Understanding the different types of on-chain withdrawal addresses is essential for securely transferring digital assets. Each address type—standard, universal, and EVM—has unique features and use cases. This guide explains their differences and how to use them effectively.
What Is an On-Chain Withdrawal?
An on-chain withdrawal involves transferring digital assets from one platform to another via a blockchain network. To complete a withdrawal, both the sending and receiving platforms must support the same cryptocurrency, contract address, and network chain. The transaction is finalized after confirmation by network validators or miners.
Standard Address
A standard address supports only a single cryptocurrency on a specific network. For example, a USDT-ERC20 address can only receive USDT tokens on the ERC20 network. This type of address is bound to one asset and one chain, making it less flexible but straightforward for dedicated use cases.
Universal Address
A universal address can receive all digital assets on a chosen network. An ERC20 universal address, for instance, supports ETH, USDT, and any other token on the ERC20 standard. It offers greater flexibility since one address can handle multiple cryptocurrencies on the same network.
EVM Address
An EVM (Ethereum Virtual Machine) address is an account identifier used on the Ethereum blockchain and other EVM-compatible networks. It enables interactions with smart contracts and is supported by various chains that use the EVM standard.
Key Characteristics of EVM Addresses
- For digital assets compatible with EVM networks, you can choose between three address options: standard, universal, and EVM addresses.
- For assets not compatible with EVM networks, only standard and universal address types are available.
- Address management: An EVM address needs to be added only once. It then appears in your address book for all supported EVM networks and tokens. When you reuse an EVM address, the system displays its EVM label and automatically filters out incompatible networks, simplifying the withdrawal process.
Note: If you add a standard address, you can later re-add it as a universal or EVM address. However, once you save an address as a universal or EVM type, you cannot convert it to another type.
Practical Usage Tips
- Always verify the cryptocurrency, network, and address before initiating a withdrawal to prevent irreversible losses.
- EVM addresses are versatile but require that the receiving platform supports the relevant EVM-compatible network.
- For managing multiple assets across chains, universal and EVM addresses can streamline your workflow. 👉 Explore more strategies for efficient crypto management
Frequently Asked Questions
What is the main difference between a standard and a universal address?
A standard address is limited to one cryptocurrency on one network, while a universal address can receive all assets on a specific network, such as all ERC20 tokens.
Can I use an EVM address for non-EVM networks like Bitcoin?
No, EVM addresses are only compatible with Ethereum and other EVM-based blockchains. For Bitcoin or other non-EVM chains, you must use a standard or universal address tailored to that network.
How do I know which address type to use for a withdrawal?
Check the supported networks and currencies on both the sending and receiving platforms. Use a standard address for single-asset transfers, a universal address for multiple assets on one network, and an EVM address for EVM-compatible chains.
What happens if I send funds to the wrong address type?
If you use an incompatible address type, such as sending a non-EVM asset to an EVM address, the funds may be permanently lost. Always confirm compatibility before transferring.
Why can’t I change an address from universal to EVM after saving it?
Address types are saved based on their initial configuration to prevent user error and ensure consistency. Always double-check the address type during setup.
Are EVM addresses more secure than standard addresses?
Security depends on how you manage your private keys and the underlying blockchain. Address type does not inherently affect security, but EVM addresses offer more functionality for smart contract interactions.