🖥️ AMD BC-250 16GB GDDR6 GRAPHICS CARD – POWERFUL RDNA 2 COMPUTE PLATFORM

Upgrade your desktop setup with the AMD BC-250, featuring RDNA 2 graphics architecture and 16GB GDDR6 memory. With a 256-bit memory bus and high memory bandwidth, this board is designed for users looking for a specialist graphics and compute solution.

The BC-250 is based on a semi-custom AMD APU platform and has become popular among PC enthusiasts, Linux users and hardware projects because of its unusual combination of CPU, GPU and unified memory.

⭐ KEY FEATURES

• AMD BC-250 graphics/compute board
• RDNA 2 graphics architecture
• 16GB GDDR6 unified memory
• 256-bit memory bus
• 24 RDNA 2 Compute Units in the standard configuration
• High-bandwidth GDDR6 memory
• Single-fan cooling configuration as supplied
• Designed for specialist desktop PC and computing projects
• DisplayPort connectivity
• PCIe 8-pin power connection
• Suitable for enthusiasts, Linux systems and custom PC projects

🎮 WHY CONSIDER THE BC-250?

✔ Large 16GB GDDR6 memory pool
✔ RDNA 2 graphics architecture
✔ 256-bit memory interface
✔ Interesting option for PC enthusiasts and custom builds
✔ Suitable for Linux-based gaming and compute projects
✔ Compact specialist hardware with a unique architecture

📦 WHAT YOU RECEIVE

1 x AMD BC-250 Graphics Card / Board
Single Fan Cooling

⚠️ IMPORTANT COMPATIBILITY INFORMATION

The BC-250 is not a conventional plug-and-play Windows graphics card. Current community documentation indicates that Linux provides the main supported desktop environment, while Windows GPU driver support is not available. The 16GB memory is also shared between the CPU and GPU rather than being conventional dedicated VRAM.

The board uses approximately 220W TDP and requires suitable power and cooling. It also provides DisplayPort rather than native HDMI output. Please make sure your system, operating system, power supply, cooling and connections are compatible before purchasing.

💻 IDEAL FOR

Linux PC Builds • Custom Computers • Hardware Enthusiasts • Computing Projects • GPU Projects • Homelab Builds • Experimental PC Systems