GI-TCVM

The measurement of parameters, such as single-point spectral curve measurement, bright chromaticity measurement, viewing angle measurement (horizontal and vertical), Gamma commissioning, Cross-Talk debugging and measurement of color temperature Tc measurement, contrast measurement and color gamut coverage.

TCVM-03A_Jingce

GI-TCVM

GI-TVCM-03A、GI-TVCM-03S、GI-TVCM-03D、GI-TVCM-03P

1. Product Name:   GI-TVCM Multi-angle Spectrometer Series

2. Product FigureTCVM 03A Jingce 

3. Application:

Based on spectroscopic technology which is Better than filter, it could realize high accuracy of color measurement without the effect of filter matching; Six viewing angles are integrated into one module for high-speed and accurate spectral measurements of the display.

4.  Main Function

Multi-angle spectral measurement, color deviation measurement, Gamma measurement. temperature Tc measurement, contrast measurement and color gamut coverage.

1. Modular hardware and software system

Modular design can be compatible with a variety of applications.

2.High-speed data transmission

Intemally uses high-speed data bus, with a rate 20 times higher than GigE interface,effectively reducing data transmission time, real-time image, real-time measurement.

3.High precision measurement

The measurement accuracy and speed are optimized to achieve high precision spectraldetection and detemination from different perspectives.

4.Intelligent hardware architecture

It adopts FPGA+GPU intelligent architecture to realize the integration of acquisition andprocessing, and can work independently from PC, At the same time, the matchingsoftware can speed up the measurement setting and simplify the operation, adaptivematchingcalibration, to ensure accurate measurement results.

GI-TVCM

1.High precision spectrometer module integration, measure multiple angle spectra at one time.
2.Advanced structural design and machining techniques ensure that each Angle measurement point is in the same position.
3.Deep cooling technology of TEC and low noise circuit design technology can effectively reduce the thermal noise of the sensor and reduce the measurement error.

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