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Helix Mining Guide

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An Overview of Helix Mining

This guide provides a comprehensive overview of mining Helix (HLIX), covering the supported Proof-of-Work (PoW) algorithms, command-line interface (CLI) usage, and options for merged mining pools.

Supported Mining Algorithms

Helix supports three distinct Proof-of-Work algorithms, offering various hardware and mining strategy options.

Index Algorithm Description Merged-Mining Recommended Hardware
0 Quark A lightweight PoW algorithm. No CPU
1 SHA256d The double SHA-256 algorithm, as used by Bitcoin. Yes ASIC
2 Argon2d.4096 A memory-hard algorithm, ideal for CPU mining. Yes CPU

Mining Pool Support

Helix supports merged mining, allowing you to mine HLIX simultaneously with other compatible cryptocurrencies on the same algorithm.

Pool Algorithm Port Merged Coins Notes
OpenMarks Argon2d.4096 4333 Helix, Bitmark, Argentum High-efficiency CPU mining.
Chainetics SHA256d 3333 Helix, Bitmark, Bitcoin Ideal for SHA256 ASIC setups.

Sample Miner Configurations

OpenMarks – Argon2d.4096:

-a argon2d4096 -o stratum+tcp://pool.openmarks.com:4333 -u YOUR_HLX_WALLET_ADDRESS -p c=HLIX

Chainetics – SHA256d:

-a sha256d -o stratum+tcp://pool.chainetics.com:3333 -u YOUR_HLX_WALLET_ADDRESS -p c=HLIX

Command-Line Interface (CLI) Reference

The helix-cli provides essential tools for managing your node and mining operations.

Mining Operations Cheatsheet

# Get mining statistics and status
helix-cli getmininginfo

# Show the current mining algorithm's index
helix-cli getminingalgo

# Set the mining algorithm (e.g., to Argon2d)
helix-cli setminingalgo 2

# Enable solo mining using 4 CPU threads
helix-cli setgenerate true 4