Avado Documentation
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  • Staking Ethereum
    • ETH Staking Overview
    • Setting up the ETH Clients
      • Configuring the Consensus Client
      • Syncing the Consensus Client
        • Teku
        • Prysm
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      • Syncing the Execution Client
        • Geth
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      • Setting up a Rocketpool Node
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      • Monitor Your Rocketpool Validators
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      • Rocketpool FAQ
    • Stader (4 ETH)
  • RESTAKING ETHEREUM
    • Aqua Patina
      • How to register as a AP SSV Node Operator
  • More Staking Opportunities
    • Gnosis Staking
      • Getting Started on Gnosis Chain
      • Setting up the Gnosis Clients
      • Generate Keys (Gnosis)
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      • Import Validator Keys
      • Monitor Your Node
      • Rewards and Penalties
      • Set Withdrawal Address
      • Exit from a Gnosis Validator
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On this page
  • Overview
  • Step 1: Install Execution Client
  • Step 2: Install Consensus Client
  • Step 3: Configure the Consensus Client
  • Step 4: Syncing the Consensus Client
  • Step 5: Syncing the Execution Client
  • Next Steps
  1. Staking Ethereum

Setting up the ETH Clients

PreviousETH Staking OverviewNextConfiguring the Consensus Client

Last updated 1 year ago

Overview

To begin, you need to install both the Execution Client and the Consensus Client on your AVADO machine. These two pieces of software work together to perform your validator duties.

During the initial setup, they will download and process all existing information from the Ethereum blockchain to ensure they have an accurate and up-to-date local copy of the Ethereum state. This process is known as "syncing".

The Consensus Client will need to sync up first, and this is a relative fast process that can complete within an hour. Syncing the Execution Client will take more time, usually a day or two, as it involves downloading and processing a substantial amount of data.

Keep your device cool!

During the initial sync of a blockchain, your system will operate at full capacity for multiple hours. It is crucial to maintain an optimal temperature to prevent any potential heat damage. If you are using the AVADO i7 model, which features a fan-less design with cooling fins, we recommend using a USB fan to provide additional cooling support during this initial sync process. This will help ensure that your system stays cool and operates efficiently throughout the syncing period.

Step 1: Install Execution Client

Choose ONE of the following:

Nethermind is a high-performance, highly configurable Ethereum execution client built on .NET

Navigate to the DappStore and locate the DApp named Nethermind Execution Client and click Install.

Geth is the Ethereum node software coded in Go language. It is widely used and well-maintained.

Navigate to the DappStore and locate the DApp named Geth Execution Client and click Install.

After installing the Execution Client, it will automatically start running, but it won't be able to sync until a Consensus Client is installed and synced. This will be our the next step.

Step 2: Install Consensus Client

Choose ONE of the following:

Teku is an open source Ethereum consensus client written in Java.

Navigate to the DappStore and locate the DApp named Teku Consensus Client and click Install.

Introducing Zero Sync mode for Teku! This feature enables validation from a backup Beacon Chain provided by AVADO, eliminating the initial sync wait time and reducing downtime during errors or maintenance. We highly recommend setting up Zero Sync now. Check out Teku Zero Sync for more details.

Prysm is a popular Ethereum proof-of-stake client written in Go.

Navigate to the DappStore and locate the DApp named Prysm Consensus Client and click Install. This will also automatically install the Prysm Beacon Chain package.

Unlike Teku and Nimbus, Prysm consists of two separate packages: one for the Beacon Chain and another for the Validator. On the Home Page, you will notice two installed Prysm packages:

  • Prysm Consensus Client - This is the Validator Client.

  • Prysm Beacon Chain - This is the Beacon Chain Client and the new AVADO wizard.

Nimbus is an extremely efficient consensus layer client implementation.

Navigate to the DappStore and locate the DApp named Nimbus Consensus Client and click Install.

Step 3: Configure the Consensus Client

At this stage, you'll need to configure the Consensus Client. The configuration options are the same across Teku, Prysm or Nimbus. Please proceed to our guide on Configuring the Consensus Client.

  • Configuring the Consensus Client

Once you've configured the options, you can continue below to complete the syncing process.

Step 4: Syncing the Consensus Client

The Consensus Client will need to sync up first. Thanks to Checkpoint Sync, the Consensus Clients start with a recently finalized checkpoint state and only need to catch up to the current head of the blockchain. This process is relatively fast, usually taking only a few minutes to no more than an hour.

Please see our detailed guides on the syncing process. These guides will assist you in monitoring and ensuring a smooth progression of the process.

  • Nimbus

  • Prysm

  • Teku

Step 5: Syncing the Execution Client

Syncing the Execution Client is the process by which the it catches up to the latest Ethereum block and synchronizes its global state. It is a time-consuming process, typically taking many hours to a few days depending on your network speed. It's important to be patient during this period.

Please see our detailed guides on the syncing process. These guides will assist you in monitoring and ensuring a smooth progression of the process.

  • Geth

  • Nethermind

Next Steps

Congratulations for setting up your Ethereum node!

Now that you have the basic infrastructure in place, you can proceed to the actual staking. Choose between your options of Solo Staking, Rocketpool or Stader Staking. Please follow our comprehensive guides for each option:

  • Solo Staking

  • Rocketpool

  • Stader

Happy Staking!