Can you mine on a computer with integrated graphics?

Integrated graphics can mine lightweight cryptocurrencies like Monero or Zephyr, but with significantly lower hash rates and profitability compared to dedicated GPUs.

Jul 14, 2025 at 08:50 am

Understanding Integrated Graphics and Mining

Integrated graphics, as the name suggests, are built directly into the CPU or motherboard of a computer. Unlike dedicated graphics cards (GPUs), which have their own memory and processing units, integrated graphics share system RAM and rely on the CPU for computation. When it comes to cryptocurrency mining, especially for algorithms like Ethash used in Ethereum or KawPow used in Ravencoin, the efficiency of the GPU plays a significant role.

The question arises: can you mine effectively using only integrated graphics? The short answer is yes, but with important limitations. While integrated GPUs lack the raw power and dedicated VRAM of discrete GPUs, they can still be used for lightweight mining or testing purposes. However, the hash rate will be significantly lower compared to even entry-level dedicated GPUs like the GTX 1050 or RX 560.

Which Cryptocurrencies Can Be Mined with Integrated Graphics?

Not all cryptocurrencies are suitable for mining with integrated graphics. Some algorithms are more CPU-friendly or less resource-intensive, making them viable options for systems without dedicated GPUs. Examples include:

• Monero (XMR) – Uses the RandomX algorithm, which is optimized for CPUs and does not require large amounts of GPU memory.
• Electroneum (ETN) – Designed to be mined on mobile devices and low-end hardware.
• Zephyr (ZEPH) – Another lightweight PoW coin that can be mined with minimal resources.

These coins do not place heavy demands on VRAM or parallel processing capabilities, which makes them more accessible to miners using integrated graphics solutions. It's important to note that while mining these coins may be possible, profitability will likely be very limited unless electricity costs are extremely low.

Setting Up Mining Software for Integrated Graphics

Mining with integrated graphics requires specific software configurations. Here’s how to get started:

• Install the correct drivers: Ensure your system has the latest Intel HD Graphics or AMD Vega iGPU drivers installed. These provide better performance and compatibility with mining tools.
• Choose appropriate mining software: For Monero, XMRig is the most popular choice. It supports both CPU and GPU mining. For other coins, look for lightweight miners such as Minexmr or KawPow miners compatible with iGPUs.
• Configure the miner: Edit the configuration file or use command-line parameters to specify the mining pool, wallet address, and algorithm settings.
• Allocate enough RAM: Since integrated GPUs use system memory, ensure at least 8GB of RAM is available, though 16GB or more is recommended for smoother operation.
• Monitor temperatures and performance: Use tools like HWInfo or Open Hardware Monitor to check system stability during mining sessions.

Failure to properly configure the miner or allocate sufficient system resources may result in crashes or suboptimal hash rates.

Performance Expectations with Integrated Graphics

Hash rates when mining with integrated graphics are typically much lower than those achieved with dedicated GPUs. For example:

• An Intel UHD Graphics 630 might achieve around 20–30 H/s when mining Monero via the GPU.
• An AMD Ryzen 5 3400G with Vega 11 iGPU could reach up to 60–70 H/s on the same algorithm.

These figures pale in comparison to a RX 570, which can deliver over 500 H/s on RandomX. Therefore, if the goal is profitable mining, integrated graphics are unlikely to meet expectations unless used in a large-scale setup or paired with favorable conditions like low electricity costs.

Additionally, mining with integrated graphics can put extra stress on the CPU and memory subsystem, potentially reducing the lifespan of components if run continuously without proper cooling.

Use Cases for Mining with Integrated Graphics

Despite the performance drawbacks, there are valid scenarios where mining with integrated graphics makes sense:

• Learning and experimentation: Beginners can learn about mining mechanics without investing in expensive hardware.
• Idle machines: If a machine is already running for other tasks, mining during idle time can generate some passive income.
• Testing mining pools or wallets: Integrated graphics setups allow users to test connectivity, mining software, and wallet integration before scaling up.
• Privacy-focused mining: For those who want to mine small amounts without drawing attention or consuming excessive power.

In these cases, the goal isn’t necessarily profit maximization but rather familiarization, utility, or supplementary income.

Optimizing System Settings for Better Performance

To squeeze the most out of an integrated graphics-based mining rig, consider the following optimizations:

• Enable IOMMU/VT-d in BIOS: This allows better memory management between the CPU and iGPU.
• Increase RAM clock speed: Faster RAM can improve bandwidth and slightly boost hash rates.
• Use a lightweight OS: Running a minimal version of Linux (e.g., Ubuntu Server) can reduce background processes and free up resources.
• Overclock the iGPU: Tools like Intel GPA or Ryzen Master can help push the iGPU beyond stock speeds safely.
• Disable unnecessary background services: Windows updates, antivirus scans, and other background apps can interfere with mining performance.

Implementing these tweaks can lead to minor but meaningful improvements in hash rate and stability.

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Frequently Asked Questions

Q: Can I mine Ethereum with integrated graphics?

A: Mining Ethereum with integrated graphics is technically possible but highly impractical due to the high DAG file size required for Ethash, which quickly exceeds the limited memory capacity of most iGPUs.

Q: Is it safe to mine continuously using integrated graphics?

A: Prolonged mining can increase heat output and strain shared system resources. Proper cooling and periodic rest periods are advisable to prevent overheating or component wear.

Q: Do I need a separate wallet if I mine with integrated graphics?

A: Yes, regardless of the mining hardware used, a compatible cryptocurrency wallet is necessary to receive and store mined coins securely.

Q: Will mining with integrated graphics affect my computer’s performance for other tasks?

A: Yes, mining consumes CPU, RAM, and GPU resources, which can slow down other applications running simultaneously. It’s best to dedicate the machine to mining or use it during idle times.