This page covers ledger supported coins and outlines what coins does Ledger support, with practical notes for each blockchain. I’ve been using hardware wallets since the 2017–2018 cycle and have tested many coin workflows across models. What I describe below is based on hands-on use, and on the kinds of edge cases I’ve fixed for people (lost devices, firmware stalls, tricky token recoveries). Short story: Ledger devices hold your private keys in a secure element and can sign transactions for many blockchains, but how you interact with a chain often varies — sometimes you use the official app in Ledger Live, and sometimes a third-party wallet is required.
And yes, that difference matters for everyday usability.
For setup guides and device-specific walkthroughs see /setup-ledger-step-by-step and the model reviews at /ledger-nano-s-review or /ledger-nano-x-review.
Ledger uses a combination of a secure element (secure chip) plus curated apps to handle private keys and transaction signing. The device keeps private keys isolated; an external app (Ledger Live or a third-party wallet) prepares transactions and asks the device to sign them.
In my experience, this separation is why Ledger can support a long list of chains without storing code for every chain on the device itself. But it also means some blockchains require external wallets to work with features like DeFi or NFTs (more on that below). For technical background see /hardware-wallet-security-architecture and /firmware-update-guide.
| Blockchain | Typical access method | Token / NFT notes | Staking / special notes | Quick link |
|---|---|---|---|---|
| Bitcoin | Ledger Live or external wallets | Native UTXO, compatible with PSBT & many wallets | Multisig supported via external wallets | /ledger-and-bitcoin |
| Ethereum (and EVM tokens) | Ledger Live + Web3 connectors | ERC-20, ERC-721, ERC-1155 (NFTs often via Web3 wallet) | DeFi requires third-party Web3 wallet | /ledger-and-ethereum-defi |
| Solana | Third-party wallets (external) | NFTs common; needs Solana-compatible wallet | Typically external staking UI | /ledger-and-solana-nfts |
| Cardano | Ledger Live or compatible wallets | ADA only (native tokens managed via wallet) | Delegation supported (wallet-dependent) | /ledger-and-cardano-tezos-algorand |
| Tezos / Algorand | Ledger Live + wallet apps | Support native tokens & staking (bakers/validators) | On-chain delegation workflows differ per wallet | /ledger-and-cardano-tezos-algorand |
| XRP / Stellar / Tron | Ledger Live or third-party | Token handling varies by chain | Chain-specific tooling required | /xrp-guide |
| Polkadot / Kusama / Cosmos | Third-party apps | Cross-chain ecosystems; tokens handled by external UI | Staking often through dedicated wallets | /supported-coins-networks |
| Monero | Community GUI + device support | Privacy-focused; special setup required | Extra steps for view keys / remote nodes | /monero-guide |
(Image: supported-coins-matrix placeholder)
This table is a practical map. But how each token behaves depends on the wallet UI you choose.
Bitcoin support is the baseline. The device signs UTXOs and handles change addresses. If you plan multisig, expect to use a companion wallet that supports PSBT workflows. See /ledger-and-bitcoin and /multisig-for-ledger.
Ethereum is a different animal. The device holds your private key but DeFi apps are accessed through a Web3 bridge. In my testing, I often keep ERC-20 tokens visible in Ledger Live for balances, but I connect to a Web3 wallet for complex DeFi interactions (staking, contract approvals). That is how you use NFTs too (ERC‑721 / ERC‑1155).
Why does this feel clunky sometimes? Because the device signs low-level transaction data, while a Web3 wallet wraps that into the app UX.
Solana usually requires a Solana-compatible external wallet for transactions and NFTs. I moved several NFT collections using a Solana wallet while the device provided the signature step. See /ledger-and-solana-nfts.
These chains have staking or delegation flows that vary by wallet. Ledger protects the keys; the wallet handles delegation. If you plan to stake large amounts, test the full workflow with a small transfer first.
These work, but each has its own account model and wallet quirks. Always cross-check the recommended app for the chain and read the chain-specific guide (see /xrp-guide and /supported-coins-networks).
Monero support exists via community tools and requires more setup (remote node, view keys). If you value privacy, expect extra steps and tests.
Short answer: the hardware wallet secures private keys. Token/NFT support depends on the wallet UI you connect to. ERC-20 balances are visible; interacting with DeFi contracts or listing NFTs often requires a Web3 wallet bridge. Want a walkthrough? See /ledger-live-guide and /app-integrations-metamask.
But remember: signing is always done on the device screen — that’s your safety check.
Modern Ledger models run apps for each blockchain. App capacity varies by model; you may need to uninstall and reinstall an app (apps don’t delete data, keys remain). If you hit limits, plan which chains you’ll use concurrently. See /app-capacity and /app-manager.
How to check support? Look for the coin in Ledger Live or consult the detailed coin pages like /coinbit-bitcoin or /coinsolana-solana.
Multisig improves safety for large holdings. I’ve set up 2-of-3 multisig wallets where one key is on a Ledger, another on a second device, and the third kept offline on a paper backup (yes, still useful). Multisig is not automatic — it requires compatible wallet software. See /multisig-for-ledger and /cold-storage-strategies-single-vs-multisig.
Passphrase (the 25th word) acts like an account-level password. Use it if you need plausible deniability or multiple hidden accounts, but understand risks: losing the passphrase means losing access. Read /passphrase-25th-word-guide and /seed-phrase-management.
Firmware keeps the secure element trusted. I always update firmware when setting up new chains, but only after confirming release authenticity (firmware attestation). Don’t plug devices into unknown computers, and buy from trusted sources — see /firmware-update-guide and /buying-safely-and-supply-chain.
For deeper coverage see /common-mistakes-phishing and /seed-phrase-management.
Q: Can I recover my crypto if the device breaks?
A: Yes — as long as you have your seed phrase (recovery phrase). Procedure and options are covered at /recover-if-device-lost.
Q: What happens if the company goes bankrupt?
A: Your private keys are non-custodial. If you control your seed phrase and passphrase, you retain control. See the full scenario breakdown at /company-bankruptcy-what-happens.
Q: Is Bluetooth safe for a hardware wallet?
A: Bluetooth adds convenience but also an additional attack surface. Use Bluetooth only when necessary and prefer USB or an air-gapped workflow for high-value transfers. See /bluetooth-usb-nfc-security for details.
If you want a specific coin walkthrough, pick a page from the coin guides (for example /ledger-and-bitcoin or /ledger-and-ethereum-defi). Start small. Test the full receive-and-send cycle before moving large balances. In my experience, a practiced, scripted setup (firmware, seed backup, one test tx) avoids most headaches.
Want guided setup? Follow /setup-ledger-step-by-step and then check the coin-specific pages to complete each blockchain’s requirements. Safe storing.