What is a Transfer Network?

A transfer network refers to the type of blockchain network used when digital assets are moved on a blockchain. Different digital assets may support multiple transfer networks, such as ERC20, TRC20, BEP20, etc. Each network corresponds to a different blockchain system and technical standard.

When making a deposit or withdrawal, users need to select a transfer network and complete the sending and receiving of assets on that network. The transfer network determines the actual blockchain path the assets take and directly affects transaction confirmation methods, arrival time, and possible fees.

When depositing or withdrawing, the transfer network chosen by the sending platform must match the network supported and selected by the receiving platform for the assets to be received correctly.

This is similar to sending a package: if the sender uses an air route but the recipient only supports ground shipping, the package cannot be delivered. Blockchain transfers work the same way—only when the "route matches" can the assets arrive successfully.

If the transfer network does not match, the assets may not be recognized by the blockchain system, causing the transfer to fail, or even become unrecoverable. Therefore, always carefully verify that the transfer network is exactly the same before initiating a transfer.

Network Selection Tips:
Different transfer networks are based on different blockchain systems, with varying technical standards and use cases. Common networks include:

• BEP20: A transfer protocol based on BNB Smart Chain (BSC, formerly Binance Smart Chain). This network features fast transaction speed and relatively low fees, suitable for platforms and wallets that support the BSC network.
• ERC20: A smart contract standard running on the Ethereum mainnet. Ethereum’s native token is ETH. The ERC20 network is widely used, but fees may be higher during network congestion.
• TRC20: A smart contract standard based on the TRON network, similar in design to Ethereum’s ERC20. TRC20 usually has fast transfer speeds and low fees, commonly used for stablecoin transfers.
• OMNI: A protocol standard running on the Bitcoin network. Early USDT was issued based on the OMNI network. Bitcoin network confirmations take longer, and fees are relatively high.

Friendly Reminder:
To reduce operational risks, it is recommended to perform a small test transfer first if you are using a network for the first time or are unsure. Once confirmed, proceed with the full transfer.

Disclaimer

This content is provided for informational purposes only. Nothing herein constitutes (i) investment advice or a recommendation, (ii) an offer, solicitation, or inducement to buy, sell, or hold digital assets, or (iii) financial, accounting, legal, or tax advice. Digital assets, including stablecoins and NFTs, are subject to market volatility, involve high risk, and may lose value significantly or even become worthless. Please act prudently based on your financial circumstances and consult professional legal, tax, or investment advisors. Cryptocurrency wallets are self-custodial services that only provide software tools to interact with blockchains and do not assume responsibility for losses resulting from user error, third-party platforms, or external risks. Not all features are available in all jurisdictions and are subject to local regulations.