Compare and Contrast the ERC-20, TRC-20, and BEP-20 Tokens

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The primary difference between the three most used token protocols is the underlying network. Tokens with the ERC20 standard are created on the Ethereum blockchain, BEP20 tokens are built on BSC, and tokens with the TRC20 standard are produced on the TRON blockchain.

Due to the fact that all three networks are written in the same solidity language, they are very compatible with one another and can be used interchangeably, with tokens created on one platform are available on the other two, so you can swap ERC20 to BEP20 or vice versa. Furthermore, apart from differences in costs and usability, the process of producing and distributing tokens is largely the same across all three networks. The BSC network provides the most efficient platform for token production while also charging the lowest costs.

TRON is an improved, cheaper version of Ethereum that is essentially a clone. Due to the prohibitive costs of mining on the Ethereum network, forks such as TRON and BSC have developed, including all of Ethereum’s blockchain functionality while providing more efficient and cost-effective solutions.

Using the BEP-20 network, you may transfer or withdraw tokens built on the ERC-20 standard or the TRC-20 standard, both of which are supported by the BSC network. If you need to swap BUSD to USDT with the lowest fees or swap ERC20 to BEP20, you can always use Allbridge Core services.

The Binance Smart Chain employs a modified Proof of Staked Authority (or PoSA) mechanism, which is believed to have a 3-second block processing time compared to Ethereum’s 15-second block time, while the Ethereum network continues to use the older Proof of Work (Proof) consensus method. Compared to Ethereum, the Binance network is definitely about 5 times more efficient. Similar to BSC in terms of block processing time, TRON’s Delegated Proof of Stake (DPoS) is a modified form of PoS with a recorded 3 seconds per block.

In reality, Ethereum’s inefficiency was a driving factor in the development of other blockchains. After years of growing traffic and demand, Ethereum’s sluggish consensus methodology was shown to be inefficient and expensive, prompting the creation of TRON (in 2017) and later the Binance Smart Chain (in 2019).

As a delegated proof of stake (DPoS) blockchain, TRON is demonstrably superior to Ethereum in terms of transaction throughput, transaction latency, and transaction cost.

As the Binance Exchange grows in popularity throughout the world, so does the demand for BEP-20, making it the second most popular token after ERC-20. In addition to being interoperable with Bitcoin, Ethereum, Litecoin, and other tokens, all BEP-20 tokens are immediately listed on the Binance Exchange.

ERC20 token generation is great if you value simplicity and want your token to benefit from Ethereum’s global usage and recognition. However, BEP-20 token production offers the greatest and most original token at the lowest cost and fastest turnaround.

As demand increases, the already costly Ethereum transaction fee climbs, making it hard for developers to justify adding advanced features to current apps. TRON provides a standard for advanced smart contracts and applications without raising network costs.

However, the Binance Smart Chain outperforms Ethereum, NEO, and Litecoin for token production. Why? BSC is fast, affordable, and effective. Binance has managed to keep its transaction costs steady despite its rapid growth, unlike Ethereum. Ethereum’s daily average cost is 200 times greater than BSC’s. It surpasses TRON. Binance Smart Chain is perfect for token production.


  • Tristan

    Tristan has a strong interest in the intersection of artificial intelligence and creative expression. He has a background in computer science, and he enjoys exploring the ways in which AI can enhance and augment human creativity. In his writing, he often delves into the ways in which AI is being used to generate original works of fiction and poetry, as well as to analyze and understand patterns in existing texts.