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Paying for a VPS in Ethereum: gas, networks and how the invoice is matched
Ether (ETH) is the native coin of the Ethereum network, and some hosts accept it as one of their payment methods through a crypto payment gateway. Paying in ETH looks like any crypto invoice: an address, an amount and a timer. The particulars come from the network itself: the fee is called gas and changes with demand, the same address format is used on several different networks, and transfers sent by smart contracts are not always recognised by billing systems.
What the invoice contains
The gateway converts the plan price into ETH at the current rate and locks it for a limited time, usually 15 to 60 minutes. ETH is not pegged to any fiat currency, so the amount in the invoice is valid only within that window; a transfer broadcast later may be credited at a recalculated amount or held for manual review.
- Address. An Ethereum address starts with
0x. Copy it instead of typing it, and check the first and last characters after pasting. - Amount. ETH has many decimal places, and gateways compare the received amount exactly. Send the full figure as shown.
- Asset. An ETH invoice expects ether itself. Tokens such as USDT or USDC on Ethereum are a separate payment option with their own invoice, and the reverse is also true.
Gas: why the fee changes
Every Ethereum transaction pays gas to the network. A simple ETH transfer uses a fixed amount of gas, but the price per unit depends on how busy the network is, so the same payment can cost a few cents one day and much more during a spike in activity. Wallets show the estimated fee before sending; if it is unusually high, waiting an hour often helps more than raising the limit.
The fee is paid by the sender on top of the invoice amount. If your wallet offers to "send the maximum" or to deduct the fee from the amount, the host will receive less than requested, and the invoice will stay partially paid. Ethereum blocks are produced roughly every 12 seconds, and gateways usually wait for a number of confirmations, so a correctly sent payment is typically credited within a few minutes.
The same address, different networks
The 0x address format is shared by Ethereum mainnet and by many compatible networks: Arbitrum, Optimism, Base, BNB Smart Chain, Polygon and others. ETH sent on one of them does not arrive on Ethereum mainnet, even though the address is identical. Some gateways do accept ETH on a layer-2 network, where fees are much lower, but only if that network is named in the invoice. If it is not named, assume mainnet.
Another point concerns smart-contract wallets and payments made directly from a contract. Such transfers appear on the blockchain as internal transactions, and some billing systems do not detect them automatically. If your wallet is a contract wallet, expect to send the transaction hash to support.
Refunds, records and renewals
A confirmed transfer cannot be reversed. If the host's terms provide a refund for an unused period, it usually goes to the account balance or is handled by support in another form, and an overpayment is normally kept as balance too. For a first order with a new host, hourly billing or a plan with a money-back guarantee limits what is at stake.
Keep the invoice number, the network and the transaction hash: this is what support needs to find a payment, and it is your record of the purchase. Renewals are not charged automatically; each period gets a new invoice that you pay manually, often to a new address.
Terms and obligations that do not change
A host's verification, acceptable use policy and abuse handling are the same whatever the payment method, and documents may be requested at any stage. The buyer is responsible for the rules on digital assets in their own country, including taxes and reporting. For business purchases that need invoices with company details, paying by card or bank transfer is often simpler.
The table lists plans from hosts that name Ethereum among their payment methods. Other coins are covered on the crypto payment page.