NED Display
Core Module

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Si-OLED micro displays has ultra high resolution, high contrast, high brightness, lower Power consumption ect., It is widely used for AR, VR, MR, EVF, FPV, drones, thermal imager, infrared camera, medical equipment, education, simulation training, and security etc. Besides, we also provide display solution and optical module for OLEDoS. High PPI > 3500PPI & High refresh rate : Frame rate 90Hz. High brightness & Low power. High-speed transmission. Short response time. Richness in color. Color gamut exceeding 85% DCI-P3.

Sport glasses
Sport glasses
VR
VR
Watching movies
Watching movies
AR
AR
EVF
EVF
Industrial Helmet Display
Industrial Helmet Display
Medical equipment
Medical equipment
Design
Design
UAV
UAV
Microscope
Microscope
Aviation helmet
Aviation helmet
Military helmet
Military helmet
Electrical scope
Electrical scope
Infra-red telescope
Infra-red telescope
Security
Security
Product List
Size

Product Number

 Resolution(H*V)

AA Size(mm)

Outline Size(mm)

 Brightness(nits)

Contrast Ratio

Interface

Refresh Rate(Hz)

Remark

Online Purchase

Specification

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Y13L chip: core clock frequency up to 400MHz, integrated GUI can support rich widgets. Support FHD video, JPG decoding, MP3/WAV playback. Dual-channel stereo audio output.


Y6 chip: core clock frequency up to 100MHz, integrated with 8M flash; Refresh rate up to 100 Fps; Boot time: less than 1s; Mature HMI


开发方式

X3 core board has a clock frequency up to 600MHz, extremely suitable for display-driven scenarios; Flash can be expanded to 4Gbits. Zero coding development. Host computer software(TGUS) to design UI and logic. 18-bit color. Support resolution up to 1024*768. Support FHD video playback, JPG decoding, MP3/WAV playback. Support transparent layer overlay. TFT-LCD; RGB interface


X1 core board has a clock frequency up to 100MHz. Flash can be expanded to 32MB, extremely suitable for display applications. 4-channel ADC, used for analogue peripherals. UART x 3, IIC x 1, SPI x 1, all used for communication with digital peripherals. SD-Card is mounted on SPI, to load image, font and file resource. TFT-LCD can be driven by SPI interface, 8080-8bit, 8080-16bit.

X2 core board has a clock frequency up to 400MHz, extremely suitable for display scenarios; Flash can be expanded to 4Gbits. Zero coding development. Host computer software(TGUS) to design UI and logic. 18-bit color. Support resolution up to 854*480. Support FHD video playback, JPG decoding, MP3/WAV playback. Support transparent layer overlay. TFT-LCD; RGB interface