Dell 95FVF – Pro Max Micro FCM2250 Desktop (Core Ultra 5)

Dell 95FVF Pro Max Micro FCM2250 Desktop (Core Ultra 5)

Overview

Dell 95FVF is a Pro Max Micro FCM2250 desktop system, designed for compact enterprise workstations, edge deployments, and space-constrained office environments. It targets professionals who need workstation-class compute capability in a minimal footprint.

The system is powered by an Intel Core Ultra 5 235 processor (14-core architecture) combined with 16GB DDR5 memory and 512GB PCIe Gen4 NVMe storage, delivering balanced performance for multitasking, analytics, and business applications. It also includes a dedicated NVIDIA RTX A400 GPU (4GB GDDR6), enabling GPU-accelerated workflows such as CAD, light rendering, and AI-assisted tasks.

It is built in a ~2.9L micro form factor chassis, making it suitable for deployments where rack space is not available and desk space is limited. Despite its size, it supports enterprise workloads including data processing, visualization, and virtual desktop environments.

This system is typically deployed in office workstations, engineering desks, financial analytics environments, and edge compute nodes requiring GPU acceleration in a compact system.

It integrates with enterprise ecosystems via Windows 11 Pro, Intel AI Boost (NPU support), and standard enterprise management tools.

It is not suitable for large-scale server workloads, multi-GPU compute clusters, or heavy rendering pipelines requiring high-end workstation GPUs.

Typical Deployment Scenarios

• Compact workstation for CAD and design applications
• Financial modeling and analytics desktop
• Edge compute node with GPU acceleration
• Office productivity with AI-assisted workloads
• Digital signage or control system backend

Specifications

Compatibility / Ecosystem

Compatible with enterprise IT environments using Windows-based infrastructure. Supports external displays via GPU outputs, USB peripherals, and standard enterprise networking. Integrates with virtualization platforms, AI-enabled applications, and workstation software stacks requiring entry-level GPU acceleration.