SmallHD Quantum 32 True Reference OLED Display

Add a professional DCI/UHD 4K OLED display to your production or color grading studio with the Quantum 32 True Reference OLED Display from SmallHD. Featuring the updated PageOS operating system, the 31.5" display provides a crisp image with HDR support with high brightness, high contrast, and multiple power, control, and mounting options.

Advanced Color Grading Display

QD-OLED panels directly emit narrow spectrum RGB light evenly in all directions, providing uniform luminance up to 1000 cd/m2, extending color gamut coverage to 99% of DCI-P3, and enabling an ultrawide viewing angle.

UHD 4K 3840 x 2160 resolution OLED display

99% DCI-P3 color gamut

1000 cd/m2 brightness

10-bit HDR color

1,500,000:1 contrast ratio

Input/Output

The monitor features four 12G/6G/3G/HD-SDI inputs and four 12G/6G/3G/HD-SDI outputs to support up to DCI/UHD 4K input and output. The SDI ports allow 3D LUTs to be applied to output video. It also features one HDMI 2.0 2.0 input and one HDMI output that support up to DCI/4K60. Video can be sent downstream to other devices with 3D LUTs applied. It also features an RJ45 GPI port for tally triggering.

Advanced Processing and PageOS

Quantum 32 features a new, more powerful central processor with a custom-designed architecture running PageOS, SmallHD's unique operating system. PageOS is an intuitive and highly customizable page-based monitoring interface with an intuitive UI/UX and extensive tools for video engineering workflows and numerous third-party software integrations. It gives you full control over exclusive integrated tools, color, exposure, camera, LUTs, and much more.

Unibody Design

The unibody design can be mounted using the 100mm VESA pattern on the back, and you can add accessories using its integrated dovetail rail or with optional cheese-style plates, and you can transport it using an optional top handle.

Control

You can control the display using Wi-Fi and the downloadable Fleet app, which can be used to control settings, tools, and more. It can also be controlled using tactile rotary encoder knobs with touch-activated illumination to identify programmed functions with long-push, short-push, rotary, and capacitive-touch features.