PUZZLENET

Client Downloads - Ubuntu Only (All Clients)

โš ๏ธ ALL CLIENTS CURRENTLY AVAILABLE FOR UBUNTU LINUX ONLY - Other OS support coming soon!

๐Ÿš€ Download Clients (Ubuntu Linux)

All clients are currently optimized for Ubuntu Linux. Choose the client for your GPU architecture.

UBUNTU LINUX

๐ŸŽฏ NVIDIA Turing CUDA

Fully Optimized - RTX 20 Series / GTX 16 Series

Supported Series:
RTX 20 Series, GTX 16 Series, Titan RTX
  • โœ… Maximum performance on Turing GPUs
  • โœ… Tensor Core optimization
  • โœ… Automatic tuning for Ubuntu
  • โœ… Best for RTX 2060-2080 Ti
  • โœ… Ubuntu 20.04+ compatible
Download Turing CUDA
UBUNTU LINUX

โšก NVIDIA Pascal CUDA

Fully Optimized - GTX 10 Series

Supported Series:
GTX 10 Series, Titan X/Xp
  • โœ… Optimized for Pascal architecture
  • โœ… GTX 1060-1080 Ti support
  • โœ… Stable Ubuntu performance
  • โœ… Proven reliability
  • โœ… Ubuntu 18.04+ compatible
Download Pascal CUDA
UBUNTU LINUX

๐Ÿš€ NVIDIA Ampere CUDA

Fully Optimized - RTX 30 Series

Supported Series:
RTX 30 Series
  • โœ… Excellent for Ampere architecture
  • โœ… RTX 3060-3090 support
  • โœ… DLSS optimization
  • โœ… High VRAM utilization
Download Ampere CUDA
๐Ÿ”’
UBUNTU LINUX

โณ NVIDIA Ada Lovelace CUDA

RTX 40 Series - Coming Soon

Supported Series:
RTX 40 Series
  • โŒ Available in next update
  • โŒ RTX 4060-4090 support
  • โŒ DLSS 3 optimization
  • โŒ Advanced tensor cores
Coming Soon
๐Ÿ”’
UBUNTU LINUX

โณ OpenCL Client

AMD GPUs - Coming Soon

Supported Hardware:
AMD RX Series, Intel Arc
  • โŒ Available in next update
  • โŒ AMD RX 5000/6000/7000
  • โŒ Cross-platform support
  • โŒ Universal OpenCL
Coming Soon
๐Ÿ”’
UBUNTU LINUX

โณ CPU Client

CPU Only - Coming Soon

Supported CPUs:
Intel/AMD Processors
  • โŒ Available in next update
  • โŒ Multi-core optimization
  • โŒ No GPU required
  • โŒ Universal compatibility
Coming Soon

๐Ÿ“‹ Ubuntu Setup Instructions

Quick Start Guide for Ubuntu

  1. Download the client for your GPU architecture
  2. Extract the downloaded archive into the selected directory.: tar -xf ****_cuda.tar.gz
  3. Run the client: ./client
  4. Enter your details once when prompted:
    • โ€ข Your Name (for statistics)
    • โ€ข Bitcoin Address (for rewards)
  5. That's it! The client works automatically 24/7
๐Ÿ’ก Pro Tip: Your name and Bitcoin address are saved in ~/database permanently.

๐Ÿ”ง System Requirements

๐Ÿ–ฅ๏ธ Operating System

Ubuntu Linux 20.04+

Other distributions may work but are not officially supported

๐ŸŽฎ GPU Requirements

NVIDIA Turing/Pascal/Ampere

RTX 20/30/40/50๐Ÿ”ฅ GTX 16 or GTX 10 series๐Ÿ‘ป

โšก NVIDIA Drivers

Driver 515+

With CUDA toolkit 11.0+

๐Ÿ’พ System Memory

8GB RAM

16GB recommended for optimal performance

โ“ Frequently Asked Questions

๐Ÿค” Why Ubuntu only?
We're starting with Ubuntu for maximum stability and performance. Ubuntu provides the best NVIDIA driver support and development environment. Windows and other Linux distributions will be supported in future updates.
๐Ÿ’ป I have an RTX 40/50 series card, what should I do?
Use the Ampere CUDA client as a temporary solution. It will work with optimal performance. Ada/Blackwell support is actively being developed and will be available soon.
๐Ÿ”ง How do I install NVIDIA drivers on Ubuntu?
Use the official NVIDIA drivers: sudo apt install nvidia-driver-525
Or use the GUI: Software & Updates โ†’ Additional Drivers
๐Ÿ”„ When will Windows support be available?
Windows client development is in progress. We expect to release Windows versions within the next 4-6 weeks. Follow our updates on the statistics dashboard.
๐Ÿง Will other Linux distributions be supported?
Yes! After Ubuntu stabilization, we'll expand support to Debian, CentOS, and Arch Linux. The client architecture is designed to be portable across Linux distributions.
โšก What's the performance difference between architectures?
Turing/Ampere GPUs achieve 600-2000M keys/sec, Pascal GPUs 100-600M keys/sec. The difference comes from Tensor Core optimization on Turing architecture. Both provide excellent contribution to solving Puzzle #71.