MS-03-336H Mini PC Intel Core Ultra 5 336H 32GB DDR5 1TB SSD | Local AI Workstation,Dual 10G SFP+,PCIe x16, Dual USB4,3×M.2,U.2 SSD

Bestseller rating ()

$1319.99

As of 10/30/2026 3:00 PM - Details

Highest Price
$
Average Price
$
Lowest Price
$
Last Price Change
$0

View on Amazon

Price History

Local AI Workstation PerformancePowered by the Intel Core Ultra 5 336H processor (12 cores/12 threads, up to 4.6 GHz), the MS-03 is designed for local AI inference, software development, rendering, and demanding multitasking. Tested with AI models such as Qwen 35B, Gemma 26B, and GPT-OSS 20B, the device supports private AI assistants, knowledge base building, and local inference workflows.

Large Memory & Flexible Memory ExpansionSupports up to 128 GB of DDR5 7200 memory for loading large models, long-context processing, and parallel multitasking applications. Three M.2 SSD slots (2 x PCIe 5.0 + 1 x PCIe 4.0) enable separate management of the system, AI models, and datasets, while support for U.2 enterprise SSDs via an adapter provides additional capacity for data-intensive read operations.

Ready for Enterprise Remote ManagementSelect MS-03 configurations support Intel vPro technology for remote maintenance, diagnostics, and recovery. Designed for distributed deployments in branch offices, offices, labs, and remote workstations where centralized IT management is required.

High-Speed Networking & ExpandabilityEquipped with two 10G SFP+ fiber ports, one 10G RJ45 port, and one 2.5G RJ45 port, the MS-03 supports high-speed networking environments for edge computing, NAS, routing, and data processing applications. The physical PCIe x16 slot and two USB4 ports offer flexible expansion options for professional workflows.

Efficient Cooling for Sustained WorkloadsWith dual heat pipes, a turbo fan design, and phase-change thermal material, the MS-03 supports stable performance during extended AI inference tasks, edge services, and data-intensive applications. Its compact workstation design ensures reliable operation even under demanding, continuous workloads.