How to Mine Monero Using Gupax with P2Pool and XMRig on Linux MacOS and Windows

Oct 4, 2026 · based on the channel We're looking for cool stuff on GitHub.

Key takeaways

Gupax enables easy Monero mining on Linux, MacOS, and Windows using P2Pool and XMRig.
P2Pool provides decentralized mining with zero pool fees and instant payouts.
Mining directly to your own wallet increases privacy and control over rewards.
XMRig supports CPU mining and offers performance tuning per operating system.
No registration or KYC required to mine on P2Pool, maintaining user anonymity.

Mining Monero (XMR) with Gupax on Linux, MacOS, and Windows is a straightforward way to engage in truly decentralized and privacy-focused mining. This approach leverages P2Pool, a decentralized mining pool, combined with the efficient XMRig miner, allowing users to mine Monero solo-like but with the benefits of pooled mining.

Understanding Gupax and Its Role in Monero Mining

Gupax stands for Guide Using P2Pool And XMRig, offering a clean, minimal setup for mining Monero across multiple operating systems. It simplifies the process of configuring XMRig to connect to P2Pool nodes, enabling miners to avoid traditional centralized pools that impose fees and require registration or KYC.

P2Pool runs as a sidechain mining pool, which means miners contribute shares directly to the Monero network through their own node or a remote one, ensuring full decentralization. This setup eliminates pool fees and provides instant payouts whenever a block is found, with rewards going straight to your personal wallet.

Video: Monero Mining on Linux, MacOS & Windows – P2Pool + XMRig Full Tutorial (GUPAX) | Solo Mining XMR

Setting Up Your Wallet and Mining Node

Before mining, you need a Monero wallet to receive payouts. Download and install the official Monero GUI or CLI wallet from https://www.getmonero.org/downloads/ to securely manage your funds.

Next, decide whether to run your own P2Pool node locally or use a remote node. Running a local node increases privacy and control but requires syncing the blockchain, which can be resource-intensive. Alternatively, remote nodes let you start mining faster without full blockchain synchronization.

Installing and Configuring XMRig on Linux MacOS and Windows

XMRig is a high-performance miner compatible with CPU mining for Monero. Installation varies by OS:

Linux (Ubuntu/Debian): Use package managers or compile from source. Configure the `config.json` with your wallet address and P2Pool node details.
MacOS: Install via Homebrew or manually. Adjust settings for Apple Silicon if applicable for optimal performance.
Windows: Gupax offers a GUI that streamlines setup. Point it to your wallet and chosen P2Pool node, then start mining without syncing the blockchain.

Connecting XMRig to P2Pool and Monitoring Performance

Once XMRig is configured, start your mining session by connecting it to your P2Pool node. You can verify your hashrate and share submissions through the P2Pool Observer at https://p2pool.io/observer/, which provides real-time statistics of your mining activity.

Mining on P2Pool is unique since rewards depend on share submissions and block finds. Faster miners earn rewards more frequently, while slower miners might wait longer or see occasional payouts, reflecting the solo mining nature enhanced by the P2Pool network.

Performance Optimization and Tips for CPU Mining

To maximize your mining efficiency on each platform:

Run XMRig with administrator or root privileges to unlock higher CPU performance.
Adjust thread count and CPU affinity based on your hardware.
On MacOS, especially Apple Silicon, monitor temperature and hashrate – M2 Pro chips can achieve around 6 KH/s without overheating.
For headless setups, consider using Dockerized Gupax with noVNC to manage your miner remotely via a browser.

Addressing Common Questions and Concerns

Mining Monero via Gupax and P2Pool raises typical questions about payout frequency, hardware requirements, and setup complexity. Since P2Pool rewards are tied to block discovery, miners with lower hashrates might experience longer waiting times between payouts. Using remote nodes can reduce setup complexity, especially for Windows users who benefit from Gupax’s GUI.

Useful Links

Monero GUI/CLI wallet: https://www.getmonero.org/downloads/
Gupax Miner: https://short-url.cc/1zm8Y
P2Pool GitHub: https://github.com/SChernykh/p2pool
P2Pool Observer: https://p2pool.io/observer/

Conclusion

Mining Monero using Gupax with P2Pool and XMRig on Linux, MacOS, and Windows offers a secure, decentralized, and fee-free way to earn XMR. This setup empowers miners by connecting directly to the network, avoiding centralized pools and maximizing privacy. For detailed instructions and performance tips, the channel "We're looking for cool stuff on GitHub." provides a valuable resource. To get started, download the official Monero wallet at https://www.getmonero.org/downloads/ and begin your mining journey today.

Source: Monero Mining on Linux, MacOS & Windows – P2Pool + XMRig Full Tutorial (GUPAX) | Solo Mining XMR · Markdown version

Questions & answers

What advantages does mining Monero with P2Pool and Gupax offer over traditional pools?

Mining with P2Pool and Gupax eliminates pool fees, removes the need for registration or KYC, and allows instant payouts directly to your wallet, enhancing decentralization and privacy.

Do I need to run my own Monero node to use Gupax and P2Pool?

Running your own node is optional. You can connect XMRig to a remote P2Pool node for easier setup, especially on Windows, but running a local node increases privacy and control.

Why might payouts be delayed or infrequent when mining on P2Pool?

P2Pool rewards are based on finding blocks through submitted shares. Miners with lower hashrate may wait longer between payouts since rewards depend on block discovery frequency.

How can I optimize XMRig for better CPU mining performance?

Run XMRig with administrator or root privileges, adjust thread count and CPU affinity, and monitor your hardware’s temperature to balance performance and stability.