Algorand 
Aptos 
Arbitrum 
Base 
Bitcoin 
BNB Chain 
BSV Blockchain 
Cardano 
Cronos 
eCash 
Ethereum 
Etherlink 
Fogo 
Hedera 
ICP 
IoTeX 
Kaia 
Keeta Mainnet 
Keeta Testnet 
Kusama 
Moonbeam 
MultiversX 
NEAR 
Optimism 
Polkadot 
Polygon 
Redbelly 
Sei 
Solana 
Somnia 
Sonic 
Starknet 
Stellar 
Sui 
Tezos 
Tezos Ecosystem 
TRON 
Wanchain 
Waterfall 
Abstract 
Aurora 
Avail 
B² Network 
Babylon 
Chromia 
Cosmos 
Flare 
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Hyperliquid 
Immutable X 
Immutable zkEVM 
Injective 
Ink 
Katana 
Kava 
Lens Chain 
Linea 
Lisk 
Manta Network 
Mantle 
MegaETH 
Metis 
Monad 
N1 
Neo 
Particle 
Plume 
RISE 
Ronin 
Skale 
Solayer 
Soon 
Supra 
Taiko 
Trac Network 
Unichain 
UPCX 
VeChain 
XDC Network 
XRP Ledger Compare TON vs Avalanche
Open in ChatGPTTON vs Avalanche Scalability
Real-time TPS (1H)
TON TPS is 1.06X higher than Avalanche TPS
Data from Chainspect
Max TPS (100 blocks)
TON max TPS is 6.39X higher than Avalanche max TPS
Data from Chainspect
Max Theoretical TPS
TON max theoretical TPS is 88X higher than Avalanche max theoretical TPS
Data from Chainspect
Transaction Volume (1H)
TON transaction volume is 1.06X higher than Avalanche transaction volume
Data from Chainspect
Block Time (1H)
TON block time is 60.33% shorter than Avalanche block time
Data from Chainspect
Finality
TON finality is 60% shorter than Avalanche finality
Data from Chainspect
Type
TON and Avalanche are both layer 1 blockchains
Data from Chainspect
Total Transactions (All time)
TON has 2.26X more total transactions than Avalanche
Data from Chainspect
Launch Date
TON was launched 8 months after Avalanche
Data from Chainspect
TON vs Avalanche Decentralization
Nakamoto Coefficient
TON Nakamoto Coefficient is 3.32X higher than Avalanche Nakamoto Coefficient
Data from Chainspect
Validators
TON has 37.48% fewer validators than Avalanche
Data from Chainspect
Stake
TON stake is 31.02% lower than Avalanche stake
Data from Chainspect
Consensus Mechanism
TON and Avalanche are both PoS
Data from Chainspect
Governance
TON and Avalanche governance are both on-chain
Data from Chainspect
TON vs Avalanche Developer Activity
Developers
TON has 26.61% fewer developers than Avalanche
Data from Chainspect
Commits
TON has 60.45% fewer commits than Avalanche
Data from Chainspect
Repos
TON has 1.61X more repos than Avalanche
Data from Chainspect
Stars
TON has 2.46X more stars than Avalanche
Data from Chainspect
Watchers
TON has 1.74X more watchers than Avalanche
Data from Chainspect
TON vs Avalanche Financials New
Chain Revenue
TON chain revenue is 1.13X higher than Avalanche chain revenue
Data from Chainspect
Average Transaction Fee
TON average transaction fee is 1.09X higher than Avalanche average transaction fee
Data from Chainspect
Market Cap
TON market cap is 1.49X higher than Avalanche market cap
Data from Chainspect
FDV
TON FDV is 1.72X higher than Avalanche FDV
Data from Chainspect
Market Cap / FDV
TON Market Cap to FDV ratio is 13.3% lower than Avalanche Market Cap to FDV ratio
Data from Chainspect
Price
TON price is 76.43% lower than Avalanche price
Data from Chainspect
TON vs Avalanche Real-time TPS Chart
Other Comparisons
TON Comparisons
About Blockchains
About TON
The Open Network (TON) is a decentralized and open internet platform made up of several components. These include: TON Blockchain, TON DNS, TON Storage, and TON Sites. TON Blockchain is the core protocol that connects TON’s underlying infrastructure together to form the greater TON Ecosystem. TON is focused on achieving widespread cross-chain interoperability, while operating in a highly scalable secure framework. TON is designed to process millions of transactions per second (TPS), with the goal of eventually reaching hundreds of millions of users moving forward.
About Avalanche
Avalanche emerges as a rapid, scalable blockchain platform facilitating the seamless creation and deployment of dApps. Distinguished by its unique consensus mechanism, it's particularly good for DeFi applications, allowing high throughput and nearly instant finality. Its architecture allows for a network of interconnected blockchains, each safeguarded by dynamic subsets of validators, ensuring scalability while maintaining speed, reliability, and security.