Ethereum (ETH) Lending Rates

Find the best ETH lending rates and earn up to 20% APY APY. Compare 6 platforms side-by-side.

Updated: March 31, 2026

20% APY

Highest Rate

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The best Ethereum lending rate is 20% APY on EarnPark.. Other top platforms include Nexo (6.5% APY) and Nebeus (4.5% APY). Compare ETH lending rates across 6 platforms.

EarnPark20%Nexo6.5%Nebeus4.5%

Compare Ethereum (ETH) Lending Rates

Platform	Action	Max Rate	Base Rate	Min Deposit	Lockup	US Access
EarnPark	Go to Platform	20% APY	—	—	—	Check terms
Nexo	Go to Platform	6.5% APY	3.5% APY	—	30 days	Check terms
Nebeus	Go to Platform	4.5% APY	—	—	—	Check terms
YouHodler	Go to Platform	12% APY	—	—	—	Check terms
Spark	Go to Platform	1.34% APY	—	—	—	Check terms
JustLend	Go to Platform	0.0005% APY	—	—	—	Check terms

Historical Ethereum lending rates (the United States)

Rates shown are the headline rates we track for the United States users; actual rates may vary by product, tier, or terms.

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Earnpark currently offers the highest Ethereum lending rate in the United States at 20.00% APY, matching its 30-day average of 20.00%.

30-DAY AVERAGE RATESArrows compare today vs 30-day average

Provider	Current Rate	Trend	Average Rate
Earnpark	20%	-	avg 20%
YouHodler	12%	-	avg 12%
Nexo	6.5%		avg 5.28%
Nebeus	4.5%	-	avg 4.5%
Aqru	3%	-	avg 3%
Morpho	1.86%		avg 2.18%
Best 30-day averageEarnpark (20% APY)

Last updated: Mar 31, 2026, 10:05 AM

Platform Safety Information

We evaluate each platform's regulatory status, transparency, and track record.

Platform	Regulatory Status	Proof of Reserves	Track Record	Insurance
Nexo	EU (VARA Dubai, Multiple VASPs)	2024-12 (Armanino)	Has issues	Custodial insurance

How we gather this information

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Ethereum Lending Guide

How to lend Ethereum

Crypto lending guide

Frequently Asked Questions About Ethereum (ETH) Lending

What is Ethereum and how does it differ from Bitcoin?: Ethereum is a programmable blockchain that enables developers to build and deploy smart contracts and decentralized applications (dApps). Unlike Bitcoin, which primarily functions as digital money, Ethereum serves as a global computer where code executes automatically and autonomously. Its native token, ETH, is used for paying transaction fees (gas), securing the network through staking, and interacting with DeFi, NFT marketplaces, and other decentralized services. The platform’s goal is to enable a wide range of applications beyond payments, from finance to gaming, with ongoing upgrades like Proof of Stake (completed in 2022) and plans to increase throughput and reduce costs.
How does the Proof of Stake transition (The Merge) affect ETH rewards and security?: The Merge moved Ethereum from Proof of Work to Proof of Stake, meaning validators (not miners) secure the network by staking ETH as collateral. Validators earn rewards for proposing and validating blocks, typically in the range of a few percent annually, depending on total stake and network conditions. PoS reduces energy consumption by over 99% and introduces penalties for malicious behavior, improving security through slashing. For users, this shift generally means a more sustainable network with the potential for staking yields, though it requires staking mechanisms (direct validator participation or through staking services).
What is EIP-1559 and how does it affect ETH supply and transaction fees?: EIP-1559 introduced a base fee mechanism that is burned (destroyed) with each transaction, along with a priority tip to miners/validators. This creates deflationary pressure during periods of high activity: more ETH is burned than issued as rewards to validators, potentially reducing circulating supply over time. In practice, users pay a dynamic base fee that contracts with network demand, plus a tip to prioritize inclusion in a block. The net effect can be lower average fees during calm periods and occasional upward pressure on ETH scarcity during busy times.
What are the main use cases for ETH within the Ethereum ecosystem?: ETH serves several critical roles: paying gas fees to execute smart contracts and participate in dApps, staking to secure the network and earn rewards, and acting as collateral or liquidity in DeFi protocols. It’s also used to purchase NFTs and digital assets on various marketplaces. As institutional adoption grows, ETH is increasingly held in treasuries and offered in regulated products like spot ETFs, giving traditional investors a familiar way to gain exposure while supporting the ecosystem’s liquidity and security.
What is the roadmap for Ethereum in terms of scalability and future upgrades?: Ethereum’s roadmap focuses on increasing transaction throughput, reducing confirmation times, and maintaining decentralization and security. After The Merge, upgrades aim to augment sharding and rollups (layer 2 solutions) to push effective throughput well beyond current levels, potentially exposing capacity targets like 100,000 transactions per second in the long term. Ongoing research targets improvements in data availability, network efficiency, and resistance to future threats (e.g., quantum computing). Practically, users and developers can expect lower fees and faster confirmations as Layer 2 ecosystems mature and base layer improvements take effect.

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Frequently Asked Questions About Ethereum (ETH) Lending

What is Ethereum and how does it differ from Bitcoin?

Ethereum is a programmable blockchain that enables developers to build and deploy smart contracts and decentralized applications (dApps). Unlike Bitcoin, which primarily functions as digital money, Ethereum serves as a global computer where code executes automatically and autonomously. Its native token, ETH, is used for paying transaction fees (gas), securing the network through staking, and interacting with DeFi, NFT marketplaces, and other decentralized services. The platform’s goal is to enable a wide range of applications beyond payments, from finance to gaming, with ongoing upgrades like Proof of Stake (completed in 2022) and plans to increase throughput and reduce costs.

How does the Proof of Stake transition (The Merge) affect ETH rewards and security?

The Merge moved Ethereum from Proof of Work to Proof of Stake, meaning validators (not miners) secure the network by staking ETH as collateral. Validators earn rewards for proposing and validating blocks, typically in the range of a few percent annually, depending on total stake and network conditions. PoS reduces energy consumption by over 99% and introduces penalties for malicious behavior, improving security through slashing. For users, this shift generally means a more sustainable network with the potential for staking yields, though it requires staking mechanisms (direct validator participation or through staking services).

What is EIP-1559 and how does it affect ETH supply and transaction fees?

EIP-1559 introduced a base fee mechanism that is burned (destroyed) with each transaction, along with a priority tip to miners/validators. This creates deflationary pressure during periods of high activity: more ETH is burned than issued as rewards to validators, potentially reducing circulating supply over time. In practice, users pay a dynamic base fee that contracts with network demand, plus a tip to prioritize inclusion in a block. The net effect can be lower average fees during calm periods and occasional upward pressure on ETH scarcity during busy times.

What are the main use cases for ETH within the Ethereum ecosystem?

ETH serves several critical roles: paying gas fees to execute smart contracts and participate in dApps, staking to secure the network and earn rewards, and acting as collateral or liquidity in DeFi protocols. It’s also used to purchase NFTs and digital assets on various marketplaces. As institutional adoption grows, ETH is increasingly held in treasuries and offered in regulated products like spot ETFs, giving traditional investors a familiar way to gain exposure while supporting the ecosystem’s liquidity and security.

What is the roadmap for Ethereum in terms of scalability and future upgrades?

Ethereum’s roadmap focuses on increasing transaction throughput, reducing confirmation times, and maintaining decentralization and security. After The Merge, upgrades aim to augment sharding and rollups (layer 2 solutions) to push effective throughput well beyond current levels, potentially exposing capacity targets like 100,000 transactions per second in the long term. Ongoing research targets improvements in data availability, network efficiency, and resistance to future threats (e.g., quantum computing). Practically, users and developers can expect lower fees and faster confirmations as Layer 2 ecosystems mature and base layer improvements take effect.