#USA #Los Angeles #GIGABYTE #CES 2026 #Hugh Hou

Showcasing the Future of Spatial Filmmaking

At the CES 2026 event, renowned filmmaker and VR educator Hugh Hou captivated audiences with a groundbreaking demonstration of spatial computing capabilities powered by GIGABYTE's advanced technology. This live session showcased how immersive video content can be created in real-time, diverging from the traditional methods that often rely on pre-rendered material.

Revolutionizing Video Production

During the demonstration, attendees gained exclusive insight into the entire video production workflow for spatial content, detailing every phase from image capture to post-production and final playback. By running the entire workflow live on the trade show floor, GIGABYTE illustrated the exact methodologies utilized in commercial extended reality (XR) projects, emphasizing the necessary system stability, sustained performance, and thermal reliability.

The session culminated with the audience experiencing a two-minute trailer of a spatial video, displayed on cutting-edge devices like Meta Quest, Apple Vision Pro, and Galaxy XR, as well as on a specialized 3D tablet featuring 180-degree viewing options. This interactive aspect showcased the effectiveness and practicality of the technology in real-world scenarios.

The Role of AI in Creative Workflows

Artificial Intelligence was integral to this demonstration, transcending the conventional view of technology merely as a gimmick. Instead, AI served as a practical tool woven into the fabric of everyday editing tasks. Features such as image enhancement, object tracking, and AI-assisted preview processes accelerated iterative stages of production without hindering the creative flow.

High-end immersive cameras were utilized, capturing footage that was processed with industry-standard software including Adobe Premiere Pro and DaVinci Resolve. AI-based techniques were employed for resolution scaling, noise reduction, and detail enhancement to meet the stringent visual standards required for immersive virtual reality, where any imperfection is instantly noticeable in a 360-degree environment.

Importance of Platform Design in Spatial Computing

Supporting the entire workflow was a GIGABYTE desktop configured explicitly for spatial video production, designed to handle demanding workloads efficiently. The system featured an AMD Ryzen™ 7 9800X3D processor paired with a Radeon™ AI PRO R9700 AI TOP graphics card, providing the necessary bandwidth and processing power for real-time 8K video playback and rendering.

A crucial component was the X870E AORUS MASTER X3D ICE motherboard, which ensured a stable power supply and constant signal integrity, allowing the entire workflow to function seamlessly during the live demonstration. By successfully enabling the operation of a complex spatial video production line in real-time multiple times throughout CES, GIGABYTE affirmed that a well-designed platform not only simplifies the immersive production process but also enhances creators' trust in their tools.

In conclusion, Hugh Hou's demonstration at CES 2026 illuminated the potential of GIGABYTE's technology in transforming the future of filmmaking. By merging cutting-edge hardware with innovative software and AI capabilities, the spatial video production landscape appears more promising than ever, making it an exciting field for creators and audiences alike.