Chrome Enterprise Upgrade Included
brings together ChromeOS with AOPEN hardware, presenting a harmonious blend of performance, reliability, and affordability tailored for even the most demanding and mission-critical scenarios. Designed to excel in commercial, industrial, and medical settings, this innovative device ensures reliability at scale, making it an ideal choice for kiosk and digital signage applications, as well as end-user desktop applications.
Military-grade Durability (STD-810H Compliant)
Engineered to withstand the rigors of diverse environments, the AOPEN Chromebox Mini 2 is MIL-STD-810H compliant. This means it can endure challenging conditions, offering reliability that goes beyond the ordinary. From demanding commercial settings to public spaces, the AOPEN Chromebox Mini 2 stands the test of durability.
Aluminum & Metal Design
Reinforcing its military-grade status, the AOPEN Chromebox Mini 2 features a robust metal and aluminum design, distinguishing it from conventional plastic builds. This ventless, fanless chassis is not merely a testament to durability; it acts as a shield, safeguarding internal components from harmful dust accumulation and various environmental threats. The innovative design not only ensures silent operation but also resilience
Dual-Output HDMI @ 4K
The Dual HDMI Output of the AOPEN Chromebox Mini 2 offers flexibility and versatility in connecting to various displays without adapters. Connect and manage multiple displays, and enable a dynamic, impactful presentation of content. The dual-HDMI capability ensures a seamless and efficient experience, versus others with one USB-C and one HDMI output.
AC Power Auto Recovery
Alleviate the need for physical reboots in kiosks, sparing the necessity of dismantling setups for a straightforward restart. Eliminate on-location service calls solely for powering on a device, and sidestep the inconvenience of using ladders for digital signage management. Thanks to APAR (AC Power Auto Recovery) on the AOPEN Chromebox Mini 2, these challenges are effectively addressed, promising a smoother and more efficient resolution