크맆이👑💖

🪙It's like finding gold. An 8GB NVIDIA mining GPU just became an 80GB AI accelerator. And it's outperforming a retail A100 in an FP16 compute benchmark! Hardware researcher Kate discovered how to unlock disabled hardware on NVIDIA's CMP 170HX cryptocurrency mining card. So what's the secret? The 8GB CMP 170HX uses NVIDIA's GA100 silicon, the same GPU architecture as the A100. And it physically contains much more memory than NVIDIA originally exposed. 👀Look at this ... Stock CMP 170HX → Hardware-unlocked CMP 170HX 💾 VRAM: 8GB → 80 GiB 🧠 Streaming multiprocessors: 70 → ~120–126 🔗 NVLink: Disabled → Enabled ⚡ PCIe: Gen1 → Gen4 Now look at the reported FP16 compute benchmark: 🟢 Retail NVIDIA A100 → 72.49 TFLOPS 🔥 Unlocked CMP 170HX → 85.86 TFLOPS According to Kate, of 10x 8GB mining cards examined ✅ 9x had a functional 80 GiB of memory. ✅ 1x had 64 GiB. Kate's new method uses hardware voltage glitching and permanent fuse modifications to unlock additional memory and compute resources. Imagine 80GB of HBM on 1x GPU. Enough raw memory capacity to accommodate a 70B model at 8-bit or a much larger model at 4-bit, depending on runtime overhead. And Kate has demonstrated 2x unlocked cards connected via NVLink. From two cards originally sold as 8GB cryptocurrency mining accelerators! 🔗 Research and follow-up details in threads