Novastar A10s Plus-N is an LED receiving card supporting up to 512×512 pixels at 60 Hz with 8-bit sources and PWM driver ICs. At 10-bit or 12-bit, its limit is 512×384 at 60 Hz. It suits cabinets needing HDR, calibration and backup functions, provided the controller, hub board and module configuration are compatible. For outdoor rental LED projects, check cabinet protection separately. The sections below explain features, specifications, A10s Pro differences and buying checks.
1. What is Novastar A10s Plus-N?
The Novastar A10s Plus-N Receiving Card is a compact NovaStar component installed inside an LED cabinet. It receives display data from the controller and passes it to the LED modules through a compatible hub board. A similar model name does not establish replacement compatibility.
Image Booster combines color management, precise grayscale correction and 22bit+ processing. Results depend on the driver IC and configuration. High-density connectors help limit dust and vibration effects, but they do not establish an outdoor waterproof rating. See NovaStar’s A10s Plus-N specifications V1.1.5, pages 1–3.
Before replacing a card, ask the cabinet manufacturer to verify the hub pinout, mounting points, module driver IC, scan settings and firmware. Save the working configuration first.

2. Key Features of Novastar A10s Plus-N Receiving Card
The Novastar A10s Plus-N features below require a compatible display system. Confirm the functions you need on a sample cabinet before ordering.
2.1 Image Quality Enhancements
- HDR: Supports HDR10 and HLG. Check the source and controller’s HDR support before commissioning.
- Pixel-level calibration: Works with NovaStar’s calibration system to reduce brightness and color differences between pixels.
- Precise grayscale: Corrects 65,536 driver-IC grayscale levels to improve low-brightness uniformity; this is not a guarantee that every panel defect disappears.

- 22bit+: NovaStar describes a 64-fold grayscale improvement for supported driver ICs, aimed at retaining dark-scene detail. The illustration shows the intended effect, not a measured result for your screen.

2.2 Operational Flexibility
- Low latency: Down to one frame at the receiving-card end with PWM driver ICs. End-to-end delay also includes the source and controller.
- 3D: Requires a controller supporting 3D output.
- Rotation: Supports 90° steps; arbitrary-angle rotation requires MCTRL R5 and SmartLCT.
Source: NovaStar feature requirements, page 3.
2.3 Maintainability and Reliability
- Dual-card backup: Uses two receiving cards on one compatible hub board.
- Loop backup: Requires primary and backup connections to the controller.
- Monitoring: Reports receiving-card temperature and voltage without external sensors.
- Readback: Firmware and configuration parameters can be saved locally.
Test backup switching before an event, label the signal paths and keep a known-good configuration with the project records.
3. A10s Plus-N LED Receiving Card Technical Specifications
These Novastar A10s Plus-N specifications follow NovaStar V1.1.5, dated May 20, 2025. They describe the receiving card, not the power or protection rating of a complete cabinet.
3.1 Loading Capacity
Maximum per card, with PWM driver ICs:
- 8-bit source: 512×512 pixels at 60 Hz.
- 10-bit or 12-bit source: 512×384 pixels at 60 Hz.
Check the cabinet’s actual pixel width and height, bit depth and refresh requirements; total pixel count alone is not a compatibility test.
3.2 Electrical Parameters
- Input voltage: DC 3.8–5.5 V.
- Rated current: 0.6 A.
- Rated power: 3.0 W; consumption varies with settings and use.
- Anti-static protection: 2 kV; use ESD precautions when handling.
3.3 Environmental Tolerance
- Operating temperature: −20°C to +70°C.
- Operating humidity: 10–90% RH, non-condensing.
- Storage temperature: −40°C to +85°C.
- Storage humidity: 0–95% RH, non-condensing.
3.4 Physical Dimensions
- Dimensions: 70 × 45 × 8.3 mm.
- Net weight: 22.3 g per card.
- Drawing: four Ø3.2 mm mounting holes, spaced 60.5 × 37.5 mm.
For fabrication, obtain NovaStar’s precision drawing. The datasheet specifies a maximum assembled thickness of 9.0 mm and recommends 5.0 mm copper pillars.

3.5 Certifications
- RoHS.
- EMC Class B.
NovaStar lists these certifications; confirm documentation for the supplied hardware and destination market.
The specification image below is also summarized in text above. Its packing information specifies individual blister packs and 80 cards per box; confirm shipment quantities with the supplier.

4. A10s Plus-N vs A10s Pro Receiving Card
The A10s Plus-N and A10s Pro share several functions, but they are not equivalent. Compare the published specifications at your intended source bit depth:
| Feature | A10s Plus-N | A10s Pro |
|---|---|---|
| 8-bit, 60 Hz, PWM ICs | 512×512 | 512×512 |
| 10-bit, 60 Hz, PWM ICs | 512×384 | 512×512 |
| 12-bit, 60 Hz, PWM ICs | 512×384 | 512×256 |
| HDR10 / HLG | Supported | Supported |
| Dual-card backup | Supported | Supported |
| Dynamic Booster / Full-Grayscale Calibration | Not listed in V1.1.5 | Listed in V1.3.0 |
| Price | Request a current quote | Request a current quote |
Sources: A10s Plus-N V1.1.5 and A10s Pro V1.3.0. The Pro adds functions including Adaptive Thermal Compensation, Dynamic Booster and Full-Grayscale Calibration. Confirm firmware and controller support; neither the name nor a shared resolution proves interchangeability.

5. Novastar A10s Plus-N Receiving Card Price
There is no verified universal Novastar A10s Plus-N price in the manufacturer specifications cited here. Request a dated quotation for the exact model, quantity and destination. A claim that it always costs less than the A10s Pro would need comparable current quotations.
Ask the supplier to separate card cost, hub-board requirements, configuration support, shipping, tax and warranty terms. Confirm lead time and spare-card availability. Use NovaStar to verify product documentation and contact EagerLED with your cabinet details for a project quotation.

6. Typical Applications of A10s Plus-N
The A10s Plus-N can be considered for these applications after cabinet-level validation:
- Fixed outdoor LED billboards: Check weather protection, ventilation and service access in the complete cabinet.
- Rental stage LED screens: Test backup paths and latency during rehearsal.
- Indoor/outdoor commercial displays: Match brightness, viewing distance and cabinet design. Compare indoor COB displays and outdoor LED video walls.
- Conference and event displays: Check low-brightness uniformity and camera performance using the intended content.
These are selection considerations, not confirmation that every linked display ships with this receiving card. Verify the installed card on the quotation.

7. FAQs
8. Conclusion
The Novastar A10s Plus-N is worth considering when its loading limits, hub-board fit and supported image functions match the project. Choose between it and the A10s Pro using the required features and source bit depth, then compare like-for-like quotations.
Before ordering, confirm the exact card model, controller, driver IC, scan configuration and firmware. Back up the working settings and validate a sample cabinet with your content, calibration and failover tests.
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