The OBM-X310 meets Dolby Vision Mastering Requirements.

True HDR with 1000nits

The OBM-X Series achieves the 1000nits high brightness level, which enables the monitor to display the HDR content faithfully.

The OBM-X Series HDR function allows users to view both highlights and shadow details of screen at the same time, thus resulting in more natural and realistic images. The OBM-X Series support PQ(ST 2084), HLG(Hybrid Log Gamma), and S-Logs.

​The OBM-X Series provides the function of dividing the picture side by side and comparing HDR and SDR between right half and left half.

True Black with 1,000,000:1 High Contrast(OBM-X310 Only)
The state-of-the-art LCD technology of the OBM-X310 enables deep blacks to be accurately displayed, and the black portion of an image is not degraded. The OBM-X310´s amazing ability to express subtle details in the low-luminance area is equal to the OLED monitor.

Dual SFP Module Inputs supporting Quad-Link 4K over IP
The OBM-X Series has the dual SFP Input cages, which enable the monitor to accept and display the Quad-Link square division and 2-Sample Interleave 4K signals over IP supporting SMPTE ST 2022-6.

Accurate Color Reproduction with Wide Color Gamut
Fully Support DCI-P3 Color Space with PQ(ST 2084) 1000nit HDR
The OBM-X Series provides the industry-leading wide golor gamuts. This monitor complies with the DCI-P3 color space with gamut ratio 114% and gamut coverage 99%, and supports the BT.2020 color space. This ensures the colors are reproduced according to industry standards.

DCI 4K 4096 x 2160 Resolution
The OBM-X Series incorporates a 31″ true 4K panel with 4096 x 2160 pixel resolution. Thanks to aspect ratio is 17:9, the images are mapped without scaling processes, so it is ideal for editing, referencing, and color grading.

No Halo Effect(OBM-X310 Only)
The OBM-X Series employs the state-of-the-art Dual Cell(Dual Layer) LCD panel. By stacking two LCD panels, the dual-layer LCDs modulate light emitted by the backlight at least twice prior to reaching a viewer’s eyes. It makes blacks appear deeper and darker on those parts of the screen. The OBM-X Series offers a true HDR performance without the halo effect in order to ensure accurate colors and brightness in every pixel.

Versatile 4K/QFHD Input Capability
The OBM-X Series is equipped with standard 12G-SDI input interface(x2) , 3G/HD-SDI input interface(x2) and support 4K Quad Link 2-Sample Interleave signals and 4K Quad Link Square Division signals.
The OBM-X Series can accept up to 3840×2160/24,25,30,50,60p and 4096×2160/24.25.30,50,60p signals.

4K Waveform Monitor and Vector Scope Display
These features enable users to monitor sources using the internal Waveform and Vector Scope.
Both Waveform and Vector Scope can be displayed simultaneously.

No Burn-in
OLED monitors have the risk of “burn-in”, which is an effect of the image sticking on a screen even when the content changes. It is due to the characteristics of the material used in the OLED panel. The OBM-X Series, which employs the state-of-the-art LCD panel, is free from the burn-in effect.

Various 4K/12G Display Modes

Supports 12G-SDI Single Link Square Division signal format
The OBM-X Series can display 12G-SDI Single Link 4K/UHD signals as well as 3G-SDI Quad Link signals. This is already a very useful feature, compared to competitors‘ monitors.
Most of the single link 12G-SDI signals are displayed as 2-S.I. format on the screen. But, the single link 12G-SDI signals with Square Division format are increasing. In order to meet this requirement in the location and studio, the OBM-X Series supports both 12G-SDI Single Link 2-S.I. mode and 12G-SDI Single Link Square Division mode.

3G-SDI Quad Link Input ⇒ 12G-SDI/3G-SDI Single Link Output
The OBM-X Series can receive the 3G-SDI Quad Link 4K video signal and then loop out the signal with the single link 12G-SDI or the scaled down 3G-SDI. This function enables you to monitor the same 4K signal with the normal HD monitor next to the OBM-X Series at the same time.

Image Division & Link Order
Even though the 3G-SDI quad link Square Division signals or the 3G-SDI quad link 2-Sample Interleave(2-S.I.) signals are input to the OBM-X Series monitor in the wrong order, if the signal has the normal payload ID, the OBM-X Series monitor can detect the link order automatically and display the video in the correct order on the screen.

Color Space / HDR / Gamma Comparison (Side by Side)
This unique function allows users to compare the two different color spaces, gammas, HDR / SDR, camera logs and any other color settings side by side simultaneously.

False Color
This function evaluates the Luma(Y’) level of the input image. If the certain Y’ level is set, the pixels with the designated Luma(Y’) level are displayed with the zebra pattern or the color pattern. There are three modes in OBM False Color.

Adjustable Gamma
Gamma value is adjustable from 1.0 to 3.0 as user’s preference to monitor in the dark area of the picture.
Any pictures taken in either light or dark environment can be easily watched or analyzed.

Black Stretch
The Black Stretch increases the visibility of subjects in dark areas, not degrading image quality in bright areas. This mode can be used to increase shadow detail without changing the absolute black level, and without affecting mid-tones.

Camera Log Selection
The OBM-X Series has the integrated camera LUT of the various camera manufacturers. It allows users to load the following camera logs.
Log-C, C-Log / S-Log2, S-Log3 / J-Log1 The more camera LUTs will be updated.

Camera Log Mapped SDI Loopout
This function allows to load the camera log to the original image and then send the camera log mapped image to another monitor through SDI loop out.

Remote Control via Ethernet
The OBM-X Series can be connected via Ethernet connection and controlled remotely on the network.

Closed Caption
The OBM-X Series can display closed captions with an SDI input. It supports the CEA-708(HD-SDI closed captioning standard) and CEA-608(SD-SDI closed captioning standard).

Waveform & Vector Scope Position Changeable
The position of Waveform and Vectro Scope can be changed among Left Top, Right Top, Right Bottom, Left Bottom.

System Data Copy
This function allows users to save the monitor configuration and adjustment settings on the USB memory stick and load them to other monitors. This is useful for multiple monitor systems, allowing the transfer of one monitor’s setup and adjustment data to another.

Various Markers
The OBM-X Series can display various markers, including aspect marker, area marker, and center marker. In addition, the detailed display settings of each marker are allowed. For example, the color, brightness, horizontal/vertical position, and thickness of aspect markers can all be adjusted.
Custom Marker allows the users to place top, bottom, left, right marker lines as they want.

Gamut Error
The total range of the SDI 10bit signal is 0 to 1023. The range 0 to 3 and 1020 to 1023 are the reserved values for Sync, and the total video signal range is 4 to 1019.
In a video signal, each primary component should lie between 0 and 100% of the video range between black level and peak level (R and G and B).
Ideally, video levels should lie within the specified limits so that programs can be distributed without adjustment.

100% White pattern : Y – 940, Cb – 512, Cr – 512
0% Black pattern : Y – 64, Cb – 512, Cr – 512
Expected Video Range : 64 to 940

In practice, it is difficult to avoid generating signals slightly out of range, and it is considered reasonable to allow a small tolerance. Therefore, the EBU recommends that the RGB components and the corresponding Luminance (Y) signal should not normally exceed the “preferred minimum/maximum” range of digital sample levels in the table above.

Type 1: Black Zebra
When the targeted color space is selected as BT.709, the pixels outside of the targeted color space are displayed as Black Zebra.
The pixels over Y Maximum, Chroma Maximum, RGB Maximum are displayed as Black Zebra, and the pixels below Y Minimum, Chroma Minimum, RGB Minimum are also displayed as Black Zebra.

Type 2: Black & White Zebra
When the targeted color space is selected as BT.709, the pixels outside of the targeted color space are displayed as Black or White Zebra. The pixels over Y Maximum, Chroma Maximum, RGB Maximum are displayed as Black Zebra, and the pixels below Y Minimum, Chroma Minimum, RGB Minimum are displayed as White Zebra.

Type 3: Mono
When the targeted color space is selected as BT.709, the pixels inside of the targeted color space are displayed as Mono, and the pixels outside of the targeted color space are displayed as the color. In this type, black and white area is not recognized.

HDR Waveform
When HDR more is set on, HDR Waveform is displayed on screen.

In-Monitor Display(IMD)
The image source names and tally information can be displayed on the screen, with an external remote function via Ethernet. The TSL system protocol is supported. The color of the source name and tally color can be selectable among White, Red, Green, Blue, Yellow, Cyan, Magenta.

Password Lock for User Preset
When multiple users share the same monitor, each user can register his/her own password for color temperature and user preset data. This ensures the users correctly recall their preset data, and keep preset information safe from unauthorized use.

Custom 3D LUT File Import
The OBM-X Series allows the user to import 3D Look-up Table for accurate and consistent color matching between individual displays as well as using customized ‘looks’ that have been created by 3rd party color-grading applications. 32ˆ³, 33ˆ³, 64ˆ³, 65ˆ³ cube file are supported.

Focus Assist
This function controls the aperture level of a video signal, and displays images on screen with sharpened edges to help camera focus operation.

Meets the Return Loss Standard, SMPTE ST 2082-1:2015
In the professional broadcasting video industry, Return Loss is an important parameter that measures the reflected signal that bounces back from a terminated device. If the broadcast monitor has the poor return loss, the level of reflected signal negatively impacts the signal integrity of the loop-out signal.
The OBM-X Series monitor meets the requirements of Return Loss specified in SMPTE ST 2081-1:2015, so that the OBM-X Series provides the high signal fidelity.

* Specifications may be changed without notice.