ColourSpaceZRO is an affordable licensing option of ColourSpace designed for manual calibration and verification.
It has quickly established itself as the leading low-cost calibration solution for both consumer and professional markets.
With ColourSpaceZRO, you can calibrate or verify the calibration of TVs, projectors, on-camera displays, and PC monitors.
The modern interface, which allows multiple chart windows to pop up, lets you customize the appearance of your GUI.
You can adjust the size, scale the charts, or reposition the plotted windows to focus on specific areas during calibration.
You can manually adjust your TV's built-in calibration controls, including contrast, brightness, RGB balance, gamma, and CMS (saturation/hue/luminance), to reduce your dE.
A common drawback of free calibration software is the lack of updates, outdated manuals, and customer support that comes from other forum members instead of the developers directly.
In contrast, ColourSpace ZRO features an up-to-date interactive manual and guides, making it an ideal software choice for new users embarking on their calibration journey.
Customers of ColourSpace ZRO benefit from free software updates, email support, and forum assistance through dedicated AVSForum thread.
ColourSpaceZRO Guide / Interactive Manual / General Guides / Video Guides
Meter Profiling: Instructions / Guide / Video
X-Rite: i1Display PRO / i1PRO1/2 / i1PRO3/i1PRO3 Plus / MYIRO-1
Recommended Settings / LG OLED Manual Calibration / PGenerator Integration / Manual Calibration
We consistently update the ColourSpace ZRO thread on AVSForum.
At the bottom of the first post, you’ll find over 60 helpful links with tips and functions to enhance your calibration knowledge and skills.
The most significant new feature of ColourSpace is its capability for future flexibility.
The new codebase has been developed to allow for unrestricted future development of new calibration tools, graphical layouts, and additional features.
ColorSpace ZRO is a reduced-functionality license level of ColorSpace.
You can perform manual calibration using the available calibration controls in the menus of TVs, projectors, or monitors (both regular and service menus).
ColorSpace ZRO includes regular 2D CIE charts, while 3D volumetric charts are only available with ColorSpace HTL/LTE
With ColorSpace ZRO, you cannot save measurement files or export PDF reports; however, you can use the screen capture feature in Windows to save your calibration results as an image.
You can take volumetric measurements using custom patch lists and view them using regular 2D CIE charts or other chart types.
The characterization and LUT menus are not available in ColorSpace ZRO, as these functions are exclusive to ColorSpace HTL/LTE.
ColorSpace ZRO does not support LG OLED templates for LUT uploads.
However, the LG PQ Curve Upload Template allows you to upload HDR10 parameters to LG's HDR tone mapping unit (for models from 2019 to 2025) or disable HDR10 processing to perform manual calibration on LG models from 2018 to 2025.
ColorSpace ZRO features a configurable interface and does not have a locked, pre-defined layout like CalMAN Home, ChromaPure or HCFR.
ColourSpace ZRO provides flexibility as you can open multiple charts without limitation, re-size, re-position, re-scale, and arrange the interface as you wish.
ColourSpaceZRO uses Error Tangent lines to visualize using the 2D CIE the distance of the measured point compared to the target point and the direction of the error.
ColourSpaceZRO utilizes color-coded points in 2D CIE for more straightforward evaluation of color differences (dE).
The color classifications are as follows: Green ≤ 1dE / Orange > 1dE ≤ 2.3dE / Red > 2.3dE
The tick boxes for Green, Orange, and Red will show the dE range based solely on the selected dE standard.
Additionally, the dE filter can be used to isolate and display only those instances of dE within a specified range.
The RGB or HSL (Hue-Saturation-Luminance) sliders can be used to specify the precise triplet of the color patch you want to measure.
The PGenerator with a Raspberry Pi 3 board (or older) can utilize 8-bit RGB triplets, while the Raspberry Pi 4 or Pi 400 boards can accommodate both 8-bit and 10-bit RGB triplets.
To evaluate colors close to black or grayscale with one code value step, lock the RGB sliders and use the up/down arrow keys for quick adjustments.
ColourSpaceZRO does not include pre-defined patch lists, but you can import custom color sequences for both manual and automated measurements.
You can create your own patch lists using simple CSV files to take measurements and verify them in more detail, even by utilizing volumetric patch lists.
To use your custom patch lists, open the Manual Measure window and import the lists.
From the 'Presets' drop-down menu, you can select each patch list.
Customers who have Ted's Calibration Disk (Blu-Ray Copy, Blu-Ray ISO, Media Files, or PGenerator ISO) can access 8/10-bit patch lists to perform specific measurements (see how to import patchlists):
You can download various CVS patchlist in AVSForum: 1000p (10-Point Cube Volumetric), HDR10 8-bit (REC.2020 or P3-D65 inside REC.2020), HDR10 10-bit (REC.2020 or P3-D65 inside REC.2020), HDR10 with Limit Range, Edge Color Test, LG OLEDs HDR10 (TV SoC specific), or Sony BRAVIA (TV SoC specific).
Regular verification runs available in calibration software solutions, such as CalMAN Home, have limited options for post-calibration verification.
CalMAN Home uses the ColorChecker Classic to evaluate a display's performance after generating a 3D LUT.
However, the ColorChecker Classic is insufficient, as it does not measure any colors at the edges of the gamut.
While the ColorChecker SG measures a broader range of colors, it still does not cover many areas of the gamut.
Using such a limited patchlist may prevent the detection of improvements after profiling with different cube options (such as 9, 13, or 17-Point Cubes) or identifying issues with LUT generation.
In contrast, the 10-Point Cube volumetric patchlist measures many edge colors and various hue, saturation, and luminance levels, allowing for a more detailed evaluation.
Below are the differences between the measurement runs of the 10-Point Cube, ColorChecker SG, and ColorChecker Classic:
You can use a 10-Point Cube patch set to evaluate the performance of manual calibration using the built-in calibration controls. This will help you determine which saturation and luminance ranges of CMS patches will yield better results.
The internal CMS controls for TVs and projectors are limited to six adjustable control points (RGB-CMY) to minimize errors throughout the entire color gamut.
Each TV or projector model can benefit from using CMS calibration patches that correspond to a specific saturation and luminance level for improved overall performance.
For instance, using 75% saturation patterns may reduce color errors in the ColorChecker Classic, but it can lead to increased errors at the edges of the gamut, which the ColorChecker cannot measure.
The 10-Point Cube patch set is ideal for assessing which percentages of saturation and luminance in CMS patches will provide better performance for a specific TV or projector model.
ColourSpace has the ability for all GUI/Menus to be shown using Foreign Languages, via its Preferences option.
The Language Files can be User Generated, with a selection of languages provided as standard, which any user can edit.
A selection of predefined Foreign Languages are supplied by default within ColourSpace, and can be user edited to correct/improve the provided translations.
For any language not yet supported, any user can generate a new Language File in their own language, based on a Source language file, with all standard ColourSpace words and phrases in English, and the user can then define the same words and phrases as Destinations in their specific language.
The HDR10 LUT calibration with LG OLEDs presents several challenges. We recommend that users perform a manual grayscale calibration while maintaining the factory gamut calibration for HDR.
The manual calibration controls for LG OLEDs utilize 10-bit code values.
We have discovered a method to extract these 10-bit values from the SoC (System on Chip) of each LG TV model, allowing for the mapping of the 20/22-Point Grayscale controls in the RGB Balance settings. Thanks to AVSForum members HiFi4Vision, Liberator72, and anger.miki for their contributions.
To effectively calibrate your display, you can use the LG PQ Upload Template to disable the HDR10 processing. This will enable you to manually calibrate the 20/22-Point grayscale with a gamma setting of 2.2.
The processing unit for HDR in LG TVs expects a perfectly calibrated panel with a gamma of 2.2 to apply the necessary calculations for internal HDR processing.
After completing the calibration, use the LG PQ Upload Template to upload your calibrated 'nits' value. This will allow the LG HDR processing to perform more accurate calculations tailored to your specific panel.
Download the 'TV SoC specific' 10-bit patchlists for LG OLEDs from AVSForum.
The LG White Balance GUI software enables you to adjust the 2, 20, or 22-Point RGB Balance controls of LG TVs from the years 2018 to 2025 using a computer and mouse, eliminating the need to use the TV's remote control.
The software has been tailored for each LG TV model.
We have provided dedicated 8-bit and 10-bit patch lists for SDR, HDR10, and Dolby Vision, specific to each LG Model Year for ColourSpaceZRO users.
This software allows you to save and load White Balance settings easily.
You can quickly copy the White Balance values from a calibrated picture mode and paste them into a different picture mode.
Additionally, you can save your calibrated White Balance settings as a backup to a file, or you can load them as a starting point before a new calibration.
Using the graphical user interface (GUI) software will streamline the calibration process and save you time.
We also have a dedicated dedicated AVSForum thread that includes calibration tips and a download link.
ColourSpace ZRO users have access to the Sony BRAVIA Template for Direct Display Control (DDC) without needing a remote for RGB Balance or CMS controls, and they can also upload or export TV settings to a file. (request access form)
Upon connecting to the Sony Template for the first time, users will unlock the Custom options for Pro 1/2 picture modes, as well as 10 or 20-point RGB Balance controls and CMS.
The SoC of Sony TVs utilizes 10-bit code values for the RGB balance controls.
To enhance calibration and minimize potential errors arising from mismatches between generated patches and the adjustment range of the TV's internal controls, it is recommended to use a 10-bit patch list that aligns with the 10-bit code levels required by the TV's SoC for each RGB balance control.
Sony suggests using patch generators that output YCbCr in a 10-bit colorspace.
You can download 10-bit patchlists for Sony TVsfrom AVSForum.
However, CalMAN is unable to produce 'real' 10-bit patches, and the 8-bit generated patches do not accurately correspond to the 10-bit TV controls.
Using ColourSpace ZRO in conjunction with PGenerator (Pi4/Pi400) and a 10-bit patch list will result in a more accurate calibration.
ColourSpaceZRO employs a modern and advanced meter profiling calculation method known as Four Colour Volumetric Matching (FCVM).
In contrast, other software tools such as LightSpace, HCFR, DisplayCAL, ChromaPure, and CalMAN (2014-2019) utilize the traditional meter profiling method called the Four Colour Matrix Method (FCMM).
The FCMM is not suitable for non-additive displays (WRGB).
When used with WRGB OLEDs, the FCMM can cause issues with the luminance of primary colors and result in hue shifts in secondary colors.
Similarly, when applied to RGB JOLEDs, the FCMM may introduce out-of-gamut issues with negative values.
ColourSpaceZRO, using the more advanced FCVM method, effectively eliminates these problems.
However, it also offers the traditional Four Colour Matrix Method (FCMM) as an optional feature.
ColourSpace ZRO is compatible with DataColor or X-Rite/Calibrite colorimeters and spectrophotometers.
If you have a spectrophotometer that ColourSpace ZRO does not directly support, you can create a meter correction table.
This method is also applicable if you possess an i1Display PRO calibrated with ChromaPure, a C6 using additional tables accessible only in CalMAN, or an Argyll CCSS file suitable for HCFR.
To create a meter correction table, take WRGB measurements using your colorimeter as a reference with ChromaPure, CalMAN, or HCFR. You can then import the WRGB xyY values into ColourSpace ZRO for the correction.
Alternatively, you can take WRGB measurements using the software of a high-end reference spectrophotometer, such as JETI, Colorimetry Research, Photo Research, Minolta, Qalif, or others. Afterward, import the WRGB xyY values into ColourSpace ZRO to create the meter correction table.
The ColourSpaceZRO version 1.0.0.1629 (released on 22 April 2023) or newer supports Spectral Correlation files in the CSV file format.
These Spectral Correlation files are simple CSV files that require a minimum of three lines, with each line containing 401 floating-point values.
The values must represent wavelengths ranging from 380 to 780 nm, with increments of 1 nm, and should be expressed in Watts per nanometer.
In the ColourSpaceZRO version 1.0.0.1629 (or newer), there will only be a single example WOLED Cor file included with the installation.
Users of ColourSpaceZRO must download the latest CSV files and paste them into the 'i1D3 Support Files' folder located within the ColourSpaceZRO installation directory.
Download Link: ColorChecker-i1D3 Spectral CVS Files (00 June 2026)
The ZIP contains the following 182 Spectral Correlation files:
AEQ Kroma LM8009 (W-LED IPS) - Colorimetry Research CR-250 4nm
AEQ Kroma LM8024 (W-LED IPS) - Colorimetry Research CR-250 4nm
Apple iPad Pro 2024 - Colorimetry Research CR-250 4nm
Apple MacBook Air M1 - Colorimetry Research CR-250 4nm
Apple Pro Display XDR - Colorimetry Research CR-250 4nm
ASUS PA24US (W-LED IPS) - Colorimetry Research CR-250 4nm
ASUS PA32DC (RGB JOLED) - Colorimetry Research CR-250 4nm
ASUS PA32UCDM (Gen3 QD-OLED) - JETI 1501 4.5nm
ASUS PA32UCDM (Gen3 QD-OLED) - UPRTEK MD100N 9nm
ASUS PA32UCE (W-LED IPS) - Colorimetry Research CR-250 4nm
ASUS PA32UCG (QD Mini-LED AHVA) - JETI 1501 HiRes 2nm
ASUS PA32UCR-K (QD-Mini-LED AHVA IPS) - UPRTEK MK550T 9nm
ASUS PA32UCX (QD Mini-LED AHVA) - JETI 1501 HiRes 2nm
ASUS PA32UCX (QD Mini-LED AHVA) - Colorimetry Research CR-250 4nm
ASUS PA32UCXR (QD Mini-LED IPS) - Colorimetry Research CR-250 4nm
BenQ PV270 (GB-R LED)
BenQ SW242Q (KSF-PFS LED)
BenQ SW270C (W-LED)
BenQ SW271C (W-LED)
BenQ SW272Q (W-LED)
BenQ SW272U (W-LED)
BenQ SW321C (W-LED)
Boland X4K27HDR5-OLED (RGB OLED) - JETI 1501 4.5nm
Canon DP-V2411 (Matrix Array RGB LED IPS)- Colorimetry Research CR-250 4nm
CCFL - Konica Minolta CS-1000 5nm
Dell UltraSharp U3223QE (W-LED) - Admesy Hera 2.3nm
Dell UltraSharp U3226Q (QD-OLED) - JETI 1501 4.5nm
Dell UltraSharp UP2720Q (W-LED) - Colorimetry Research CR-250 4nm
Dell UltraSharp UP3221Q (Mini-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge CG279X (W-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge CG319X-4K (W-LED)
EIZO ColorEdge CG2420 (W-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge CG2700S (W-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge CG2700X (W-LED)- Colorimetry Research CR-250 4nm
EIZO ColorEdge CS2731 (W-LED PFS) - Colorimetry Research CR-300 2nm
EIZO ColorEdge PROMINENCE CG1 (W-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge PROMINENCE CG3145 (W-LED IPS) - Colorimetry Research CR-250 4nm
EIZO ColorEdge PROMINENCE CG3146 (W-LED IPS) - Colorimetry Research CR-250 4nm
Epson EH-QB1000 (Laser Projector - Laser 100) - Qalif Spectro 1.8nm
Epson EH-QL3000 (3LCD Laser Projector) - Admesy Hera 2.3nm
Epson Pro Cinema EH-LS9000 (Laser Projector) - Admesy Hera 2.3nm
Epson Pro Cinema LS12000 (Laser Projector) - JETI 1511 HiRes 2nm
FSI DM160 (RGB OLED) - Colorimetry Research CR-300 2nm
FSI DM170 (W-LED)- Colorimetry Research CR-250 4nm
FSI DM211 (W-LED) - Colorimetry Research CR-300 2nm
FSI DM220 (RGB OLED) - Colorimetry Research CR-300 2nm
FSI DM231 (W-LED) - Colorimetry Research CR-300 2nm
FSI XM311K (Dual-Layer LMCL LCD)- Colorimetry Research CR-250 4nm
FSI XMP55-XMP650 (Gen2 QD-OLED) - Colorimetry Research CR-300 2nm
FSI XMP270 (Gen3 QD-OLED) - Colorimetry Research CR-300 2nm
FSI XMP310 (Gen3 QD-OLED) - Colorimetry Research CR-300 2nm
Hisense C2 Ultra (RGB Laser - Brightness 100) - Qalif Spectro 1.8nm
Hisense U7Q (QD-Mini LED) - JETI 1501 HiRes 2nm
Hisense U7QPRO (VA Mini QD-LED) - Colorimetry Research CR-250 4nm
HP DreamColor Z24x (GB-r LED) - Konica Minolta CS-1000 5nm
HP ZBook (PSR LED) - Konica Minolta CS-1000 5nm
JVC DLA-NP5 (Lamp Projector ) - JETI 1511 HiRes 2nm
JVC DLA-NX9 (Lamp Projector - High Lamp - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NX9 (Lamp Projector - High Lamp - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NX9 (Lamp Projector - Low Lamp - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NX9 (Lamp Projector - Low Lamp - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ7 (Laser Projector) - JETI 1511 HiRes 2nm
JVC DLA-NZ8 (Lazer Projector - Filter Off) - JETI 1511 HiRes 2nm
JVC DLA-NZ8 (Lazer Projector - Filter On) - JETI 1511 HiRes 2nm
JVC DLA-NZ9 (Laser Projector - High Laser - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ9 (Laser Projector - High Laser - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ9 (Laser Projector - Low Laser - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ9 (Laser Projector - Low Laser - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ9 (Laser Projector - Mid Laser - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ9 (Laser Projector - Mid Laser - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ700 (Laser Projector - Laser 100 - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ700 (Laser Projector - Laser 100 - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ500 (Laser Projector - Laser 100) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 46 - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 46 - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 0 - Filter On) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 100 - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 0 - Filter Off) - Qalif Spectro 1.8nm
JVC DLA-NZ900 (Laser Projector - Laser 100 - Filter On) - Qalif Spectro 1.8nm
Lenovo LEN4140 (RGB OLED) - Konica Minolta CS-1000 5nm
Lenovo ThinkPad T14 Gen 4 (RGB OLED) - JETI 1501 4.5nm
LG 32EP950 (RGB JOLED) - Colorimetry Research CR-250 4nm
LG 77C6H (Primary RGB Tandem WRGB OLED 2.0) - Colorimetry Research CR-300 2nm
LG B3 (WRGB OLED) - JETI 1501 4.5nm
LG B4 (WRGB OLED) - JETI 1501 4.5nm
LG B5 (WRGB OLED) - JETI 1501 4.5nm
LG B7 (WRGB OLED) - JETI 1501 4.5nm
LG C1 (WRGB OLED) - JETI 1501 4.5nm
LG C2 (WRGB OLED) - JETI 1501 HiRes 2nm
LG C3 (WRGB OLED) - JETI 1501 HiRes 2nm
LG C4 (WRGB OLED) - Colorimetry Research CR-250 4nm
LG C5 (WRGB OLED) - JETI 1501 HiRes 2nm
LG C8 - FSI XM (WRGB OLED) - Colorimetry Research CR-300 2nm
LG C9 (WRGB OLED) - JETI 1501 HiRes 2nm
LG CX (WRGB OLED) - Konica Minolta CS-1000 5nm
LG G3 (WRGB OLED) - JETI 1501 4.5nm
LG G4 (WRGB OLED) - JETI 1501 4.5nm
LG G5 (WRGB OLED) - JETI 1501 HiRes 2nm
LG G6 (WRGB OLED) - Colorimetry Research CR-300 2nm
LG NANO86 (IPS Full Array LED) - Colorimetry Research CR-250 4nm
LG NANO91 (IPS Full Array LED) - Colorimetry Research CR-250 4nm
LG QNED80 (IPS LED) - JETI 1501 HiRes 2nm
LG SK950 (IPS Direct LED) - Colorimetry Research CR-250 4nm
LG SM90 (IPS Full Array LED) - Colorimetry Research CR-250 4nm
Microsoft Surface GO 2 - Colorimetry Research CR-250 4nm
Microsoft Surface Laptop 3 - Colorimetry Research CR-250 4nm
NEC PA242W (GB-LED) - Konica Minolta CS-1000 5nm
Panasonic 55Z90A (WRGB OLED) - Colorimetry Research CR-250 4nm
Panasonic 65Z90A (WRGB OLED) - Colorimetry Research CR-250 4nm
Panasonic JX850 (VA LED) - Colorimetry Research CR-250 4nm
Panasonic JX950 (VA LED) - Colorimetry Research CR-250 4nm
Panasonic LX800 (VA LED) - Colorimetry Research CR-250 4nm
Panasonic MX950 (Mini-LED VA) - Colorimetry Research CR-250 4nm
Panasonic MZ1500 (WRGB OLED) - JETI 1501 4.5nm
Panasonic W90A (Direct LED) - Colorimetry Research CR-250 4nm
Panasonic Z95B (Primary RGB Tandem WRGB OLED) - JETI 1501 4.5nm
PFS Phosphor - Konica Minolta CS-1000 5nm
Philips OLED808 (WRGB OLED) - JETI 1501 HiRes 2nm
Philips OLED810 (WRGB OLED) - Colorimetry Research CR-250 4nm
Philips PUS8600 (IPS Direct QD-LED) - Colorimetry Research CR-250 4nm
Philips PUS8609 (IPS-ADS Direct LED) - JETI 1501 4.5nm
Philips PUS8808 (VA Direct LED) - JETI 1501 4.5nm
Philips PUS9000 (IPS Direct QD-LED) - Colorimetry Research CR-250 4nm
Plasma - Konica Minolta CS-1000 5nm
Projector - Konica Minolta CS-1000 5nm
RG Phosphor - Konica Minolta CS-1000 5nm
RGB LED - Konica Minolta CS-1000 5nm
Samsung DU7200 (VA Edge-LED) - Colorimetry Research CR-250 4nm
Samsung J5500 (VA LED) - Colorimetry Research CR-250 4nm
Samsung JS9000 (SVA QD-LED) - JETI 1501 4.5nm
Samsung KS8000 (SVA QD-LED) - JETI 1501 4.5nm
Samsung LS03B (VA QD-LED) - JETI 1501 4.5nm
Samsung LS03D (VA QD-LED) - JETI 1501 4.5nm
Samsung Q9F (SVA QD-LED) - JETI 1501 4.5nm
Samsung Q9FN (VA Direct QD-LED) - JETI 1501 4.5nm
Samsung Q90R (VA QD-LED) - JETI 1501 HiRes 2nm
Samsung Q90T (VA Direct QD-LED) - JETI 1501 4.5nm
Samsung Q900R (QD-Mini LED) - JETI 1501 4.5nm
Samsung QN90A (IPS Mini QD-LED) - JETI 1501 4.5nm
Samsung QN90B (VA Mini QD-LED) - JETI 1501 4.5nm
Samsung QN90D (IPS-ADS QD-Mini LED) - JETI 1501 HiRes 2nm
Samsung QN90F (VA Mini QD-LED) - JETI 1501 4.5nm
Samsung QN900D (QD-Mini LED) - JETI 1501 HiRes 2nm
Samsung QN900F (QD-Mini LED) - JETI 1501 4.5nm
Samsung S85F (RGB QD-OLED) - JETI 1501 4.5nm
Samsung S90C (RGB QD-OLED) - JETI 1511 HiRes 2nm
Samsung S95B (RGB QD-OLED) - JETI 1501 4.5nm
Samsung S95C (RGB QD-OLED) - Colorimetry Research CR-250 4nm
Samsung S95D (RGB QD-OLED) - Colorimetry Research CR-250 4nm
Samsung S95F (RGB QD-OLED) - JETI 1501 4.5nm
SmallHD 702 Touch (IPS LCD) - Colorimetry Research CR-250 4nm
SmallHD Quantum 27 (RGB QD-OLED) - Colorimetry Research CR-250 4nm
SmallHD Quantum 32 (RGB QD-OLED) - Colorimetry Research CR-250 4nm
Sony BRAVIA 7 II XR70M2 (VA QD Mini-LED) - Colorimetry Research CR-300 2nm
Sony BRAVIA A95K (RGB QD-OLED) - JETI 1511 HiRes 2nm
Sony BRAVIA A95L (RGB QD-OLED) - JETI 1501 HiRes 2nm
Sony BRAVIA X85J (VA Direct LED) - JETI 1501 4.5nm
Sony BRAVIA 8 (WRGB OLED) - Colorimetry Research CR-250 4nm
Sony BRAVIA 8 II XR8M2 (RGB QD-OLED) - Colorimetry Research CR-300 2nm
Sony BRAVIA 9 (QD-Mini LED) - JETI 1501 HiRes 2nm
Sony BRAVIA 9 II XR90M2 (RGB QD Mini-LED) - Colorimetry Research CR-300 2nm
Sony BRAVIA X90L (Full Array Direct LED) - JETI 1501 HiRes 2nm
Sony BRAVIA Z9F (Full Array Direct LED) - JETI 1501 HiRes 2nm
Sony BVM-HX310 TRIMASTER HX (Alpha-SI TFT Active Matrix LCD) - Colorimetry Research CR-250 4nm
Sony PVM-2541 (RGB OLED) - Konica Minolta CS-1000 5nm
Sony VPL-XW5000ES (Laser Projector) - JETI 1511 HiRes 2nm
Sony VPL-XW6000ES (Laser Projector) - JETI 1511 HiRes 2nm
Sony VPL-XW7000ES (Laser Projector) - JETI 1511 HiRes 2nm
TCL 65Q7C-UK (HVA QD Mini-LED) - JETI 1501 4.5nm
TCL 55C805 (VA QD Mini-LED) - JETI 1501 4.5nm
TCL C825 (VA QD Mini-LED) - Colorimetry Research CR-250 4nm
TCL C835 (VA QD Mini-LED) - JETI 1501 4.5nm
TCL C855 (VA QD Mini-LED) - Colorimetry Research CR-250 4nm
TCL X11L (HVA SQD Mini-LED) - Colorimetry Research CR-300 2nm
TCL X11L (HVA SQD Mini-LED) - Hopoocolor OHSP-350 2nm
TVlogic LVM-171S (IPS LCD) - Colorimetry Research CR-250 4nm
TVlogic LVM-240P (IPS LCD) - JETI 1501 4.5nm
White LED - Konica Minolta CS-1000 5nm
Wide Gamut CCFL - Konica Minolta CS-1000 5nm
XGIMI Titan (Dual Laser Projector) - Qalif Spectro 1.8nm
XGIMI Horizon 2 Pro (RGB Triple Laser Projector) - Admesy Hera 2.3nm
XGIMI Titan Noir Max (RGB Triple Laser Projector) - Qalif Spectro 1.8nm
Please extract and paste the CVS files into one of the following locations:
The path after installation 'for all users':
C:\Program Files (x86)\Light Illusion\ColourSpaceZRO\i1d3 Support Files
or
The path after installation 'only for current user':
C:\Users\your-user-name\AppData\Local\Programs\Light Illusion\ColourSpaceZRO\i1d3 Support Files
The software developer OMARDRIS has created a method for utilizing JVC AutoCAL software with your meter while operating through ColourSpace ZRO.
This allows you to benefit from ColourSpace's advanced meter profiling calculations (FCVM), optimization with various meter integration times, and improved low-light readings thanks to the Intelligent Integration function.
ColourSpaceZRO will provide free software updates for several years.
In contrast, LightSpace has already delivered 12 years of free updates.
Another calibration software option follows an annual fee model.
CalMAN Home operates on this model, providing one year of free updates.
However, CalMAN Home users must repurchase the software at its original price of $249 each year to continue receiving updates.
From July 2024 to April 2026, the price of CalMAN Home increased from $149 to $249.
This critical detail is often obscured in CalMAN's Store, making the software seem like a low-cost solution.
In summary, ColourSpaceZRO customers will always receive free updates for the lifetime of the product.
ColourSpace iTPG / ColourSpace iTPG using HDMI
Ted's PGenerator (Raspberry Pi based HDMI Patch Generator), PGenerator, or Ted's Calibration Disk
BlackMagic Design DaVinci Resolve iTPG (connect as 'Network Server')
LightSpace Connect Android or iOS App (connect as 'Network Server')
Network Java Application (connect as 'Network Server')
CalibMate for MacOS (connect as 'Network Server')
Dogegen (connect as 'Network Server')
ColourSpace Patch Translator for DaVinci Resolve (connect as 'Network Server')
PatternSpace for macOS
Ted's LightSpace CMS Calibration Disk (All Editions) using special patchsets for manual calibration/verification.
ASUS CaliContrO MCA02
Datacolor Spyder4 Express / Pro / Elite
Datacolor Spyder5 Express / Pro / Elite
Datacolor SpyderX Pro / Elite
Datacolor SpyderX2 Elite / Ultra
Spyder 2024 / Spyder Pro 2024 (via add-on)
X-Rite i1Display Pro OEM
Calibrite Display Plus HL / Calibrite Display Pro HL / Calibrite Display SL
Calibrite ColorChecker Display / Calibrite ColorChecker Display Pro / Calibrite ColorChecker Display Plus
X-Rite ColorMunki Display / X-Rite i1Display Studio
X-Rite i1Display PRO Retail / X-Rite i1Display PRO Plus Retail
SpectraCAL C6 / C6-HDR / C6-HDR2000, or Portrait Displays C6-HDR2000
HP DreamColor / NEC SpectraSensor Pro / Quato Silver Haze 3
Wacom Color Manager / ASUS ProArt i1Display PRO
X-Rite i1PRO / i1PRO2 / i1PRO3 / i1PRO3 Plus
Konica Minolta MYIRO-1
Four Color Volumetric Matching (FCVM)
Four Colour Matrix Method (FCMM)
You can purchase Ted's Calibration Disk (Blu-Ray Copy, Blu-Ray ISO, Media Files, or PGenerator ISO) as a bundle with ColourSpaceZRO for -5$ less.
This website uses a Comodo Positive SSL certificate to protect online transactions with the highest strength encryption.