Solana 和 TON（开放网络）：两个著名区块链的比较分析

到 2024 年，Solana 和 TON（开放网络）在区块链世界中的地位一飞冲天，自主网首次亮相以来，其市值创下了历史新高。

Solana and TON (The Open Network) have emerged as two prominent blockchains in 2024, boasting record-breaking market caps since their mainnet launches. Solana has become a breeding ground for top-tier memecoins, while TON has been the go-to platform for popular crypto “tapping” projects.

Solana 和 TON（开放网络）已成为 2024 年两个著名的区块链，自主网推出以来，其市值创下了破纪录的纪录。 Solana 已成为顶级 memecoin 的滋生地，而 TON 已成为流行加密“窃听”项目的首选平台。

Here's a comparative analysis of these two blockchains:

下面对这两个区块链进行对比分析：

Transaction per second (TPS)

每秒事务数 (TPS)

Solana is known for its high transaction processing speeds, with claims of handling up to 65,000 transactions per second (TPS). However, data from Solana's explorer indicates an average TPS of around 3,000, with a total of nearly 300 billion transactions processed to date. This can be partly attributed to Solana's longevity, having been launched in 2017 and undergoing several optimizations over the years.

Solana 以其高交易处理速度而闻名，据称每秒处理高达 65,000 笔交易 (TPS)。然而，Solana 浏览器的数据显示，平均 TPS 约为 3,000，迄今为止处理的交易总数接近 3000 亿笔。这在一定程度上归因于 Solana 的长寿，它于 2017 年推出，多年来经历了多次优化。

In contrast, TON's blockchain has a lower TPS, averaging around 100 with a total transaction count exceeding 600 million. A significant portion of these transactions occurred between March 1 and June, corresponding to the deployment of several games on the blockchain, with Notcoin leading the way.

相比之下，TON 的区块链 TPS 较低，平均在 100 左右，总交易笔数超过 6 亿笔。这些交易的很大一部分发生在 3 月 1 日至 6 月期间，对应于区块链上的多个游戏的部署，其中 Notcoin 处于领先地位。

Solana's block time is 0.4 seconds, while TON's is 5 seconds, denoting the time taken to validate a transaction.

Solana 的出块时间为 0.4 秒，而 TON 的出块时间为 5 秒，表示验证交易所需的时间。

Consensus Algorithm

共识算法

Solana's consensus algorithm combines proof-of-stake (PoS) and proof-of-history (PoH) mechanisms. Validators are chosen based on their stake in the network, and the leader generates a PoH sequence, which is a chronological order of events initiated on Solana. Validators then verify the PoH sequence, create checkpoints, and reach consensus on the order of transactions.

Solana 的共识算法结合了权益证明 (PoS) 和历史证明 (PoH) 机制。验证者是根据他们在网络中的权益来选择的，领导者会生成一个 PoH 序列，这是在 Solana 上发起的事件的时间顺序。然后验证者验证 PoH 序列、创建检查点并就交易顺序达成共识。

Finally, the leader creates a block based on the consensus, which validators verify and add to the blockchain. Solana also utilizes SHA-256 in its PoH mechanism to measure the creation of blocks with the exact time.

最后，领导者根据共识创建一个区块，验证者验证该区块并将其添加到区块链中。 Solana 还在其 PoH 机制中利用 SHA-256 来测量区块创建的准确时间。

TON employs a variant of PoS called Byzantine Fault Tolerant Proof-of-Stake (BFT-PoS), which enables high transaction speeds and finality while maintaining security and decentralization. Validators are selected based on their staked cryptocurrency, and the consensus process is divided into rounds, with each round having a leader who proposes the next block.

TON 采用 PoS 的一种变体，称为拜占庭容错权益证明 (BFT-PoS)，它可以实现高交易速度和最终性，同时保持安全性和去中心化。验证者根据其质押的加密货币进行选择，共识过程分为几轮，每轮都有一位领导者提出下一个区块。

The leader broadcasts the proposed block to other validators, who validate it and vote on its validity. If at least two-thirds of the validators accept the block, it is finalized and added to the blockchain. Otherwise, a new leader is selected and the process repeats. BFT-PoS can tolerate Byzantine faults, where some validators may behave maliciously.

领导者将提议的区块广播给其他验证者，后者对其进行验证并对其有效性进行投票。如果至少三分之二的验证者接受该块，则该块将被最终确定并添加到区块链中。否则，将选择新的领导者并重复该过程。 BFT-PoS 可以容忍拜占庭错误，某些验证者可能会做出恶意行为。

The TON blockchain uses the KECCAK-256 hash function, which is a variant of the SHA-3 hash algorithm. This choice of hash function is a significant design decision for the TON platform, as the hash function plays a crucial role in various security-critical operations within the blockchain.

TON 区块链使用 KECCAK-256 哈希函数，它是 SHA-3 哈希算法的变体。哈希函数的选择对于 TON 平台来说是一个重要的设计决策，因为哈希函数在区块链内的各种安全关键操作中发挥着至关重要的作用。

The choice of KECCAK-256 provides a level, not complete, of compatibility with the Ethereum ecosystem, as Ethereum also uses a KECCAK-based hash function (KECCAK-259) for many of its core operations. This compatibility can be beneficial for developers and users who are familiar with the Ethereum ecosystem and may want to interact with or build applications on the TON platform.

KECCAK-256 的选择提供了与以太坊生态系统的一定程度（但不完全）的兼容性，因为以太坊还使用基于 KECCAK 的哈希函数 (KECCAK-259) 来进行其许多核心操作。这种兼容性对于熟悉以太坊生态系统并可能希望在 TON 平台上交互或构建应用程序的开发人员和用户来说是有益的。

Programming language

编程语言

Rust and C/C++ are the primary programming languages for developing on the Solana blockchain. Rust is the native and most widely used language for on-chain programs, including smart contracts. Solana was built using Rust, and its team has created a robust set of libraries and tools specifically for building blockchain applications in Rust.

Rust 和 C/C++ 是在 Solana 区块链上进行开发的主要编程语言。 Rust 是链上程序（包括智能合约）的原生且使用最广泛的语言。 Solana 是使用 Rust 构建的，其团队创建了一组强大的库和工具，专门用于在 Rust 中构建区块链应用程序。

However, Solana also supports Python for client-side development, but not for on-chain program development. Developers can use Python SDKs and APIs to interact with the Solana blockchain from their client applications.

不过，Solana 也支持 Python 进行客户端开发，但不支持链上程序开发。开发人员可以使用 Python SDK 和 API 从客户端应用程序与 Solana 区块链进行交互。

Solana also has community-contributed SDKs that allow developers to use other programming languages, such as Java, Go, and JavaScript/TypeScript, for client-side development and interaction with the Solana blockchain.

Solana 还拥有社区贡献的 SDK，允许开发人员使用其他编程语言（例如 Java、Go 和 JavaScript/TypeScript）进行客户端开发以及与 Solana 区块链的交互。

FunC is the primary smart contract programming language for TON. Fift is another language that was designed specifically for TON Blockchain. Tact is a high-level language for TON smart contracts similar to TypeScript and Rust. It is developed by the community.

FunC 是 TON 的主要智能合约编程语言。 Fift 是另一种专为 TON 区块链设计的语言。 Tact 是 TON 智能合约的高级语言，类似于 TypeScript 和 Rust。它是由社区开发的。

Sharding

分片

Solana does not currently support sharding, which is a technique used to improve the scalability of blockchain networks by dividing the network into smaller, more manageable pieces called shards.

Solana 目前不支持分片，分片是一种通过将网络划分为更小、更易于管理的碎片（称为分片）来提高区块链网络可扩展性的技术。

In 2019, Solana CEO Anatoly Yakovenko expressed concerns that sharding could introduce new security risks, such as the potential for a single shard to be taken over by hackers, which could trigger a domino effect and impact the overall security of the network.

2019 年，Solana 首席执行官 Anatoly Yakovenko 表示担心分片可能会带来新的安全风险，例如单个分片可能被黑客接管，这可能引发多米诺骨牌效应并影响网络的整体安全。

However, Firedancer, an independent validator client for Solana, is designing its infrastructure to introduce sharding support on Solana. The goal is to allow the network

然而，Solana 的独立验证器客户端 Firedancer 正在设计其基础设施以在 Solana 上引入分片支持。目标是让网络