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RGB2HD04: Difference between revisions
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Created page with "{{GD Template Impl}} ==Overview== This is an RGB888 to HDMI adapter board with 15*2 30P 2.0mm double-row pin input, supporting 7-inch/9-inch/10-inch industrial control screen...." |
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[[File: IMG-9515.jpg|thumb|right|RGB888 to HDMI adapter-Front]] | |||
[[File: IMG-9514.jpg|thumb|right|RGB888 to HDMI adapter-Rear]] | |||
[[File: IMG-9515-50Pin-FFC-Input-Interface.jpg|thumb|right|RGB888 to HDMI adapter-50Pin FFC Input]] | |||
[[File: IMG-9515-2.0mm-30P-15x2-Double-Pins-Input.jpg|thumb|right|RGB888 to HDMI adapter]] | |||
[[File: IMG-9515-Digital-audio-I2S-input.jpg|thumb|right|RGB888 to HDMI adapter]] | |||
==Overview== | ==Overview== | ||
This is | This product is RGB888 to HDMI adapter board, using 50pin RGB FFC input, can convert the RGB signal of 7/9/10 inch industrial control screen to standard HDMI output. It can be applied to industrial equipment maintenance, control panel modification, DIY display expansion related use scenarios. | ||
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* This board '''does not have a scaling function''', and the output HDMI resolution is the same as the input RGB signal resolution, so for non-standard HDMI resolutions, the monitor connected to the back end may not support it! | * This board '''does not have a scaling function''', and the output HDMI resolution is the same as the input RGB signal resolution, so for non-standard HDMI resolutions, the monitor connected to the back end may not support it! | ||
* If it is 6-bit input, connect R[7:2], G[7:2], B[7:2]; and R/G/B 0,1 to ground | * If it is 6-bit input, connect R[7:2], G[7:2], B[7:2]; and R/G/B 0,1 to ground | ||
==Features== | |||
* '''Precise signal conversion''': Stable conversion of RGB888 digital signals to standard HDMI output. | |||
* '''Dual Mode Input Connector''': | |||
# '''50PIN FFC Input Connector''': Supports RGB888 (24bit). | |||
# '''30P Pin connector'''(15x2 2.0mm connectors to be prepared and soldered by yourself): Supports RGB888 (24bit) and 6bit input. | |||
* '''Audio Integration''': Provides digital audio I2S inputs to support simultaneous transmission of audio signals to HDMI outputs; '''24‑bit 48 kHz''' I2S audio input via CN5 I2S, converting digital RGB signals to HDMI with integrated audio support | |||
* '''Dimensional clarity''': Provides accurate mechanical mounting dimensions for easy integration into your equipment enclosure. | |||
==Packing List== | ==Packing List== | ||
* 1 x RGB888 to HDMI adapter Board | * 1 x RGB888 to HDMI adapter Board | ||
* 1 x 50PIN FFC cable (length 5 cm) | |||
[[File: IMG-9513-1.jpg|700px]] | |||
==User Manual== | |||
*English User Manual: [[File:RGB2HD04-RGB-to-HDMI-EN.pdf]] | |||
*Chinese User Manual: [[File:RGB2HD04-RGB转HDMI-CN.pdf]] | |||
==FAQ== | ==FAQ== | ||
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Q1: | Q1: What resolution is supported by this board? | ||
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A: This board supports resolutions that require a pixel clock greater than 25 MHz. Lower-resolution displays such as 480 × 272 are not supported, as their pixel clock does not meet the minimum requirement. | |||
Typical supported resolutions include (but are not limited to): | |||
* 800 × 480 | |||
* 1024 × 600 | |||
* 1280 × 720 (720p) | |||
* 1920 × 1080 (1080p) | |||
* Any other resolution whose total pixel timing results in a pixel clock > 25 MHz | |||
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</div> | |||
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Q2: What is the power supply voltage to input to AVDD on CN2? | |||
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A: | A: The AVDD pin voltage range is 6V-12V. The pin receives power when connected to the display (or the upstream industrial control board). | ||
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Latest revision as of 10:13, 27 May 2026
Overview
This product is RGB888 to HDMI adapter board, using 50pin RGB FFC input, can convert the RGB signal of 7/9/10 inch industrial control screen to standard HDMI output. It can be applied to industrial equipment maintenance, control panel modification, DIY display expansion related use scenarios.
Note:
- This board does not have a scaling function, and the output HDMI resolution is the same as the input RGB signal resolution, so for non-standard HDMI resolutions, the monitor connected to the back end may not support it!
- If it is 6-bit input, connect R[7:2], G[7:2], B[7:2]; and R/G/B 0,1 to ground
Features
- Precise signal conversion: Stable conversion of RGB888 digital signals to standard HDMI output.
- Dual Mode Input Connector:
- 50PIN FFC Input Connector: Supports RGB888 (24bit).
- 30P Pin connector(15x2 2.0mm connectors to be prepared and soldered by yourself): Supports RGB888 (24bit) and 6bit input.
- Audio Integration: Provides digital audio I2S inputs to support simultaneous transmission of audio signals to HDMI outputs; 24‑bit 48 kHz I2S audio input via CN5 I2S, converting digital RGB signals to HDMI with integrated audio support
- Dimensional clarity: Provides accurate mechanical mounting dimensions for easy integration into your equipment enclosure.
Packing List
- 1 x RGB888 to HDMI adapter Board
- 1 x 50PIN FFC cable (length 5 cm)
User Manual
- English User Manual: File:RGB2HD04-RGB-to-HDMI-EN.pdf
- Chinese User Manual: File:RGB2HD04-RGB转HDMI-CN.pdf
FAQ
Q1: What resolution is supported by this board?
A: This board supports resolutions that require a pixel clock greater than 25 MHz. Lower-resolution displays such as 480 × 272 are not supported, as their pixel clock does not meet the minimum requirement.
Typical supported resolutions include (but are not limited to):
- 800 × 480
- 1024 × 600
- 1280 × 720 (720p)
- 1920 × 1080 (1080p)
- Any other resolution whose total pixel timing results in a pixel clock > 25 MHz
Q2: What is the power supply voltage to input to AVDD on CN2?
A: The AVDD pin voltage range is 6V-12V. The pin receives power when connected to the display (or the upstream industrial control board).