Choosing between the A712 and A716
Mooncell A712 and A716 are LED receiving cards for HUB75E cabinet modules. The A712 provides 24 parallel RGB data groups through 12 interfaces; the A716 provides 32 groups through 16 interfaces. Both support AutoLED layout configuration and pixel-level brightness and chromaticity correction.
The table follows the two Chinese-language specification downloads on this page and separates driver types. A716 loading figures differ from the English-language specification on the individual A716 listing, so identify the document and hardware revision required for your installation.
Technical specifications
| Parameter | Specification |
|---|---|
| Models | Mooncell A712 and A716 LED receiving cards |
| A712 output | 12 HUB75E interfaces; 24 parallel RGB groups |
| A716 output | 16 HUB75E interfaces; 32 parallel RGB groups |
| A712 conventional-driver loading | Maximum 512 × 320; brightness correction 512 × 256; chromaticity correction 256 × 320 pixels |
| A712 PWM-driver loading | Maximum 512 × 384; brightness correction 512 × 256; chromaticity correction 256 × 320 pixels |
| A716 conventional-driver loading | Maximum 768 × 256; brightness correction 512 × 256; chromaticity correction 256 × 320 pixels |
| A716 PWM-driver loading | Maximum 768 × 256; brightness correction 768 × 256; chromaticity correction 256 × 320 pixels |
| Loading reference | Figures above come from the Chinese-language PDFs linked below. Other A716 documentation lists different limits; confirm the specification applicable to the supplied card. |
| Scan support | 1–64 scan for both models |
| A716 cascade quantity | ≤1,000 cards per the linked A716 table |
| Configuration | AutoLED cabinet and screen mapping, custom output data and receiving-card identification |
| Image controls | Rotation in multiples of 90°; scaling; refresh-priority and grayscale-priority settings |
| Calibration | Pixel-level brightness and chromaticity correction with calibration software |
| Diagnostics | Configuration readback, network cable error-rate detection and communication monitoring |
| Backup | Network cable loop backup |
| Customized functions | Voltage, temperature and power-status monitoring |
| Input voltage | DC 3.5–5.5 V |
| Rated current / power | 0.6 A / 3 W |
| Operating conditions | −20 to 70°C; 10–90% RH |
| Storage temperature | −25 to 125°C |
| Board dimensions | 144.02 × 91.19 mm for both models |
| Net weight | A712: 100.8 g; A716: 106.7 g |
Product images and specification download


Mooncell A712 receiving card Specification
Mooncell A716 receiving card Specification
Frequently asked questions
What is the difference between the A712 and A716?
The A712 has 12 HUB75E interfaces and 24 RGB data groups. The A716 has 16 HUB75E interfaces and 32 RGB groups. Their loading limits also differ, so choose by module layout, driver type and calibration requirements rather than connector count alone.
Does the A712 always support 512 × 384 pixels?
The linked A712 PDF lists 512 × 384 for PWM drivers and 512 × 320 for conventional drivers. Brightness correction is listed at 512 × 256, while chromaticity correction is 256 × 320 for both driver types.
Which loading specification applies to the A716?
The Chinese-language A716 PDF on this page lists a maximum of 768 × 256 pixels. A separate English A716 specification used on the individual product listing lists 256 × 512. These documents do not establish that the limits are interchangeable; confirm the applicable hardware, driver and specification before sizing the cabinet.
Can these cards handle an irregular cabinet layout?
AutoLED supports custom output data, advanced module arrangement and complex screen connections. It also provides 90°-increment rotation and scaling. The arrangement still needs to fit the selected card’s output and loading limits.
Do both models include voltage and temperature monitoring?
The linked specifications identify voltage, temperature and power-status detection as customized functions. Network cable loop backup and communication diagnostics are described separately; confirm any monitoring options required for the supplied card.





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