**NVIDIA's NDI HX: A New Era for Streamers**
In recent times, streamers have been looking for ways to improve their streaming setup without sacrificing too much performance on their devices. NVIDIA has recently released its NDI HX technology, which aims to alleviate the CPU overhead associated with screen capture and encoding. This technology allows streamers to use a separate computer as a capture device, reducing the load on their primary machine.
The NDI HX solution uses NVIDIA's Invinc encoder to offload the heavy lifting of encoding from the GPU, resulting in a significant reduction in performance impact. According to NVIDIA, this results in a theoretical 5-6% hit on gaming performance while streaming with NDI versus previous methods and against streaming on the same computer.
**Testing the NDI HX Technology**
To put the NDI HX technology to the test, I set up a separate capture device using an NVIDIA graphics card. The goal was to see how well the new technology would hold up in real-world scenarios, particularly when it came to 4K 120 FPS streaming.
I started by testing the technology with Rainbow Six Siege, playing normally and then running it with NDI HX enabled. In this scenario, I saw a 4% hit on frame rate compared to normal gameplay. However, when playing at 60 Hz in Modern Warfare 2019, the performance hit was more significant, with only around 2-3% impact on average frame rates.
In contrast, streaming everything on my primary computer using OBS and a webcam, with overlays and other visual effects, resulted in a full 16% performance hit. This demonstrates just how much of an improvement NDI HX can offer for streamers looking to reduce their performance impact.
**Implications for Streamers**
The implications of this technology are significant for streamers who want to improve their streaming setup without sacrificing too much performance on their devices. By using a separate capture device, streamers can significantly reduce the load on their primary machine, allowing them to maintain high frame rates and minimize lag.
Furthermore, NDI HX offers an attractive alternative to traditional capture cards, which often come with significant performance overhead. This is particularly true for those who use powerful hardware, such as high-end graphics cards, to power their stream.
**The Future of NDI HX**
While the technology is still in its early stages, it has already shown promising results in several tests. However, there are some potential issues that need to be addressed before it can be fully released to the public.
One area where I encountered some difficulties was with performance during high-intensity games, such as Modern Warfare 2019 at 4K resolution. In these scenarios, the technology still resulted in a slight performance hit, although it was still smoother than streaming everything on my primary computer.
I also encountered an issue with OBS running as administrator, which is required to take full advantage of the Invinc encoder's performance benefits. However, I was told that this is likely due to a GPU priority issue that NVIDIA is working to resolve.
**Conclusion**
The NDI HX technology has shown significant promise for streamers looking to improve their streaming setup without sacrificing too much performance on their devices. By reducing CPU overhead and offloading encoding from the GPU, streamers can significantly reduce the load on their primary machine.
While there are still some potential issues that need to be addressed before it can be fully released, the benefits of NDI HX make it an attractive option for those looking to improve their streaming setup. As NVIDIA continues to develop and refine this technology, we can expect to see even more exciting features and capabilities in the future.
**Future Features and Developments**
One area where I'm particularly excited about is the potential for NVIDIA's Video Effects SDK (VESD). This SDK allows developers to create custom video effects that can be used in streamers' software. While it's still in its early stages, VESD has already shown some incredible capabilities, including face tracking and other advanced features.
As OBS and other streamer software start to integrate with the VESD API, we can expect to see even more impressive graphics and visual effects in streams. This will require some development work from the OBS team, but it's an exciting prospect for those who want to take their streaming setup to the next level.
**Stay Tuned**
I'll be keeping a close eye on the NDI HX technology as it continues to develop, and I'll have more videos and updates in the future. If you're interested in staying up-to-date with the latest developments, be sure to hit the like button, subscribe to my channel, and check out our sponsor links below.
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**The Future of Streaming**
The future of streaming is an exciting one, with new technologies and innovations emerging all the time. As a streamer myself, I'm passionate about exploring these developments and bringing them to my audience.
Whether you're a seasoned pro or just starting out, there's never been a better time to get involved in the world of streaming. With tools like NDI HX and VESD on the horizon, we can expect to see even more impressive graphics, visual effects, and overall streaming experiences.
Stay tuned for more updates from me in the coming weeks and months. I'll be sharing my thoughts on the latest developments, as well as providing tips, tricks, and general advice for streamers looking to improve their setup.