Fujitsu CELSIUS J6012 Small Form Factor Workstation

The Fujitsu CELSIUS J6012 is a Small Form Factor (SFF) professional workstation engineered for enterprise deployments where physical footprint cannot be compromised without sacrificing computational capability. Built around Intel Core Ultra processor architecture, the J6012 integrates the latest hybrid core topology—combining Performance and Efficiency cores—to deliver responsive multitasking alongside sustained single-threaded throughput for professional applications. The platform supports Intel vPro technology for out-of-band remote management, making it well-suited for large-scale managed desktop refresh cycles across corporate environments.

Despite its compact chassis, the CELSIUS J6012 accommodates discrete NVIDIA RTX professional-class GPUs, enabling hardware-accelerated rendering, viewport performance in CAD and BIM tools, and AI-inferencing acceleration for edge workloads. The system supports DDR5 memory for high bandwidth-sensitive workloads and includes NVMe SSD primary storage pathways via PCIe Gen 4, ensuring that I/O does not become a bottleneck in data-intensive professional workflows. The thermal design has been refined to sustain full processor and GPU TDP within the SFF enclosure through optimized airflow channels and a precision-engineered cooling stack.

The J6012 targets enterprise segments including architecture and engineering firms, media production studios, financial analytics desks, and healthcare imaging workstations where certified ISV application support, long-term platform availability, and manageability at scale are decisive requirements. Fujitsu's global ISV qualification program ensures that the CELSIUS J6012 carries certifications for leading professional applications including Autodesk, Dassault Systèmes SOLIDWORKS, Siemens NX, and selected medical imaging suites, providing IT administrators with validated hardware-software stack confidence.

Ideal for

• CAD and mechanical design workstations for engineers requiring certified GPU-accelerated 3D viewport performance in space-constrained open-plan offices
• Architectural visualization and BIM modeling using Autodesk Revit or ArchiCAD where NVIDIA RTX ray-tracing acceleration enhances design review cycles
• Healthcare PACS and DICOM medical imaging workstations installed in radiology reading rooms with strict physical footprint restrictions
• Financial services analytical desktops running compute-intensive risk modeling and data visualization applications with vPro-enabled fleet management
• Media and broadcast post-production editing stations leveraging NVIDIA RTX hardware encoding/decoding for H.264, H.265, and AV1 codec workflows
• AI-assisted engineering workflows at the edge utilizing Core Ultra integrated NPU alongside discrete GPU for on-premise inference without datacenter dependency

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.