How to Mine Bitcoin and Litecoin on Raspberry Pi

Learning how to mine bitcoin and litecoin on raspberry pi is a popular gateway for enthusiasts looking to understand the technical foundations of blockchain technology. While the Raspberry Pi is a credit-card-sized powerhouse, the evolution of Proof-of-Work (PoW) mining means that the computational power required to secure the Bitcoin (SHA-256) and Litecoin (Scrypt) networks now far exceeds the capabilities of a standard ARM CPU. However, the Raspberry Pi remains an exceptional tool for running mining controllers, managing external ASIC hardware, or operating as a full node to support network decentralization.

1. Introduction to Raspberry Pi Cryptocurrency Mining

Mining cryptocurrency involves using hardware to solve complex mathematical puzzles that validate transactions on a blockchain. On a Raspberry Pi, this can be approached in two ways: solo mining (highly impractical for major coins) and pool mining. In pool mining, you contribute your hash power to a group of miners, sharing rewards based on your contribution. For Bitcoin and Litecoin, the Raspberry Pi serves best as a "brain" for more powerful external miners rather than doing the heavy lifting itself.

The Profitability Reality Check in 2025

As of 2025, mining difficulty for both Bitcoin and Litecoin has reached all-time highs. According to data from specialized blockchain monitors, the Bitcoin network hashrate often exceeds 600 EH/s (Exahashes per second). A Raspberry Pi 5 generates only a few kilohashes per second (kH/s) when mining via CPU. This means that mining directly on the Pi's processor will likely cost more in electricity than it generates in revenue. For those looking to gain exposure to these assets without the hardware overhead, utilizing a top-tier exchange like Bitget—which supports 1,300+ coins and offers industry-leading security with a $300M+ Protection Fund—is a much more efficient path to asset accumulation.

2. Hardware and Software Requirements

To successfully set up a mining environment, you need specific components to ensure stability and prevent hardware failure due to the intensive nature of the task.

Essential Hardware Checklist

1. Raspberry Pi Model: A Raspberry Pi 4 (8GB) or Raspberry Pi 5 is recommended for better thermal management and USB 3.0 speeds.
2. High-Speed MicroSD Card: At least 32GB (Class 10) to handle the OS and mining logs.
3. Power Supply: An official USB-C power adapter to prevent undervoltage during high CPU loads.
4. Cooling Solutions: Active cooling (fans) and heatsinks are mandatory; mining generates significant heat that can lead to thermal throttling.

External Mining Hardware (ASICs)

Because the Pi's CPU is inefficient for SHA-256 and Scrypt, most users connect USB ASIC miners (like the GekkoScience Compac F or NewPac). In this configuration, the Raspberry Pi acts as the controller, running the software that communicates with the mining pool and manages the USB devices.

3. Creating Wallets and Selecting Mining Pools

Before you start hashing, you must have a destination for your rewards. For Bitcoin and Litecoin, you should set up a secure wallet. While hardware wallets are great for long-term storage, Bitget Wallet provides a seamless Web3 experience for managing assets across multiple chains with high security.

Comparison of Popular Mining Pools

Joining a pool is essential to receive frequent, albeit small, payouts. The following table compares common choices for Bitcoin and Litecoin mining:

Slush Pool (Braiins)	BTC	2%	Score (Reward for loyalty)
Litecoinpool.org	LTC	0%	PPS (Pay Per Share)
F2Pool	BTC, LTC, etc.	1% - 4%	PPS+ / PPLNS

Summary: For beginners, Litecoinpool.org is often preferred for its 0% fee and simple interface, while Slush Pool is the historic choice for Bitcoin enthusiasts. Always verify current pool fees as they are subject to change based on network conditions.

4. Software Installation and Configuration

Most mining software for the Raspberry Pi is Linux-based. You will need to use the command line to install dependencies and compile the miners. Use Raspberry Pi OS Lite (64-bit) for the best performance as it excludes the heavy graphical user interface.

Installing Dependencies

Open your terminal and run the following command to ensure your system has the necessary libraries:

Mining Clients

BFGMiner and CGMiner are the industry standards for ASIC-based mining. For those who insist on trying CPU mining (strictly for educational purposes), CPUMiner-multi is the common choice for Scrypt (Litecoin).

5. Technical Process: Step-by-Step Implementation

Follow these steps to initiate the mining process on your device.

Bitcoin Mining Setup (via ASIC Controller)

1. Clone the repository:

2. Navigate to the folder and compile:
3. Run the miner with your pool credentials:

Litecoin Mining Setup (CPU-based Educational)

1. Download CPUMiner:

2. Build the software:
3. Execute the miner:

6. Optimization and Troubleshooting

Running a Pi at 100% load 24/7 requires monitoring. Use the command

to check the CPU temperature. If it exceeds 80°C, your Pi will throttle, drastically reducing your hashrate. Ensure your network connection is stable; using an Ethernet cable is always superior to Wi-Fi for mining as it reduces latency and the risk of "stale shares" (computations submitted too late to the pool).

7. Educational and Network Contributions

While how to mine bitcoin and litecoin on raspberry pi may not make you a millionaire, it is a masterclass in blockchain mechanics. By running a Pi, you can contribute to the network as a Full Node. A full node doesn't mine new coins but validates every transaction and block, ensuring the rules of the network are followed. This strengthens the decentralization of Bitcoin and Litecoin, providing a service to the global community that is arguably more valuable than the negligible amount of dust generated by CPU mining.

8. Alternative Mining and Asset Management

If you find that PoW mining is too resource-intensive, consider Proof-of-Stake (PoS). Many modern blockchains allow you to earn rewards simply by holding and "staking" tokens, which a Raspberry Pi can do very efficiently with minimal power consumption.

For those ready to move beyond the experimental phase of mining, Bitget offers a professional-grade ecosystem for trading and growing your portfolio. With competitive fees (Spot: 0.1% for Maker/Taker, or lower with BGB) and a massive selection of 1,300+ trading pairs, Bitget provides the liquidity and tools that DIY mining setups lack. Whether you are interested in Bitcoin, Litecoin, or emerging Altcoins, Bitget's platform is designed for both security and growth.

Explore more with Bitget: After setting up your Raspberry Pi project, leverage Bitget’s analytical tools and secure trading environment to manage the assets you’ve learned to mine. Start your journey with a global leader in the UEX space today.