I run mine undervolted at 800 mV and 1700 MHz. A lot more performance compared to stock and runs decently cool. One thing to note is that this card is like 8 years old so no matter where you buy one from a repaste + new thermal pads are in order. I dropped like 10-15 celsius in temps by doing so.
The NVIDIA Titan X Pascal and GTX 1080 Ti are very similar in performance, but they have some differences that might make one more suitable depending on your specific use case: 1. **VRAM**: - **Titan X Pascal**: 12 GB GDDR5X - **GTX 1080 Ti**: 11 GB GDDR5X - The Titan X Pascal has 1 GB more VRAM, which can be beneficial for tasks requiring large memory buffers, such as 3D rendering, high-resolution textures, and AI workloads. However, for most gaming scenarios, the 11 GB of the 1080 Ti is more than sufficient. 2. **CUDA Cores**: - **Titan X Pascal**: 3,584 CUDA cores - **GTX 1080 Ti**: 3,584 CUDA cores - Both cards have the same number of CUDA cores, meaning their raw computational power is very similar. 3. **Clock Speeds**: - **Titan X Pascal**: Base clock 1,417 MHz, Boost clock 1,531 MHz - **GTX 1080 Ti**: Base clock 1,480 MHz, Boost clock 1,582 MHz - The GTX 1080 Ti has slightly higher clock speeds, which can give it a minor advantage in gaming performance. 4. **Pricing and Availability**: - **GTX 1080 Ti**: Generally more affordable than the Titan X Pascal, with a price-to-performance ratio favoring gamers. - **Titan X Pascal**: Targeted more at professionals needing extra VRAM and a card that bridges gaming and compute tasks like AI and scientific simulations. 5. **Performance in Gaming**: - Both cards perform very similarly in gaming benchmarks, with the GTX 1080 Ti often taking a slight lead due to higher clock speeds. The 1 GB extra VRAM in the Titan X Pascal is not a significant factor for most gaming applications. 6. **Target Audience**: - **Titan X Pascal**: More suited for professionals who need the extra VRAM and power for deep learning, scientific computations, or 3D rendering. - **GTX 1080 Ti**: Better for gamers and power users who want top-tier gaming performance without paying extra for features they might not need. In summary, while the Titan X Pascal offers an additional 1 GB of VRAM and is slightly more oriented towards professional tasks, the GTX 1080 Ti often performs better in gaming due to its higher clock speeds and better price-to-performance ratio for gaming-specific needs.
I run mine undervolted at 800 mV and 1700 MHz. A lot more performance compared to stock and runs decently cool. One thing to note is that this card is like 8 years old so no matter where you buy one from a repaste + new thermal pads are in order. I dropped like 10-15 celsius in temps by doing so.
big collection
No offense, but you're not running any seriously demanding games. Any card should be able to slice through cartoon games with ease.
Is this as good as a 1080 Ti with 1gb more Vram?
The NVIDIA Titan X Pascal and GTX 1080 Ti are very similar in performance, but they have some differences that might make one more suitable depending on your specific use case:
1. **VRAM**:
- **Titan X Pascal**: 12 GB GDDR5X
- **GTX 1080 Ti**: 11 GB GDDR5X
- The Titan X Pascal has 1 GB more VRAM, which can be beneficial for tasks requiring large memory buffers, such as 3D rendering, high-resolution textures, and AI workloads. However, for most gaming scenarios, the 11 GB of the 1080 Ti is more than sufficient.
2. **CUDA Cores**:
- **Titan X Pascal**: 3,584 CUDA cores
- **GTX 1080 Ti**: 3,584 CUDA cores
- Both cards have the same number of CUDA cores, meaning their raw computational power is very similar.
3. **Clock Speeds**:
- **Titan X Pascal**: Base clock 1,417 MHz, Boost clock 1,531 MHz
- **GTX 1080 Ti**: Base clock 1,480 MHz, Boost clock 1,582 MHz
- The GTX 1080 Ti has slightly higher clock speeds, which can give it a minor advantage in gaming performance.
4. **Pricing and Availability**:
- **GTX 1080 Ti**: Generally more affordable than the Titan X Pascal, with a price-to-performance ratio favoring gamers.
- **Titan X Pascal**: Targeted more at professionals needing extra VRAM and a card that bridges gaming and compute tasks like AI and scientific simulations.
5. **Performance in Gaming**:
- Both cards perform very similarly in gaming benchmarks, with the GTX 1080 Ti often taking a slight lead due to higher clock speeds. The 1 GB extra VRAM in the Titan X Pascal is not a significant factor for most gaming applications.
6. **Target Audience**:
- **Titan X Pascal**: More suited for professionals who need the extra VRAM and power for deep learning, scientific computations, or 3D rendering.
- **GTX 1080 Ti**: Better for gamers and power users who want top-tier gaming performance without paying extra for features they might not need.
In summary, while the Titan X Pascal offers an additional 1 GB of VRAM and is slightly more oriented towards professional tasks, the GTX 1080 Ti often performs better in gaming due to its higher clock speeds and better price-to-performance ratio for gaming-specific needs.
Lmaooo I love that emulater! Or simulation game! Haha