Dell OptiPlex 7000 7070 Desktop Computer - Intel Core i5 9th Gen i5-9500T 2.20 GHz - 8 GB RAM DDR4 SDRAM - 256 GB SSD - Micro PC

Mighty performance. Miniature design.

An ultracompact desktop with versatile mounting options, featuring optional Intel® vPro™ and Intel Unite® to empower faster productivity.

Operating System

Available with Windows 10 Pro - for a smooth, versatile PC experience.

Expand your productivity.

OptiPlex has over 25 years of experience delivering customer-led innovation for desktops by continuously creating faster and smarter solutions. Featuring versatile, space-saving form factors with customized deployment options and 9th gen Intel® Core™ Processors.

Designed to tackle the workday

Compact without compromise: Full-power features in a space-saving design, more workers choose the OptiPlex micro than ever before. The micro takes up less surface area while delivering uncompromising productivity.

Ultimate configurability: Customized mounting options allow OptiPlex users to achieve a tailored workflow with faster performance and smarter manageability.

Mount it and forget it: Featuring exclusive custom mounting options, including the OptiPlex Micro All-in-One Stand or the VESA mount, the micro adapts to your unique environment, giving you the freedom to work how you want.

• With more hardware, desktop computer offers fast and more reliably efficient performance
• Intel Core i5 2.20 GHz processor provides you the solid performance to watch videos, play games, and on the same node its adaptability makes you more productive
• With Windows 10 Pro edition, enjoy your favorite content all at once on a larger view edge browser. Share your thoughts with the world by writing directly on web pages.
• 256 GB SSD keeps your running programs active while your computer resumes from suspension in seconds
• 8 GB DDR4 SDRAM memory is ready to run powerful programs with efficient multitasking
• Security Slot feature for maximum efficiency and convenience
• Micro PC form factor for added reliability and dependability