How to Transfer Crypto to a Hardware Wallet

An exchange cannot pull a withdrawal back once it has been broadcast, so the receiving side has to be ready first.

• The device was set up by you. The PIN was chosen by you and the seed phrase was generated on the device, not supplied with it. If that is not done yet, start with how to set up a hardware wallet.
• The backup is written down and checked. If the device is lost or breaks, the coins you are about to send can only be restored from that backup. Many devices offer a way to check the recorded words against the device; see backup verification.
• The device supports the coin and the network. A Bitcoin-only model such as a Coldcard or a Bitkey cannot receive ETH or a stablecoin. Our guide on checking supported coins shows where to look.
• An account for that network exists in the app. Companion apps usually keep a separate account per network, and it has to be added or enabled before the app can show an address.

1. Open the receive screen for the right account. In the wallet's app, pick the coin and, where the app asks, the network.
2. Verify the address on the device. The app shows an address; the device shows the same address on its own screen. Compare them: malware on the computer or phone can swap an address before or after you copy it, and the device screen is how you catch that. In Trezor Suite, for example, the Verify action displays the full address on the Trezor. See address verification.
3. Paste the address into the exchange's withdrawal form. Copy it or scan the QR code, never retype it. After pasting, compare the form against the device screen again: the first characters, the last ones and a few in the middle.
4. Select the network that matches the account. This is the choice that goes wrong most often; the next section explains it.
5. Send a small test amount. A test transaction costs one extra withdrawal fee and proves the address, the network and the app all line up. The amount has to be above the exchange's minimum withdrawal.
6. Wait until the test shows in the wallet's app. The device does not have to be connected for the coins to arrive, but the app has to sync before it displays them.
7. Send the rest. Bitcoin and similar coins give you a new address each time you receive, while Ethereum-style networks reuse one. Verify on the device the address you actually use.

The general mechanics of addresses and confirmations are in how to receive crypto; the checks on the sending side are in how to send crypto safely.

Many coins exist on more than one network, and exchanges often list several for the same asset because some are cheaper or faster. The exchange sends exactly what you select. Four outcomes are possible when the selection does not match the account on your device.

• The address does not fit the network. Withdrawal forms usually refuse an address that is invalid for the selected network, but do not rely on that as a safety net.
• Same address, different network. Ethereum and the networks built on the same design share one address format, so a withdrawal on another of these networks goes through and arrives at your address on that chain. Trezor describes the result: the funds are still controlled by your keys but may not appear in the app. You then have to enable that network, or reach it through a third-party wallet connected to the device, and you need some of that network's own coin to pay the fee for moving the funds. If your device cannot sign for that network at all, the funds are stranded until you find an interface that works with it.
• A different asset arrives. Withdrawing bitcoin on a smart-contract network delivers a token that represents bitcoin there, not bitcoin itself, and it cannot be sent to a Bitcoin address.
• The funds are lost. This happens when coins go to an address whose key nobody holds, for example a token's contract address copied from a block explorer in place of your own address.

Read the network name on both sides, in the wallet's app and on the withdrawal form, and make them agree. A cheaper network is only an option if an account for that network exists on your device.

XRP, Stellar and several other networks let a payment carry a tag or memo next to the address. The XRP Ledger documentation describes the purpose: services that hold funds for many customers at one address use the destination tag to know which customer to credit. A hardware wallet address belongs to you alone, so there is nothing to disambiguate, and the field can stay empty where the form allows it.

The rule reverses when you later send from the device back to an exchange: then the tag the exchange gives you is mandatory.

One more detail applies to XRP: a new address has to receive at least the base reserve before it exists on the ledger. The XRP Ledger documentation lists it as 1 XRP; validators can vote to change it. A first test withdrawal below the reserve will not activate the account.

• Withdrawal fee. The exchange sets a fee per coin and per network and shows it on the form before you confirm. It applies to the test withdrawal as well.
• Minimum withdrawal. Each asset has a minimum. Your test amount has to exceed it.
• Address allowlists and holds. Many exchanges let you save trusted withdrawal addresses, and some delay withdrawals to a newly added address or after a password or two-factor change.

For the screens of specific platforms, see our walk-throughs for Coinbase and Binance.

Work through these in order.

1. Check the withdrawal status on the exchange. If there is no transaction ID yet, nothing has been sent on-chain.
2. Look up the transaction ID in a block explorer for the network you selected. If it is unconfirmed, wait; why a transaction stays pending explains the causes.
3. Confirmed to your address, but the app shows nothing. Common reasons: the account or network has not been added or enabled, the token is not listed by the app, the app has not synced, or you opened a different wallet on the device than the one the address came from, such as a standard wallet in place of a passphrase wallet. More cases are in wallet shows wrong balance.
4. Confirmed, but on another network. Compare the network in the exchange's withdrawal record with the account you created. If they differ, go back to the network section above.
5. Confirmed to an address that is not yours. Compare the destination with the receive address on the device. If they differ, contact the exchange at once, but confirmed transfers cannot be reversed.

The procedure is the same with the roles changed: create and verify a receive address on the hardware wallet, then send to it from the software wallet. You pay the network fee in that network's own coin, so send tokens first and the coin last. A worked example is in Trust Wallet to a hardware wallet.

The shortcut to avoid is restoring the software wallet's seed phrase on the device. All balances appear at once with no fees, but it keeps the keys that were created and stored on an internet-connected phone or computer. If that seed was ever copied by malware, a fake app or a cloud backup, whoever holds the copy can still spend, whatever device you sign with. Ledger states it plainly: importing a software wallet's seed phrase into a hardware wallet invalidates its security features, and it recommends starting fresh accounts on the device and moving the assets to them.

Using MetaMask or a similar app as an interface in front of a hardware wallet is a different thing: the keys were generated on the device and never leave it.