Mooncell A712 LED Receiving Card — Reliable Pixel Control for LED Display Systems

12× HUB75E Interfaces · 24-Group RGB Parallel Data · 512×384 Pixel Loading · FPGA Architecture

As a factory-direct LED screen manufacturer with 13+ years of export experience, LEGIDATECH integrates the Mooncell A712 FPGA receiving card into every LED display system we ship. Rather than selling standalone components at retail, we supply the A712 as part of complete indoor LED display projects — pre-configured, quality-tested, and covered under a single system warranty. Developed by Mooncell, the A7 series delivers professional-grade pixel control at a cost point that makes sense for commercial LED installations.

12× HUB75E24 RGB Groups512×384 PixelsFPGA EnginePixel Calibration
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Mooncell A712 FPGA LED receiving card with 12 HUB75E input interfaces and 24-group RGB parallel data output for professional LED display control systems — supplied by LEGIDATECH LED screen manufacturer
12
HUB75E Interfaces
24
RGB Parallel Data Groups
512×384
Max Pixel Loading
FPGA
Hardware Processing Engine
Mooncell A712 LED receiving card technical specification diagram showing dimensions 144.02×91.19mm HUB75E pin layout and connection topology for LED display modules

What Is the Mooncell A712 Receiving Card?

The Mooncell A712 is an FPGA-based LED receiving card that bridges the gap between your sending controller and your LED modules. It receives video data packets via Gigabit Ethernet from the sending card (such as an MVB series processor), decodes them through its onboard FPGA engine, and drives connected LED modules through 12 standard HUB75E interfaces with 24 independent RGB parallel data groups.

Each A712 card handles up to 512×384 pixels — that’s 196,608 individual LEDs refreshed in real time with pixel-level brightness and chromaticity calibration. For a typical indoor P2.5 LED display, one A712 controls approximately 1.28m² of screen area. The card’s compact footprint (144×91mm, ~100g) fits standard LED cabinet designs without modification.

When LEGIDATECH supplies your LED display system, we calculate your exact receiving card count, map the card-to-module topology, pre-configure everything via AutoLED software, and burn-in test the complete system before it leaves our Shenzhen facility.

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Key Features of the Mooncell A712

🧠 FPGA Hardware Processing

Dedicated FPGA chip handles video decoding, gamma correction, and pixel calibration in hardware — no software latency, no CPU dependency. Supports 18-bit grayscale processing for smooth gradients on fine-pitch LED displays.

🔌 12× HUB75E Standard Interface

Universal HUB75E pinout compatible with virtually all LED modules on the market. 24 independent RGB parallel data groups provide flexible module topology and simplified cabling in custom LED display configurations.

🎯 Pixel-Level Calibration

Supports pixel-by-pixel brightness and chromaticity calibration stored on the receiving card. Delivers uniform color and brightness across the entire LED display — critical for rental LED screen applications where multiple cabinets must appear seamless.

🔄 Loop-Backup Reliability

Dual Gigabit Ethernet ports with loop-backup functionality. If the primary data path fails, the secondary path takes over within milliseconds — essential for LED screen for stage and live event installations where signal interruption is unacceptable.

Mooncell A712 Technical Specifications

Electrical & Physical

Parameter Specification
Control Chip FPGA (Field-Programmable Gate Array)
Input Interfaces 12× Standard HUB75E
RGB Data Groups 24 independent parallel groups
Maximum Resolution 512×384 pixels (196,608 total per card)
Grayscale Processing 18-bit, pixel-by-pixel
Data Input Gigabit Ethernet (dual RJ45, loop-backup)
Calibration Brightness + chromaticity, stored on-card
Dimensions 144.02mm × 91.19mm
Net Weight Approximately 100.8g
Software AutoLED (v3.60.19+), free from Mooncell

Compatible Sending Hardware

Sending Device Type Best For
MVB6S / MVB8S / MVB10E / MVB12E 2-in-1 Processor + Sender Medium-to-large LED displays (6–12 GigE ports)
MTB400S / MTB800 Master Controller Large-scale LED systems, multi-processor cascade
B2000S Advanced Controller Complex shapes, dome displays, creative LED

Specifications sourced from Mooncell official documentation. LEGIDATECH supplies the A712 as part of complete LED display systems — not standalone retail.

Why Source LED Receiving Cards Through LEGIDATECH?

There’s a difference between buying components from a retail store and receiving a pre-configured control system from an LED display factory.

⚙️

Pre-Configured & Tested

Every A712 card we ship is mapped to your specific LED module layout and burn-in tested with your sending hardware before leaving our facility. No guesswork, no configuration errors on site.

🛡️

System-Level Warranty

2–5 year warranty covering the complete control system — sending hardware, receiving cards, and cabling — with a single point of contact for support. Learn about LEGIDATECH.

📦

Complete Project Supply

LED cabinets, receiving cards, sending processor, power supplies, steel structure, cables. One invoice, one shipment, one warranty. This is how professional outdoor LED advertising display projects get built efficiently.

A712 Receiving Card — Visual Overview

A712 rear PCB view

Rear PCB and Connectors

A712 HUB75E interface detail

HUB75E Interface Detail

A712 cabinet installation

Cabinet Installation

A7 series comparison

A7 Series Comparison

A712 spec diagram

Specifications Diagram

Frequently Asked Questions

How many A712 cards do I need for my LED display?

Each A712 supports up to 512×384 pixels. Divide your total screen resolution by 196,608 to estimate the card count. For a 1920×1080 display (~2M pixels), you need approximately 11 A712 cards. LEGIDATECH’s engineering team calculates the exact count and cabling topology during system design — it’s included in every project quotation.

Are A712 cards compatible with non-Mooncell sending hardware?

The A712 uses standard Gigabit Ethernet protocol but is optimized for Mooncell’s sending devices. For full feature support — AutoLED configuration, data inspection, remote monitoring, and pixel calibration — we strongly recommend pairing with Mooncell senders (MVB series, MTB series). LEGIDATECH supplies the complete matched control system.

What happens if a receiving card fails on site?

The A712 supports loop-backup: if one card fails, the adjacent cards continue driving their assigned modules and the failed card’s segment goes dark rather than corrupting the entire display. For replacement, the A712’s SD-backed calibration data means a new card auto-restores its settings. LEGIDATECH provides advance replacement units for mission-critical installations.

Does LEGIDATECH sell A712 cards separately?

LEGIDATECH is a factory-direct LED display manufacturer, not a parts retailer. We supply the A712 as part of complete LED display projects — integrated with cabinets, sending hardware, power supplies, and structure. This ensures compatibility and single-source warranty. For standalone card purchases, we can recommend authorized Mooncell distributors.

Build Your LED Display with Confidence

Factory-direct systems · Pre-configured A712 control · Complete project warranty · 13+ years global experience · 24-hour support

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Explore the Mooncell LED Control System Hub → Complete guide to the Mooncell LED control system — how processors, controllers and receiving cards work together, full product comparison, selection logic and applications.

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