Mini PC barebone ASUS NUC 14 Pro+ RNUC14RVSU900002I

The Mini PC barebone ASUS NUC 14 Pro+ RNUC14RVSU900002I is a compact UCFF system engineered for high performance in a small footprint. Built on Intel Core Ultra processor family and Intel Arc graphics, this barebone supports DDR5 SO-DIMM memory up to 96 GB, PCIe SSD storage, Wi‑Fi 6E and Bluetooth 5.3, and includes a single Gigabit Ethernet port and a 150 W power supply. Its anodized 5x4‑inch aluminum chassis with active cooling and toolless access is intended for easy integration, upgrades, and quiet operation in home offices, workspaces, and commercial deployments.

Advantages

The ASUS NUC 14 Pro+ combines high-performance Intel Core Ultra processors, Intel Arc GPU and Intel AI Boost (NPU) in a compact chassis, providing local acceleration for AI workloads and strong multimedia and productivity capabilities. The toolless aluminum chassis and included VESA mounting plate simplify installation and maintenance, while Thunderbolt 4, multiple display support and Wi‑Fi 6E ensure flexible connectivity for collaborative and remote work scenarios.

Suitable for

• Home office and remote workstations
• Content creation and multimedia editing
• Digital signage and compact commercial kiosks
• Development and AI inferencing at the edge

Key specifications

• Form factor: Mini PC barebone (UCFF)
• Processor family: Intel Core Ultra (Ultra 9 / Ultra 7 / Ultra 5 compatible)
• Graphics: Intel Arc GPU
• AI: Intel AI Boost (NPU)
• Memory: Up to 96 GB DDR5‑5600 SO‑DIMM (2 slots)
• Storage: PCIe SSD support
• Networking: Intel Wi‑Fi 6E AX211 (2x2), Bluetooth 5.3, 1x Ethernet LAN
• I/O highlights: 2x Thunderbolt 4 (DP 2.1 & USB4), multi‑display support (up to quad 4K)
• Chassis: 5x4‑inch anodized aluminum, active cooling, toolless access, VESA mount included
• Power supply: 150 W
• Brand / MPN / EAN: Asus / 90AR0051-M000J0 / 4711387496794

How to use

Install DDR5 SO‑DIMM modules into the two memory slots and mount a PCIe SSD for storage (refer to the motherboard manual for supported capacities and configurations). Connect displays via Thunderbolt 4 or other available video outputs, attach wired Ethernet if required, or configure wireless networking using the preinstalled Wi‑Fi 6E adapter. Place the NUC in a well‑ventilated location; the active cooling system and anodized aluminum chassis are designed for continuous operation under typical loads. System integrators can use the toolless chassis for quick component access and the included VESA plate for wall or display mounting.

Usage recommendations

For optimal performance when running AI inference or content creation workloads, use high‑speed DDR5 modules in dual‑channel configuration, a PCIe Gen‑4/Gen‑3 NVMe SSD, and keep firmware and drivers (Intel chipset, GPU, and NPU) up to date. Ensure adequate ventilation around the chassis and use the VESA mount or a stable surface to minimize obstruction of airflow.