fbpx

We can create an image that exceeds your imagination.

Tvlogic Xvm / Lem Series Monitors: A Guide To 3d Lut Calibration

Published:

Updated:

Disclaimer

As an affiliate, we may earn a commission from qualifying purchases. We get commissions for purchases made through links on this website from Amazon and other third parties.

One potential objection to the calibration of TVLogic XVM/LEM Series Monitors is the complexity of the process. However, this article aims to provide a comprehensive guide to 3D LUT calibration, simplifying the procedure for users. The calibration process involves utilizing the SpectraCal Cube Generator to create a customized Look-Up Table (LUT) in TVLogic format. This LUT can then be automatically generated using the AutoCal feature in Calman software, based on the chosen calibration type. To load the LUT into the TVLogic monitor, the TVLogic LutManager software is employed, with the monitor connected to the computer via a null modem serial cable. The LUT is imported into the target colorspace slot on the monitor, and any existing LUT files are backed up. By following this guide, users can easily calibrate their TVLogic XVM/LEM Series Monitors, enhancing color accuracy and overall display performance.

Key Takeaways

  • The SpectraCal Cube Generator (3D LUT) is used for calibration of TVLogic XVM / LEM Series Monitors.
  • A 1D Ramp LUT is not necessary for calibration.
  • The AutoCal Setup involves selecting the TVLogic – XVM/LEM series (.lut) format file and saving it in a convenient location.
  • Different types of 3D LUT calibration processes are available, including IR Profile (time based), IR Profile (point based), and Lightning LUT.

TVLogic XVM / LEM Series Monitors: A Guide to 3D LUT Calibration

TVLogic XVM / LEM Series Monitors can be calibrated using a 3D LUT calibration process, which involves creating a 10-bit 3D LUT file using the SpectraCal Cube Generator and the AutoCal setup in Calman software. This calibration process ensures the best quality display calibration by optimizing the 3D LUT based on either a time-based or point-based IR profile. Additionally, there is an option for a Lightning LUT, which provides a quick calibration within five minutes. Once the calibration process is completed, Calman automatically writes the optimized LUT calibration data into a TVLogic format .lut file. To load the LUT file onto the XVM / LEM series monitor, a null modem serial cable is used to connect the monitor to the Calman computer. The TVLogic LutManager software is then used to import the LUT file and write it to the monitor’s target colorspace slot.

SpectraCal Cube Generator

The SpectraCal Cube Generator offers a powerful tool for creating three-dimensional lookup tables (3D LUTs) that enhance the visual experience and evoke a vivid palette of colors on compatible displays. This feature-rich software enables users to generate high-quality 3D LUTs for TVLogic XVM / LEM series monitors, allowing for precise calibration and color accuracy.

Key features of the SpectraCal Cube Generator include:

  1. User-friendly Interface: The software provides an intuitive interface that simplifies the process of creating 3D LUTs, making it accessible to both novice and experienced users.

  2. Customizable Calibration: Users can select the desired calibration type, such as time-based or point-based, to create the most accurate 3D LUT for their specific needs.

  3. File Format Compatibility: The Cube Generator supports the TVLogic – XVM/LEM series (.lut) file format, ensuring seamless integration with the target monitors.

By utilizing the SpectraCal Cube Generator, users can unlock the full potential of their TVLogic XVM / LEM series monitors, achieving precise color reproduction and an immersive visual experience.

AutoCal Setup

To set up the AutoCal feature, users should navigate to the 3D Cube LUT page and select the AutoCal action button in the lower right corner. This will initiate the calibration process for the TVLogic XVM/LEM series monitors. During the setup, users have the option to choose the calibration type that best suits their needs. The IR Profile (time-based) option creates the highest quality calibration 3D LUT within a specified time period, while the IR Profile (point-based) option creates a high-quality calibration 3D LUT with a selected number of measurement points. For those who require a quick calibration, the Lightning LUT option generates a calibration 3D LUT in just five minutes or less. Once the calibration is complete, the optimized LUT calibration data is automatically written into a TVLogic format .lut file. This file can then be imported into the TVLogic LutManager software for loading onto the monitor.

Calibration Types

The chosen calibration type determines the method by which the highest quality calibration 3D LUT is created for the TVLogic XVM/LEM series monitors. There are three options available: IR Profile (time based), IR Profile (point based), and Lightning LUT. The IR Profile (time based) option creates the best quality display calibration 3D LUT within a selected time period. The IR Profile (point based) option creates the best quality display calibration 3D LUT with a selected number of measurement points. The Lightning LUT option, on the other hand, creates a display calibration 3D LUT in five minutes or less. The choice of calibration type will depend on the specific requirements and time constraints of the calibration process.

About the author

Latest posts

  • How To Select Av Equipment That Meets Compatibility Requirements

    In today’s rapidly evolving technological landscape, it is crucial to select audiovisual (AV) equipment that meets compatibility requirements. Failure to do so can result in inefficiencies, operational disruptions, and costly investment mistakes. This article aims to guide the audience through a systematic approach for selecting AV equipment that aligns with their specific compatibility needs. To…

    Read more

  • How To Remove Rainbow Effect In Outdoor Displays For Clearer Visibility

    Outdoor displays are becoming increasingly popular for a variety of applications, from advertising billboards to digital signage in public spaces. However, one common problem that can hinder the visibility and overall user experience is the rainbow effect. The rainbow effect refers to the occurrence of colored streaks or bands on the screen when viewed from…

    Read more