Armor Series Receiving Card

Improving image quality through the optimization of every pixel

22bit+

Even the finest details are visible in the darkness allowing you to see every individual feather

Next-generation 22bit+ technology allows for 64 times dynamic contrast improvement, with 0.001nits precision control of brightness, providing a fine and vivid display image even in low brightness conditions.

Precise greyscale

Ultimate precision. Ultimate detail Regardless of how close you zoom in

Precise Grayscale for driver IC using professional optical instruments allows for a more accurate, and natural image, improving color casting in low brightness conditions

Color management

Astonishing representation of natural color immersing you in the image

Intelligent color management allows for a perfect match between the display’s color gamut and that of the source video. This eliminates color deviation, especially the common issue with reddish skin color. This adherence to the original intended color allows the natural beauty of the original source video to shine.

Color management test report

RGB independent gramma adjustment

Supports individual adjustment of red Gamma, green Gamma and blue Gamma, which can effectively control image non-uniformity under low grayscale and white balance offset, allowing for a more realistic image

HDR10-Optima & HLG

Display the world as it was meant to be seen

Working with the independent controller which supports the HDR function, the receiving card can reproduce the original brightness range and color space of the video source, allowing for a more lifelike image.

Free Rotation

Working with the independent controller which supports the HDR function, the receiving card can reproduce the original brightness range and color space of the video source, allowing for a more lifelike image.

Automatic module calibration

After a new module with flash memory is installed to replace the old one, the calibration coefficients stored in the flash memory can be automatically uploaded to the receiving card when it is powered on.

Dual backup of calibration coefficients

The calibration coefficients are stored in the application area and factory area of the receiving card at the same time. Users usually use the calibration coefficients in the application area. If necessary, users can restore the calibration coefficients in the factory area to the application area.

Configuration file settings can be restored with one key press

The RCFG configuration file can be restored to factory settings with the press of a single key, restoring the cabinet to its original configuration. With this feature, clients no longer need to make a phone call to request configuration files.

One-key firmware copy

Armor cards have the capability to automatically learn the firmware. This allows an Armor card to copy the firmware from any operational receiving card, an extremely convenient feature

Dual-card backup

With its small form factor, Armor makes dual-card backup easy. The same space that would be occupied by a single card can be utilized by two Armor receiving cards to achieve dual-card backup. Even if one of the cards fails, the display will remain normal.

Smart Module

Monitor screen status without a monitoring card.

A microprocessor (MCU) is added on each module to receive information including module temperature and voltage, pixel error detection, and calibration coefficient

AT20

  • 256×256 Resolution
  • 24 sets parallel RGB data out

AT30

  • 512×256 Resolution
  • 32 sets parallel RGB data out
A4sA5A5sA7A7sA8A8sA9sA10s Plus
Resolution256×256320×256320×256512×256512×256512×256512×256512×512512×512
RGB Parallel Data Group243232323232323232
MOM Interface
Pixel level color and
brightness calibration
Receiving Card Backup×
RCFG Backup and Read
Auto Calibration×
Cabinet Mapping
18bit+××××××
ClearView××××××
Free Rotation××××××
Low Latency××××××

subscribe

We want to hear from you.