10.1"1280x800 Open Frame Non-Touch Monitor, USB (UM-1080-OF)

The Mimo UM-1080-OF is a compact 10.1-inch open-frame LCD monitor built around a clearly defined combination: non-touch operation, USB video, an IPS panel, and 1280×800 resolution. Its published display specifications include 350 cd/m² white luminance, an 800:1 contrast ratio, and 85/85/85/85 viewing angles. As the open-frame USB model in the UM-1080 family, it is intended for projects that require a small display without a desktop or wall-mount enclosure.

Ideal Use Cases

This model is suited to installations that specifically call for a compact, open-frame display with USB video. Its 10.1-inch diagonal screen can be considered for projects where a smaller viewing area is appropriate and the monitor will be incorporated into a surrounding structure or system. Because the UM-1080-OF is non-touch, it is best matched to applications that need visual output rather than direct on-screen interaction. Buyers seeking touch functionality should note that this model is explicitly identified as non-touch.

Why Choose This Model

The UM-1080-OF provides a focused set of display characteristics without mixing interfaces or touch technologies from other UM-1080 variants. Its IPS display technology is paired with 85/85/85/85 viewing-angle specifications, while the 1280×800 resolution uses a 16:10 aspect ratio. USB video is the listed video connection for this model. These attributes make it possible to evaluate the monitor against a defined installation requirement: 10.1-inch screen size, non-touch input, open-frame construction, and USB-based video.

Installation and Integration

The open-frame format distinguishes the UM-1080-OF from the desktop or wall-mount versions in the same product family. It is supplied as an open-frame display rather than a model identified for standalone desktop or wall mounting. Installation planning should therefore account for the structure into which the display will be incorporated. The available source data does not specify exterior dimensions, weight, mounting-hole details, voltage, power consumption, included hardware, or operating-temperature limits. Those requirements should be confirmed separately when checking mechanical and electrical compatibility. USB is identified for video, but the source does not state that the same connection supplies power.

Performance Highlights

The screen has a 10.1-inch diagonal and a published resolution of 1280×800. Its listed white luminance is 350 cd/m², and its contrast ratio is 800:1. The specified viewing angles are 85/85/85/85, providing an exact reference for comparing the panel with the viewing requirements of a planned installation. The panel technology is IPS, and the display uses a 16:10 aspect ratio. No HDR support, refresh-rate specification, color-gamut figure, response time, or built-in audio capability is provided in the source data.

What Makes It Different

Mimo identifies several UM-1080 configurations, and the model suffix is important when selecting the correct one. The UM-1080-OF is the non-touch, USB-video, open-frame version. The UM-1080H-OF is listed as the non-touch open-frame alternative with HDMI video. The UM-1080C-OF combines capacitive touch with USB video, while the UM-1080CH-OF combines capacitive touch with HDMI video. Standard UM-1080 models are described as desktop or wall-mount displays rather than open-frame units. This makes the UM-1080-OF the specific choice within the listed range when USB video, non-touch operation, and an open-frame format are all required.

Final Assessment

The UM-1080-OF offers a precise configuration for a compact integrated display project: a 10.1-inch IPS LCD, 1280×800 resolution, USB video, and non-touch operation in an open-frame design. Its documented 350 cd/m² white luminance, 800:1 contrast ratio, and 85/85/85/85 viewing angles provide the central image-performance figures needed for initial product selection. Before installation, confirm the unlisted mechanical dimensions, power requirements, mounting details, and included components against the intended system.