The DISCUS color measurement probe is an innovative tool that offers precise and consistent results for professional color management. With its advanced features and seamless integration with ColourSpace software, the DISCUS probe is suitable for various applications in post-broadcast and home cinema settings. The probe utilizes encapsulated optics and thin-film glass filters to ensure long-term stability and can achieve peak luma capabilities of up to 2500 nits. Additionally, temperature compensation is incorporated to guarantee accurate measurements. The DISCUS probe is compatible with ColourSpace INF/XPT/PRO HTX/HTP, allowing for accurate color measurements across different display technologies. It provides preset matrices for matching the probe to specific backlight/illumination spectral responses, ensuring the highest level of accuracy. Customization options such as integration time, calibration settings, probe adjustments, and probe offset enhance accuracy and flexibility. Furthermore, the probe features a visible feedback laser pointer for precise alignment during screen profiling, enhancing the overall user experience. With its advanced features and performance, the DISCUS probe is a reliable and efficient tool for achieving accurate color measurements.
- DISCUS is a color measurement probe that offers quality results at an efficient price point.
- It performs well with all display devices and utilizes encapsulated optics and thin-film glass filters for long-term stability.
- DISCUS has a peak luma capability of up to 2500 nits and integrates temperature compensation for accurate measurements.
- The probe is compatible with ColourSpace INF/XPT/PRO HTX/HTP software, providing accurate color measurements for different display technologies and seamless integration with ColourSpace.
The DISCUS probe offers a range of features such as encapsulated optics, thin-film glass filters, and temperature compensation, which contribute to its versatility and reliability for accurate color measurement. With its quality results at an efficient price point, the DISCUS probe is suitable for a variety of applications. It performs well with all display devices and has a peak luma capability of up to 2500 nits, ensuring accurate measurements across different display technologies. The probe integrates temperature compensation, which enhances its accuracy in varying environmental conditions. Additionally, the DISCUS probe utilizes ColourSpace’s FCVM Probe Matching for the highest level of accuracy, providing precise color measurements. Its integration with ColourSpace software enables seamless integration and customization, making it a valuable tool for professionals in the field of color management.
Performance and Price
Offering quality performance at an efficient price point, the basICColor DISCUS provides an impressive peak luma capability of up to 2500 nits, ensuring accurate color measurements across various display devices.
- Delivers exceptional value for its performance capabilities
- Enables users to achieve precise and consistent color results
- Provides a cost-effective solution for color management needs
- Offers advanced features and integration with ColourSpace software, enhancing workflow efficiency and accuracy
With its encapsulated optics and thin-film glass filters, the DISCUS ensures long-term stability and reliable color measurements. Its integration with ColourSpace software allows for seamless integration and customization, catering to different display technologies. The probe’s temperature compensation further enhances its accuracy, making it a versatile and reliable tool for professionals in need of accurate color management. The basICColor DISCUS is a top choice for those seeking innovative solutions without compromising on quality or price.
Compatibility with ColourSpace
Compatible with ColourSpace INF/XPT/PRO HTX/HTP, the basICColor DISCUS integration allows for seamless integration with ColourSpace software, providing accurate color measurements and preset matrices for different display technologies. This compatibility ensures that users can achieve precise and consistent results when calibrating and profiling their display devices. The integration with ColourSpace software also offers the convenience of preset matrices, which are specifically designed to match the probe to the spectral responses of different backlights and illuminations. This feature enhances the accuracy of color measurements, making the DISCUS probe an ideal choice for professionals in the field of color management. By utilizing ColourSpace’s FCVM Probe Matching method, the DISCUS probe ensures the highest level of accuracy in calibration and performance. The combination of the DISCUS probe and ColourSpace software provides a powerful solution for those seeking innovation in color measurement technology.
|Seamless integration with ColourSpace software||Ensures accurate color measurements|
|Preset matrices for different display technologies||Enhances accuracy in calibration|
|Utilizes ColourSpace’s FCVM Probe Matching||Provides highest level of accuracy|
Integration Time Settings
Integration Time settings provide users with the ability to set the integration time for readings, offering different presets for various measurement requirements. There are four presets available: Normal Precision, High Averaging, Long Integration, and High Averaging Long Integration. Normal Precision uses short measurement times and averages 4-6 measurements, while High Averaging also uses short measurement times but averages 10 measurements. On the other hand, Long Integration uses long measurement times and averages 4-6 measurements, and High Averaging Long Integration uses long measurement times and averages 10 measurements. These presets allow users to customize the integration time based on their specific needs, ensuring accurate and precise color measurements for different display technologies. By offering flexibility and customization, the Integration Time settings enhance the performance and reliability of the DISCUS color measurement probe.
The Calibration Settings of the DISCUS color measurement probe provide users with the ability to adjust probe settings and select preset Matrix options for improved accuracy and performance in different lighting conditions and display technologies. These settings include the Probe Calibration option, which enhances accuracy in low-light conditions, and Matrix presets that match the probe to specific display technologies. Additionally, the calibration settings offer the option to manually enter offset values for different probes/display combinations, compensating for variations in probe performance and ensuring accurate color measurements across different devices. The Calibration Settings also include the option to enable Probe Matching, which enhances profile accuracy by matching Tristimulus to Spectroradiometer measurements. Overall, these calibration settings provide users with flexibility, customization, and superior accuracy, ensuring optimal performance and precise calibration of the DISCUS color measurement probe.
One important aspect to consider in the calibration settings of the DISCUS color measurement probe is the ability to make probe adjustments, which allow for consistent operation and enhanced profile accuracy through methods such as Probe Matching and different volumetric matching approaches. Probe adjustments provide generic probe settings for consistent operation and can enhance profile accuracy by matching Tristimulus to Spectroradiometer using either the 4 Colour Volumetric Matching (FCVM) or Multi-point Volumetric Matching (MPVM) methods. ColourSpace prioritizes the volumetric approach for greater probe matching accuracy, with FCVM Probe Matching offering superior accuracy compared to the FCMM method. This ensures precise calibration and optimal performance of the DISCUS probe for accurate color measurements. Perceptual Colour Match is recommended for optimal results as it enhances profile accuracy.
|Generic Probe Settings||Consistent operation of the probe|
|Probe Matching||Matching Tristimulus to Spectroradiometer|
|Volumetric Matching Approaches||4 Colour Volumetric Matching (FCVM) and Multi-point Volumetric Matching (MPVM)|
Enable Visible Feedback
Enabling visible feedback during the calibration process enhances the user experience and ensures precise measurements and consistent results. The inbuilt laser pointer assists with aligning the probe from a distance, improving accuracy and ease of use. This feature ensures that measurements are taken with precision, leading to accurate color profiles. The laser pointer also enhances the overall user experience by providing a visual guide for probe alignment. With this feature, users can easily align the probe during the profiling process, resulting in more reliable and consistent measurements. The visible feedback feature guarantees that the measurements are precise and consistent, ultimately improving the quality of color management.
Probe Offset allows for manual input of offset values, compensating for variations in probe performance and ensuring precise color measurements across different display devices, creating a harmonious symphony of accuracy in the realm of color management. By allowing users to manually adjust the offset values, the probe can account for any inconsistencies or variations in its performance. This feature enhances the accuracy of color measurements, ensuring that the results obtained are reliable and consistent across different display technologies. With the flexibility to input custom offset values, users have the ability to fine-tune the probe’s calibration and tailor it to specific display devices. This customization option further enhances the probe’s performance, ensuring optimal color accuracy and facilitating precise calibration. By incorporating the Probe Offset feature, the Discus probe offers a comprehensive and versatile solution for accurate color measurement in various professional settings.
The Extra Delay feature in the basICColor DISCUS software manages signal path delays in the image pipeline, ensuring precise timing of probe measurements after patch changes. This feature is designed to account for any delays that may occur in the signal path, such as those caused by image processing or display response times. By setting a delay time after patch changes, the Extra Delay feature ensures that the probe measurement starts at the optimal moment, capturing accurate color data. It is important to note that the Auto button can be used to automatically set the delay time, simplifying the process for the user. However, it is recommended to not enable the Extra Delay feature when using the Average Low Light and Intelligent Integration options, as this may interfere with their functionality. Overall, the Extra Delay feature in the basICColor DISCUS software enhances the accuracy and consistency of color measurements, contributing to more precise and reliable results.
Probe Matching Methods
Moving on from the previous subtopic of "Extra Delay," we now delve into the topic of "Probe Matching Methods." The discus color measurement probe offers two distinct methods for probe matching: 4 Colour Volumetric Matching (FCVM) and Multi-point Volumetric Matching (MPVM). ColourSpace, the software associated with discus, prioritizes the volumetric approach for superior probe matching accuracy. FCVM Probe Matching, in particular, stands out as it provides enhanced accuracy compared to the FCMM method. By employing these probe matching methods, discus ensures precise calibration, optimal performance, and improved profile accuracy in color measurements. This feature greatly enhances the overall quality and reliability of the discus probe, making it an indispensable tool for professionals in the field of color management.
Contrary to popular belief, the integration of discus’s advanced features with ColourSpace software offers a wide range of products tailored for post-broadcast and home cinema applications. ColourSpace software provides a comprehensive solution for professional color management, ensuring accurate and consistent results. This software is specifically designed for the calibration and profiling of display devices, allowing users to achieve optimal color accuracy. The discus probe, with its versatile and reliable performance, complements the software’s capabilities by providing precise color measurements. The integration of the discus probe with ColourSpace software opens up new possibilities for post-broadcast and home cinema applications. Users can benefit from a range of advanced features and customization options, enhancing their color management workflow and delivering innovative solutions in the field of color measurement.
ColourSpace software offers a comprehensive solution for professional color management
Allows calibration and profiling of display devices
Ensures optimal color accuracy
Discus probe complements the software’s capabilities
Provides precise color measurements
Offers versatile and reliable performance
Overall, the integration of discus’s advanced features with ColourSpace software provides a powerful and innovative solution for post-broadcast and home cinema applications, enabling users to achieve accurate and consistent results in their color management processes.