense liquidation levels. A 3–6% daily range is typical for ether, against well under 1% for a pair such as EUR/USD. That gap is the central fact a trader sizes around.

Does ether have a fixed supply like bitcoin?

No. Bitcoin has a hard cap of 21 million coins; ether has no fixed cap. Since the Merge in September 2022, ether is issued through proof-of-stake validator rewards, while EIP-1559 burns the base fee of every transaction. Net supply is the difference between the two. In busy periods the burn can exceed issuance and supply contracts; in quiet periods supply grows slowly. Supply is therefore variable and conditional on network usage, not capped.

What leverage should I use on ETH/USD?

Leverage sets the margin reserved, not the dollar value of each move. A 10 ETH position moves at $10 for every dollar of ether-price change whether the broker offers 1:100 or 1:500; the margin held differs, and with it how far the price can move before the broker's stop-out closes the position. Crypto CFDs are typically offered at lower leverage than forex, reflecting crypto's higher volatility; the exact ratio available varies widely by broker and jurisdiction. The question that matters is not which ratio to pick but what position size keeps the dollar loss at the stop-loss inside the account's risk budget, typically 0.5–2% of equity per trade. On an asset that ranges 3–6% in a typical day, that discipline matters more than on any currency pair.

Can I trade ETH/USD at the weekend?

The underlying ether market trades 24 hours a day, every day of the week; whether an ETH/USD CFD can be traded at the weekend depends on the broker's trading schedule. Weekend liquidity is at its thinnest: spreads widen, books are shallow, and a single headline can move price further than the same news would on a weekday afternoon, so a stop can fill with slippage. Where a broker's CFD schedule pauses trading, the price can also gap at the restart. Many traders concentrate ether activity in the European afternoon and US hours, where spreads are tightest and depth is greatest, and they account for the weekend risk of carrying a position across thin books.