Mini Tower

Tower desktops provide the ultimate performance with full-featured scalability, yet weigh about 24.25 lbs.

Platform Stability

The M83 desktop features Intel® Stable Image Platform Program (SIPP) and a 27-month life cycle with no planned hardware changes that affect the preloaded software image. Image stability for long-term deployments helps to reduce transition, qualification, and testing costs to ensure savings for your business.

Multiple Monitor Display

Maximize productivity with independent display support for up to three monitors - or four via Mosaic Mode. The expanded work area and easier navigation between applications helps reduce errors and improve productivity as you extend your desktop across multiple monitors. (Requires second optional DisplayPort connectors.)

Solid Security & Manageability

M83 desktops include some of the best security tools available in the industry, including USB ports disablement to help prevent data theft and network security risks against unauthorized use of storage devices. The Trusted Platform Module (TPM) encrypts data and key information like passwords and digital certificates, further securing applications, electronic transactions, and online communication. Plus the M83 desktop includes a chassis intrusion switch, which alerts against any unauthorized access attempts. Physical security through cable lock and Absolute® Computrace Support.

Tool-Less Expandability

Upgrades are a cinch for IT staff, with convenient tool-free access to hardware. Especially beneficial when working with multiple desktops. And the M83 includes optional second HDD (2.5 inches) and dual graphic card support. Up to three hard drives and one slim ODD supported.

Advanced Thermal Design

Our Intelligent Cooling Engine (ICE) 3.0 is designed to provide a balance between thermals and acoustics resulting in long desktop life. With two optimized settings, you choose the performance mode that best suits your work environment, prioritizing temperature or sound. Plus, ICE 3.0 allows for working in hotter temperatures and enables system monitoring with thermal alerts that preempt overheating possibilities.