Acer ConceptD 700 Professional Workstation

The Acer ConceptD 700 (DT.C2SEK.001) is a professional tower workstation engineered for demanding creative and technical workflows. Built around Intel Core processor architecture and paired with a workstation-class NVIDIA RTX GPU, the ConceptD 700 delivers certified, stable performance for compute-intensive tasks including 3D rendering, CAD modelling, and high-throughput content creation pipelines. The system is designed to meet the rigorous stability and compatibility expectations of professional environments, supporting ISV-certified applications across architecture, engineering, media production, and visual effects disciplines.

The ConceptD 700 supports high-capacity DDR4 ECC memory configurations and provides multiple storage options including NVMe SSD primary drives, enabling fast asset loading and reduced iteration times for large project files. Expansion flexibility is a core design consideration, with PCIe slots accommodating additional GPUs, capture cards, or professional peripherals as workflow demands evolve. The chassis provides tool-accessible internals suited to managed IT environments where field upgrades and component serviceability are operational requirements.

Targeted at studios, engineering teams, and enterprise creative departments, the ConceptD 700 operates within Acer's ConceptD professional line, which applies strict quality and colour-accuracy standards across its ecosystem. The workstation ships with Windows 11 Pro, maintaining compatibility with enterprise identity management, endpoint security, and remote management infrastructure. Its form factor and expandability make it a viable primary workstation for roles where consistent, sustained computational throughput is essential over extended production cycles.

Ideal for

• 3D CAD modelling and assembly simulation using ISV-certified software such as Autodesk Inventor or SolidWorks
• GPU-accelerated rendering pipelines for architectural visualisation and product design studios
• Video post-production and colour grading workflows requiring stable GPU performance and fast NVMe storage throughput
• Visual effects compositing and motion graphics production in broadcast and film environments
• Scientific data visualisation and engineering analysis requiring workstation-class GPU compute alongside ECC memory support
• Enterprise content creation hubs where multiple high-resolution displays and sustained multi-application performance are required simultaneously

Technical specifications

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