ZOTAC ZBOX Mini PC Brings Desktop RTX 5080 to Edge AI

ZOTAC expands its ZBOX mini PC lineup with configurations designed for heavy edge computing and video processing workloads. These systems bring desktop-class GPU power into a compact form factor, offering a practical alternative to bulky workstations for video editors and industrial vision engineers. Buyers who need to process high-resolution video streams locally will find the integrated acquisition and storage capabilities particularly relevant.

Compact systems target video editors and industrial vision engineers

The new ZBOX models target edge intelligence scenarios by combining compact hardware with substantial computational throughput. ZOTAC describes the platform as an integrated acquisition-storage-computing solution that supports desktop-level performance in a small chassis. The company states that this design has long served as an ideal hardware base for edge computing applications.

Specifications

• GPU: RTX 5080 (EU275080), RTX PRO 5000 (QU29N5000)
• CPU: Intel Core Ultra 9 275HX
• Storage: Up to 16TB hybrid storage
• Video Input: 4K/8K uncompressed
• AI Performance: 1860 TOPS (QU29N5000)

Flagship configurations include the EU275080 model, which features a full-spec desktop RTX 5080 GPU, and the QU29N5000 model, which pairs an Intel Core Ultra 9 275HX processor with an RTX PRO 5000 professional GPU. The QU29N5000 variant delivers up to 1860 TOPS of AI performance and achieves a power density of 614 TOPS per liter. Both models support system volumes ranging from 2 liters to 12 liters.

Storage capacity reaches up to 16TB, which ZOTAC says can hold more than 500,000 8K images or over 600 hours of 4K video. The systems accept uncompressed video input at resolutions up to 4K and 8K. These specifications support target applications such as medical imaging, education, video production, and industrial vision tasks.

We've been tracking ZBOX closely — see our earlier coverage on ZOTAC ZBOX Edge Computing Terminals Power. ZOTAC positions these units as specialized tools for environments where space is limited but processing demands are high. The hardware targets users who need to ingest and analyze video data without relying on cloud infrastructure.