DIY-APE Unveils 1500W 50-Pin Connector for BTF 3.0 Motherboards, Revolutionizing Power Delivery
DIY-APE has announced a cutting-edge 50-pin power connector for its next-generation BTF 3.0 motherboard standard. Designed to simplify and optimize power delivery, the connector can supply up to 1500W to the CPU, GPU, and motherboard, all via a streamlined backside connector layout.
What’s New with the DIY-APE 50-Pin Connector?
The DIY-APE 50-pin connector eliminates the need for multiple power connectors on the motherboard. It replaces the traditional:
24-pin ATX connector
Single or dual 8-pin EPS connectors for the CPU
16-pin connectors for GPUs featured in previous BTF designs
Features of the BTF 3.0 Design
Unified Power Delivery:
The 50-pin connector consolidates power input for all key components—CPU, GPU, and motherboard—into one robust connection.1500W Power Output:
Supports up to 600W for high-end GPUs (e.g., NVIDIA’s upcoming RTX 5090).
Leaves approximately 900W for CPUs and the motherboard, accommodating the most demanding setups.
12V 2x6 Standard Compatibility:
Retains compatibility with the 12V 2x6 GC_HPWR connector, ensuring support for BTF-specific GPUs from brands like ASUS.Backside Connector Layout:
Keeps all power connectors and headers neatly arranged on the backside of the PCB, offering a cleaner and more efficient build aesthetic.12VO Options:
The BTF 3.0 design may include 12VO configurations, adding flexibility for future-proofing power solutions.
The DIY-APE 50-pin connector is tailored for future advancements in PC hardware. With GPUs like the NVIDIA RTX 5090 rumored to have 600W TBP, the 1500W capacity ensures ample power headroom for high-performance CPUs and additional motherboard features.
While no official launch date has been announced, DIY-APE showcased an LGA 1851 motherboard with a white PCB design, hinting at potential products in 2025. This marks the next step in power delivery evolution for both DIY enthusiasts and OEMs.
What do you think of the new 50-pin connector design? Does the unified power delivery and cleaner layout excite you for your next build? Share your thoughts below!
