In the realm of display technology, achieving accurate calibration is a fundamental aspect that ensures optimal color accuracy. ASUS ProArt monitors, renowned for their advanced features, have integrated ColourSpace to enhance the calibration process. This integration enables closed-loop display profiling and calibration, resulting in precise color representation. Although currently supported only by select models such as PA32UCX-K and PA27UCX-K, future ASUS ProArt monitors are expected to incorporate this feature. Calibration can be initiated through the Hardware Options menu, and peak luma levels can be adjusted via the OSD Brightness control. Profiling modes, including Manual Measure and Display Characterisation, necessitate the use of an external Test Pattern Generator (TPG) for accurate results. During the profiling operation, the ASUS monitor replicates the colors displayed in ColourSpace, while calibration patches are shown on the screen. A probe connected to ColourSpace facilitates the profiling process. LUT (Look-Up Table) upload and configuration can be conveniently executed through the Hardware Options menu, providing various adjustment options through different LUT slots. In essence, the integration of ColourSpace empowers ASUS ProArt monitors to attain enhanced post-broadcast quality through meticulous calibration.
- ASUS ProArt monitors such as the PA32UCX-K and PA27UCX-K support accurate closed-loop display profiling and calibration with ColourSpace integration.
- Other ASUS monitors currently do not support 3D LUT calibration, except for the PQ22UC which may require a firmware update.
- Calibration of ASUS monitors with ColourSpace can be controlled through the Hardware Options menu and peak luma levels should be set via the OSD Brightness control.
- Profiling operations with ColourSpace involve the ASUS monitor mimicking colors displayed in ColourSpace, calibration patches shown on the monitor, and the use of an external test pattern generator (TPG) for accurate results.
ASUS ProArt Monitors
ASUS ProArt monitors currently support accurate calibration through integration with ColourSpace, enabling closed loop display profiling and calibration for models such as PA32UCX-K and PA27UCX-K. However, it should be noted that 3D LUT calibration is not currently supported on other ASUS monitors. This integration allows for precise and objective calibration, ensuring accurate color representation on the monitor. The calibration process is controlled through the Hardware Options menu, with peak luma levels set via the OSD Brightness control. Profiling modes, such as Manual Measure and Display Characterisation, can be used to create calibration profiles. It is recommended to use an external Test Pattern Generator (TPG) for more accurate results. Calibration LUTs can be generated and saved in the ColourSpace library, and uploaded to the monitor via the Hardware Options menu. Overall, this integration between ASUS ProArt monitors and ColourSpace provides an innovative solution for achieving accurate calibration and enhancing post-broadcast quality.
Integration with ColourSpace
When integrating with ColourSpace, the calibration process for certain ASUS monitors involves closed loop display profiling and the use of an external test pattern generator for accurate results. This integration with ColourSpace offers several benefits and features for ASUS ProArt monitors:
- Accurate Closed Loop display profiling and calibration.
- Future support for ASUS ProArt monitors.
- Supported by models such as PA32UCX-K and PA27UCX-K.
- No other ASUS monitors currently support 3D LUT calibration.
- Compatibility of PQ22UC may require a monitor firmware update.
By utilizing the Hardware Options menu, users can control the ASUS monitor calibration process. Peak luma levels should be set through the OSD Brightness control, and the Unity Bypass data can nullify monitor settings. Profiling modes include Manual Measure and Display Characterisation, with the use of an external Test Pattern Generator recommended for precise results.
Overall, the integration of ColourSpace with ASUS ProArt monitors enhances the calibration process, ensuring accurate and reliable display performance.
The calibration process for certain monitors involves utilizing closed loop display profiling and external test pattern generators to ensure precise results. ASUS ProArt monitors, such as the PA32UCX-K and PA27UCX-K, support this calibration method with the integration of ColourSpace. The process starts by accessing the Hardware Options menu on the monitor and adjusting the peak luma levels through the OSD Brightness control. Unity Bypass data can nullify monitor settings, allowing for accurate calibration. Profiling modes include Manual Measure and Display Characterisation, with the use of an external test pattern generator recommended for accurate results. During profiling, the ASUS monitor mirrors the colors displayed in ColourSpace, and calibration patches are shown on the monitor. The profiling is performed using the connected probe in ColourSpace, and the selection of the test pattern generator and probe connection must be done in the same Profiling Window. Overall, this calibration process, combined with the advanced features of ASUS ProArt monitors, ensures precise and accurate color calibration for innovative and professional applications.
LUT Upload and Configuration
LUT upload and configuration involves generating a calibration LUT and selecting the appropriate LUT slot for the desired adjustments, allowing for independent control of gamut, greyscale, and gamma. The monitor provides three LUT slots: 1D + 3D, 3D only, and 1D pre/post only. The back 1D LUT can be utilized for initial greyscale and gamma adjustment, while the front 1D LUT can be generated separately to achieve separate gamut and greyscale control. This configuration process enables precise calibration of ASUS ProArt monitors using ColourSpace. By generating and saving the calibration LUT in the ColourSpace library, users can upload and select the desired LUT in the Hardware Options menu of the monitor. This level of control enhances the accuracy and quality of the display, providing innovative solutions for achieving optimal calibration.