PC/workstation CAPTIVA 95428 Captiva

The CAPTIVA 95428 Captiva is a desktop workstation engineered for high-performance computing tasks and professional workflows. It combines advanced processing capabilities with reliable components and a 1000 GB solid-state drive to deliver fast data access, responsive system operation, and sustained throughput for demanding applications.

Advantages

This workstation offers accelerated storage performance thanks to a 1000 GB SSD, reducing application load times and improving system responsiveness. The CAPTIVA 95428 is built for stability and continuous operation, with components selected to support prolonged heavy use and predictable performance. Its configuration is suited to multitasking environments and compute-intensive software where fast disk I/O and reliable operation matter.

Suitable for

• 3D modelling and rendering workflows
• Data analysis and scientific computing
• Software development and compilation tasks
• Video editing and post-production
• Virtualisation and multi-VM environments

Key specifications

• Storage: 1000 GB solid-state drive (SSD) for fast read/write performance
• Product type: Desktop workstation designed for professional computing tasks
• Intended use: High-performance and multitasking workloads

How to use

Set up the CAPTIVA 95428 Captiva on a stable surface with adequate ventilation and connect it to a compatible monitor, keyboard and mouse. Install required operating systems and drivers as provided by the software vendor or system integrator. For data-intensive applications, store active projects on the internal 1000 GB SSD to benefit from reduced load times; use external or network storage for archival backups. Keep system firmware and software up to date to maintain performance and compatibility.

Usage recommendations

For optimal performance, ensure the workstation is operated in a dust-controlled environment, regularize backups of critical data to separate storage, and follow manufacturer guidance for driver and firmware updates. Monitor system temperatures under sustained load and maintain sufficient cooling to preserve component longevity.