Main features of the FPDM-109:

- Measures the transmission and reflection models of the display screen.

- Measures the photometric and chromatic characteristics of the display screen under the influence of angle variation, temperature variation, and (optionally) with a temperature control system.

- Simulates display screen characteristic testing under various lighting environments in IDMS (including collimated light source, hemispherical, and global lighting conditions). Data processing capabilities allow customers to calculate bright room contrast under any lighting conditions.

- Features scientific-grade imaging CCD for real-time monitoring of the optical testing area, simulating human eye aperture testing imaging. This allows for the evaluation and analysis of the 3D display performance and defects of the display screen.

- An optional directional lighting device can be installed to evaluate the reflection characteristics of the display, such as the Bidirectional Reflectance Distribution Function (BRDF).

Compliant with standards:

- VESA 2.0 Flat Panel Display Measurements Standard

- IDMS Version1.03 Information Display Measurements Standard

- IEC 62341-1-1 Organic light emitting diode (OLED) displays –Part 1-1:Generic specifications

- IEC 62341-6-2 Organic light emitting diode (OLED) displays –Part 6-2: Measuring methods of visual quality and ambient performance

- IEC 62341-6-3 Organic light emitting diode (OLED) displays –Part 6-3: Measuring methods of image quality

- GBT 18910.61-2012 Liquid crystal display devices - Part 6-1: Testing methods for liquid crystal display devices - Optoelectronic parameters

- SJT11344-2006 Digital TV LCD back projection monitor measurement method

Test project:

- Luminance and Chromaticity Measurement;

- Contrast Measurement (capable of measuring both dark room contrast and bright room contrast. For bright room contrast, it can simulate CIE standard illuminants such as A, C, and D65, as well as different illuminance conditions);

- Uniformity Measurement (including Luminance Uniformity and Chromaticity Uniformity);

- Viewing Angle Measurement (horizontal viewing angle and vertical viewing angle);

- Reflection and Transmission Measurement;

- Cross-talk Measurement (Note: The original "Cross-tolk" may be a typo; the correct term is "Cross-talk");

- Response Time Measurement (rise time, fall time, gray-to-gray response, and flicker test);

- 3D Measurement;

- Defect Analysis.

Technical indicators:

- Brightness and chromaticity measurement

Use full-spectrum method to measure the brightness and chromaticity parameters of the display device and product under test, and monitor the measurement area in real time through an imaging device.

Measuring aperture: 0.4, 1, 2mm optional

Working distance: 143~800mm;

Brightness accuracy: 2%

Chromaticity accuracy: ±0.0003 under standard A light source, ±0.002 under standard color light

Repeatability of chromaticity coordinates: x ±0.00015, y ±0.0002 blue LED

Spectral test range: 200nm~980nm; 200nm~800nm; 300nm~800nm; Optional

Integration time: 5ms~65s; 10ms~65s; 6ms~10s; Optional

- Imaging analysis

Image resolution 1600×1200; 2727×2192; Optional

- RFP-310 transient tester

Maximum sampling rate: 10us

Number of sampling points: 1-60000

Linearity: 0.5%

- Lighting source

- High and low temperature test chamber

The maximum size of the product that can be placed is 720×568×110mm32 inches.

Temperature range: -45℃~﹢85℃;

Temperature fluctuation/uniformity: ±0.5℃/±2℃;

Rate of temperature rise: 1℃~3℃/min;

Cooling rate: 0.7℃~1℃/min;

- Standard brightness source

2856K standard A light source mixed light, with spectral radiance standard data.