Mining Software

AMD GPU Mining with TeamRedMiner

A practical guide to TeamRedMiner, a free open-source AMD GPU miner for Windows, covering setup, safety, fees and alternatives.

Free (developer fee) Open source Windows: Yes v0.10.21 Updated 6 May 2024
8 min read Last update 6 May 2024 github.com/todxx/teamredminer

TeamRedMiner is a free, open-source GPU miner built for AMD graphics cards, aimed at Windows and Linux miners who want a command-line tool tuned for OpenCL hardware. It supports a broad set of proof-of-work algorithms, from Ethash and KawPow to Autolykos, and it includes a dedicated single-algorithm mode for Kaspa. The source code is public on GitHub, and the project credits todxx and kerney666 as its creators, so you can see exactly what you run.

Before you install, know the project's status. The last code update arrived on May 6, 2024, which is more than two years ago. That makes TeamRedMiner a legacy tool: it may still run well on suitable hardware, but it has seen no code updates since then. Compare it with newer options before you commit your rig to it.

02

What Is TeamRedMiner?

TeamRedMiner is a program that runs cryptographic hash calculations on your graphics card. When a mining pool gives your machine a job, the miner works through possible answers as fast as the hardware allows, and each accepted answer earns a share of the reward. The core idea is simple, but performance depends heavily on how well the software uses the GPU.

This project focuses on AMD hardware. Its developers describe it as an optimized miner for AMD GPUs and for Xilinx FPGAs, which are programmable chips used in some specialized equipment. Most readers will only care about the graphics card side, but the wider scope shows that the code was written with efficient hardware use in mind.

Because the source is open, independent developers and technical users can review the code, report problems and propose changes. That transparency is one reason many people still study older open-source miners. It also means you should judge the project by its public history, including the last code update, rather than by marketing claims.

03

How Does AMD GPU Mining Work?

Most proof-of-work algorithms ask the GPU to perform huge numbers of hash operations. The speed of those operations is usually measured as hashrate, and it depends on the card's compute units, memory bandwidth and the miner's tuning. Two cards with the same name can still produce different results if their memory or cooling differs.

Memory size matters more than many beginners expect. Several algorithms rely on a large dataset that must fit into GPU memory. That is why release notes for mining software often mention 4GB and 6GB cards separately. A card that runs out of memory may crash, lose hashrate or stop accepting shares, so check the memory requirements of any algorithm before you choose it.

Temperature and fan speed also affect stability. A miner can push a card hard for many hours, and poor airflow can cause throttling. Good practice is to watch core temperature, fan behavior and power draw during the first few runs, then adjust settings gradually instead of changing many values at once.

04

Who Is TeamRedMiner For?

TeamRedMiner suits hobbyists with AMD rigs who are comfortable with a command prompt and want direct control over settings. A person with one or two Radeon cards can launch the miner, pick an algorithm and watch the output in a console window. That hands-on style is appealing to people who like to understand every part of their setup.

Rig operators who manage several machines have more options. The project appears alongside SimpleMining OS and Awesome Miner, two tools that many operators use to monitor and control multiple miners from one place. A small farm can therefore combine the miner with management software instead of logging into each computer by hand.

Someone who wants a polished graphical interface, automatic profit switching or a project with recent development activity may prefer another option. Consider the project's age and your own technical comfort before you commit.

05

Key features

Optimized for AMD GPUs

The miner is tuned for AMD graphics cards through OpenCL, the standard compute interface these cards use. Instead of generic code, it targets Radeon hardware, which helps owners of older Polaris-era cards get more useful performance from their rigs.

Wide Algorithm Coverage

One program covers several proof-of-work families, including Ethash, KawPow, Autolykos, Cuckoo Cycle, FiroPoW, CryptoNight, X16R and Lyra2. You choose the algorithm at launch, so the same setup can switch targets, but each choice should follow your own research on profitability and hardware limits.

Kaspa Single-Algorithm Mode

Kaspa (KAS) has a dedicated switch: run the miner with -a kas to mine it on its own. The documentation lists a 1.0% developer fee for this mode, so expect that share of work to go to the developers rather than to your wallet.

Windows and Linux Builds

An official Windows version sits alongside the Linux build, so the same tool can run on either operating system. Windows users get a ready-made program rather than a source build, which keeps setup simpler for most people.
06

Supported coins

The documentation mentions Kaspa (KAS) and Nano as supported coins and networks. On the algorithm side, TeamRedMiner covers Ethash, KawPow, Autolykos, Cuckoo Cycle, FiroPoW, CryptoNight, X16R and Lyra2. Kaspa has its own single-algorithm mode, selected with the -a kas option, which is the most direct way to mine it with this program.

07

How to install TeamRedMiner on Windows

  1. 1

    Get the Windows Build

    Download the Windows version only from the official website or the GitHub Releases page at github.com/todxx/teamredminer. Pick the newest release file that matches your system, and avoid copies shared on forums or file-sharing sites.

  2. 2

    Verify the File

    Compare the SHA-256 checksum of the downloaded archive with the value published on the release page. If the release provides a signature, check it as well. Do not run the file if the hash does not match.

  3. 3

    Extract to a Dedicated Folder

    Unpack the archive into its own folder, such as a folder named for the miner on a secondary drive. Keeping it separate makes it easier to manage antivirus exceptions and to update the program later.

  4. Launch from the Command Prompt

    Open a Command Prompt window in the folder and start the miner with options for the algorithm, pool address and worker name. The exact flags depend on your pool, so read the documentation before your first run.

08

System requirements

  • An AMD graphics card that supports OpenCL, which is the compute interface the miner is built for
  • The official Windows version of the program, with the matching GPU drivers installed
  • Enough GPU memory for the algorithm you choose, since release notes mention fixes for 4GB and 6GB cards
09

How to use TeamRedMiner

Running TeamRedMiner is a command-line task. Before you start, decide which algorithm and pool you want to use, and make sure your drivers are current. Keep your wallet address and worker name in a note so you can copy them accurately.

Follow these steps for a first test run:

  1. Open a Command Prompt window inside the folder where you extracted the program.
  2. Choose the algorithm with the -a option. For Kaspa in single-algorithm mode, use -a kas.
  3. Enter your pool address with -o and your wallet or worker name with -u, following your pool's instructions.
  4. Press Enter and watch the first few minutes of output for errors, rejected shares and hashrate.
  5. Check GPU temperature and fan speed with a monitoring tool while the miner runs.
  6. Stop the miner with Ctrl+C when you need to change settings, then restart it with the new options.

Change one setting at a time so you can see which change affects stability or performance.

10

Pros & cons

Pros
  • Free to use, with the developer fee disclosed in the documentation
  • Optimized for AMD GPUs through OpenCL
  • Covers a wide range of proof-of-work algorithms in one program
  • Open-source code is public on GitHub for review
  • Official builds for both Windows and Linux
Cons
  • The last code update was in May 2024, more than two years ago
  • A developer fee applies, including 1.0% for single-algorithm Kaspa mining
  • Built for AMD hardware, so NVIDIA owners need another tool
  • Command-line setup is less friendly for beginners who want a visual interface
11

Is TeamRedMiner safe?

Mining software needs extra care because it runs heavy computations on your hardware and often connects to outside pools. Download TeamRedMiner only from the official website or GitHub, and verify the SHA-256 checksum or signature before you run the file. Never enter a seed phrase on a third-party website, and no legitimate miner needs yours.

Antivirus tools often flag mining software, sometimes as a false positive. Instead of disabling protection, add an exception for the verified folder only and keep your scanner running. The project's last code update dates from May 2024, so its security posture may not match current threats. Treat it with caution and avoid running it with administrator rights unless you have a clear reason.

  • Official source only. Download from github.com/todxx/teamredminer. Ignore ads and lookalike domains.
  • Check the SHA-256. Compare the installer hash with the value the developer publishes before running it.
  • Never share your seed phrase. No developer, support agent or website — including CryptApps — will ever ask for it.
12

Alternatives

TeamRedMiner sits in a crowded field of GPU miners. Its main strength is a focus on AMD cards through OpenCL, along with a long list of supported algorithms and a clear Kaspa mode. GMiner and WildRig Multi also target GPUs, and WildRig Multi is listed specifically for rarer algorithms. lolMiner stands out for supporting NVIDIA, AMD and Intel cards in one program, which makes it more flexible for mixed rigs.

For Kaspa, you can also compare the kHeavyHash-focused Kaspa Miner builds, which concentrate on that single algorithm. If you mine only Kaspa, a dedicated tool may be simpler. Check each project's update history, fees and hardware support before you decide.

13

Specifications

Price
Free (developer fee)
Type
Open source
License
—
Latest version
v0.10.21
Last update
6 May 2024
Windows support
Yes (official Windows version)
Source code
github.com/todxx/teamredminer
14

Frequently asked questions

Yes, TeamRedMiner is free to download and use. It includes a developer fee, and the documentation lists 1.0% for single-algorithm Kaspa mining with the -a kas option. Fees vary by mode, so read the documentation for each algorithm you plan to run.

TeamRedMiner is built for AMD GPUs and Xilinx FPGAs, so it is not aimed at NVIDIA cards. If your rig uses NVIDIA hardware, consider a miner that lists NVIDIA support, such as lolMiner, which covers NVIDIA, AMD and Intel GPUs in one program.

It can be safe if you download it from the official website or GitHub and verify the SHA-256 checksum or signature before running it. Keep your antivirus active and add only a targeted exception. Remember that the last code update came in May 2024.

The documentation highlights Kaspa (KAS) and Nano as supported coins and networks. The program also covers algorithms such as Ethash, KawPow and Autolykos, which are used by several other networks. Check your target coin's current algorithm before you configure the miner.

Antivirus software often flags mining programs because they use the GPU heavily and connect to pools. The flag does not always mean the file is malicious. Verify the checksum first, then add an exception for the verified folder rather than turning protection off.

Open a Command Prompt in the miner's folder and launch it with the -a kas option, then add your pool address and worker name. Kaspa mode carries a 1.0% developer fee according to the documentation. Watch the first minutes of output for rejected shares or errors.

15

Verdict

TeamRedMiner is a focused, free tool for people who run AMD graphics cards and want a command-line miner with broad algorithm support and a Kaspa mode. It suits hobbyists and small operators who understand developer fees and can verify downloads. Its last code update came in May 2024, so it is best viewed as a legacy option. Before installing, check the latest version on the official website and compare it with newer alternatives.

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