NovaStar A8s-N Receiving Card (updated version of A8s)

Azar Pixel proudly supplies the NovaStar A8s-N, a feature-rich, compacted size receiving card made to provide exceptional performance and dependability for cutting-edge LED display systems. This is an updated version of the most popular NovaStar receiving card, A8s, featuring the exclusive Image Booster technology of NovaStar.

It provides accurate color gamut and grayscale calibration, which can increase grayscale performance by up to 64 times when compared to conventional alternatives. These features in addition to its support from free image rotation, HDR10, pixel-to-pixel Chroma and brightness calibration, separate Red-Green-Blue Gamma Adjustment, Low latency and 3D output, guarantee consistent, fluid, and realistic images with remarkable color fidelity and detail, especially in low-light settings.

It is designed for high stability and reliable communication, for modules running PWM driver ICs supporting maximum resolutions of up to 512×384 pixels @60Hz (for 8-bit videos) and achievable 512×256@60Hz for 10bit and 12bit video sources, also for modules with common driver ICs: 384×384 pixels @60Hz (for 8-bit video inputs) and 384×256@60Hz (for 10bit and 12bit video sources) are available.

It supports up to 32 groups of RGB data in parallel or 64 groups of serial data (expandable to 128 groups), and it takes advantage of high-density connectors to reduce the impacts of dust and vibration.

This card is appropriate for a variety of commercial and industrial applications because it complies with RoHS and EMC Class B regulations. With sophisticated maintainability features including smart module support (for more information, please refer to the datasheet), automatic module calibration, real-time monitoring, and extensive backup choices, it is built to function dependably in demanding environments. Because of these advancements, the A8s-N is perfect for demanding installations that need dependability and excellent image quality, such as chain shop signs, outdoor advertising, and public information displays.