Compare compact receiving cards by connector and calibration load
Mooncell L4S Pro, L60D and L8S support LED cabinet configuration, pixel-level correction and backup functions. The L4S Pro and L8S use 120-pin board-to-board connections; L60D uses a DDR2-style connector and has different board dimensions and loading limits.
The shared listing’s connector description is therefore not applicable to every model. The table separates maximum, brightness-corrected and chroma-corrected loads using the three linked PDFs. Functions identified as customized, including dual-card backup and module self-calibration, remain qualified rather than assumed on every card.
Technical specifications
| Parameter | Specification |
|---|---|
| Models | Mooncell L4S Pro, L60D and L8S receiving cards |
| L4S Pro connector / size | Two 120-pin board-to-board connectors; 70 × 45 mm; 18.3 g |
| L60D connector / size | DDR2-style connector; 67.6 × 32.9 mm; 8.5 g |
| L8S connector / size | Two 120-pin board-to-board connectors; 70 × 45 mm; 18.3 g |
| Parallel RGB data | 32 groups, as listed in each model’s basic parameter table |
| L4S Pro loading | Maximum 256 × 512 pixels; brightness-corrected 256 × 512; chroma-corrected 256 × 352 |
| L60D loading | Maximum 768 × 256 pixels; brightness-corrected 512 × 256; chroma-corrected 480 × 160 |
| L8S loading | Maximum 256 × 512 pixels; brightness-corrected 256 × 512; chroma-corrected 256 × 352 |
| Scanning / cascade quantity | 1–64 scan; up to 1000 cascaded cards as listed in the PDFs |
| Calibration | Pixel-level brightness and chroma correction with Mooncell calibration software |
| AutoLED functions | Refresh/grayscale priority, rotation in multiples of 90°, scaling, receiving-card identification, custom data outputs and complex cabinet layouts |
| Readback / diagnostics | Configuration readback, network error-rate detection and receiving-card communication monitoring |
| Cable backup | Ethernet-cable hot/loop backup |
| Dual-card backup | Supported with customized dual-circuit backup implementation, as qualified in the feature descriptions |
| Dual-power backup | The PDFs describe two power supplies with status detection and automatic brightness reduction following a supply failure. |
| Module features | Intelligent modules, module Flash/self-calibration and LCD module functions are identified as customized. |
| Original listing recovery claim | The original page also lists smart recovery after card replacement and cable-sequence detection; confirm the required software/hardware configuration for these functions. |
| Electrical ratings | All three specification tables: DC 3.5–5.5 V; rated current 0.6 A; rated power 3 W |
| L8S voltage-document note | Some L8S pin-definition entries recommend VCC 3.3–5.5 V, while its electrical table specifies DC 3.5–5.5 V. Confirm the applicable minimum rather than substituting one range for the other. |
| Operating / storage environment | Operating: −20 to 70°C and 10–90% RH. Storage: −25 to 125°C, per the PDFs. |
Product images and specification download



Mooncell L4S Pro Full Color receive card Specification
Mooncell L60D Full Color receive card Specification
Mooncell L8S Full Color receive card Specification
Frequently asked questions
Do all three cards use the same connector?
No. L4S Pro and L8S use 120-pin board-to-board connections, while L60D uses a DDR2-style connector. Match the HUB board and full pinout before selecting a replacement.
How do their correction loads differ?
L4S Pro and L8S list 256 × 512 pixels with brightness correction and 256 × 352 with chroma correction. L60D lists 512 × 256 with brightness correction and 480 × 160 with chroma correction, despite a maximum uncorrected load of 768 × 256.
Is dual-card backup enabled on every standard card?
The detailed feature descriptions qualify dual-card backup as customized. Confirm the dual-circuit design and required configuration rather than relying on the general backup headline alone.
Will a replacement module restore its calibration automatically?
The documents describe module self-calibration using stored identification and calibration data, but mark this function as customized. It requires the matching module Flash/intelligent-module implementation.
What should be checked before replacing an L4S Pro, L60D or L8S?
Check the exact model, connector, pinout, HUB board, scan mode and correction load. Save the existing configuration and confirm customized backup/module functions. For L8S, also resolve the 3.3 V versus 3.5 V minimum-supply entries with the hardware revision.






Reviews
There are no reviews yet.