Kāinga Akademia Whakataurua Solana ki te Avalanche

Solana ki te Avalanche: He mea pai ake?

Kua whakahoutia Mahuru 2026 Whakatauritenga Apa 1

Solana ki te Avalanche i te Tirohanga

Āhuatanga

SOL

AVAX

Mekanihana Whakaaetanga

Proof of Stake me Proof of History

Avalanche consensus (Snow protocol family)

Ngā whakawhitinga ia Hēkona

Thousands per second on one chain

Scales horizontally: each Avalanche L1 adds its own capacity

Transaction Fee

Base fee of 5,000 lamports per signature plus optional priority fee

Low fees on the C-Chain, priced in AVAX and partly burned

Wā Mutunga

Confirmation in about a second; full finality after about 13 seconds

About 1 to 2 seconds

Hanganga

Monolithic (aho kotahi)

Multi-chain (Primary Network plus Avalanche L1s)

EVM Whai Whakarite

No (Sealevel runtime)

Āe (C-Chain he EVM-whai-whakarite)

Reo Kaitono Atamai

Rust, C, C++

Solidity (C-Chain); custom VMs on Avalanche L1s

Maha Whakapūmau

Kāore he tepe pakanga (whakawhānui)

720 million AVAX

Ngā Whakaritenga Kaiwhakaū

No minimum stake; demanding hardware

2,000 AVAX minimum stake on the Primary Network

He aha te Solana?

Solana is a monolithic high-throughput blockchain built for speed and low-cost transactions. Using its Proof of History clock alongside Proof of Stake, Solana processes thousands of transactions per second on a single chain. It is a major platform for DeFi trading, NFTs and consumer-facing Web3 apps.

Tika: SOL Mai i te 2020

He aha te Avalanche?

Avalanche is a Layer 1 platform launched in 2020 by Ava Labs, founded by Cornell professor Emin Gun Sirer. It uses the Avalanche consensus family and a multi-chain design with three built-in chains (X-Chain, C-Chain, P-Chain). Projects can launch their own application-specific blockchains, originally called subnets and now called Avalanche L1s.

Tika: AVAX Mai i te 2020

Ngā Rerekētanga Matua

Solana uses a monolithic single-chain architecture. Avalanche lets projects launch their own application-specific blockchains (Avalanche L1s, formerly subnets).

Avalanche's C-Chain is EVM-compatible, so Ethereum dApps can be ported with little change. Solana uses its own Sealevel runtime and requires Rust development.

Both confirm transactions in seconds or less: Solana in about a second, Avalanche in about 1 to 2 seconds. Both are far faster than Ethereum L1 finality.

Avalanche has a capped supply of 720 million AVAX and burns transaction fees. Solana has no hard supply cap and pays inflationary staking rewards.

Avalanche validators must stake at least 2,000 AVAX. Solana has no minimum stake, but its hardware requirements are high.

Solana's ecosystem is stronger in consumer-facing apps and token trading. Avalanche has found traction in enterprise, gaming and institutional deployments through dedicated L1s.

Kei tēhea e tika ana mōu ki te kōwhiri?

Solana and Avalanche are both fast Layer 1 blockchains with different scaling strategies. Solana offers high throughput and very low fees on a single chain, which suits high-frequency DeFi and consumer apps. Avalanche offers more architectural flexibility with its Avalanche L1 model and EVM compatibility, which suits enterprise deployments and projects moving from Ethereum. Your choice depends on whether you value single-chain performance or multi-chain customization.

Ngā Pātai Auau

He tere ake a Solana i te Avalanche?

Both are fast. Solana produces a block about every 400 milliseconds and confirms most transactions in about a second; Avalanche reaches finality in about 1 to 2 seconds. Solana usually has lower fees on its single chain, while Avalanche can add capacity by running many L1s in parallel.

He aha ngā subnet o Avalanche?

Subnets, renamed Avalanche L1s in 2024, are independent, customizable blockchains within the Avalanche ecosystem. Each one can define its own rules, validators and virtual machine. This lets enterprises and projects launch dedicated chains tailored to their needs while staying connected to the broader Avalanche network.

Ka taea e au te whakamahi i te Solidity i runga i te Solana?

Not natively. Solana programs are written in Rust, C or C++. Avalanche's C-Chain supports Solidity directly because it is EVM-compatible, which makes it easier for Ethereum developers to migrate.

Ko tēhea te DeFi TVL nui ake, ko Solana, ko Avalanche?

Solana has had the higher DeFi TVL in recent years, driven by protocols such as Jupiter, Raydium and Marinade. Avalanche's DeFi ecosystem includes Trader Joe (now LFJ), Benqi and Aave, with a lower overall TVL. See DefiLlama for live figures.

Ko tēhea te mea nui ake i te whakakotahitanga, ko Solana, ko Avalanche?

Both involve trade-offs. Avalanche requires a 2,000 AVAX minimum stake to validate its Primary Network. Solana has no minimum stake but demands expensive hardware, which limits who can run a validator. Both have a validator count in the low thousands or below; check each network's explorer for live numbers.

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Solana, paetukutuku whaimana me ngā tuhingasolana.com
Primary reference for the Solana design, features and figures quoted in the table.
Avalanche, official website and documentationavalanche.com
Primary reference for the Avalanche design, features and figures quoted in the table.
CoinGeckocoingecko.com
Live prices, 24-hour change and market capitalization for SOL and AVAX shown at the top of this page.
DefiLlamadefillama.com
Ngā whakarārangitanga uara katoa kua mauhia (TVL) me te rōrahi e ora ana e whakahuatia ana i te whakataurite.

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