WiCi One wireless external GPU system uses Wi-Fi 7 for data transfer

The Wici One wireless external GPU system connects a high-performance graphics card to a host laptop using Wi-Fi 7 technology rather than traditional physical cables.

Wireless Architecture and Bandwidth Management

Traditional external graphics setups rely on high-bandwidth physical connections like Thunderbolt 5, OCuLink, or MCIO 8i to handle massive data transfers. By contrast, the Wici One utilizes Wi-Fi 7 for data transfer over the air. To compensate for lower wireless bandwidth compared to wired PCIe connections, the system employs specialized caching, compression, deduplication, streaming, and pipelining techniques.

Hardware Configurations and Target Workloads

Unlike cloud-gaming services that stream compressed video frames from remote servers, the Wici One registers locally on the host laptop as a physical graphics device via virtual drivers, keeping the core compute tasks on the external card. The platform is configured as a standalone workstation containing both a CPU and storage alongside the GPU. The RTX 5060 Ti model pairs with an Intel Core 3 100U processor and 1 TB of NVMe storage. A higher-end configuration features an NVIDIA GeForce RTX 5090 32GB paired with an Intel Core Ultra 7 255H processor and 4 TB of NVMe storage, though pricing for the RTX 5090 variant remains unannounced.

Performance Claims and Gaming Benchmarks

Internal testing figures provided by the manufacturer claim substantial frame rates for demanding game titles. The RTX 5060 Ti configuration reportedly runs Cyberpunk 2077 at 4K Ultra resolution with DLSS 4 enabled reaching up to 80 frames per second, while Black Myth: Wukong achieves 60 frames per second on the 4K Cinematic preset. Despite these benchmarks, gaming remains a latency-sensitive workload, positioning the device primarily toward stationary workstation tasks like local artificial intelligence operations and GPU-accelerated 3D rendering where data payloads are transmitted to the enclosure for complete local processing before returning final results to the host computer.