Colorlight i5A-905 Receiving Card

Description

The Colorlight i5A-905 Receiving Card is specially designed for compact and portable LED displays, such as LED color screen or casting aluminum cabinet. It boasts a new generation image processing core to greatly improve the display effect, as well as a new generation of system architecture to provide more intelligent functions and a more stable system. Boasting Colorlight’s unique dual receiving card backup technique, it can support one cabinet with two receiving cards in mutual backup mode, providing unparalleled reliability in key moments. With its perfectly sized and designed interfaces, the i5A-905 is the perfect choice for LED color screens and casting aluminum displays.

Tiny size, special designed for the compact structure designs, like color screen and casting aluminum cabinet.
• Power supply from pin board without the need of external power supply, enhance hardware stability.
• New processing core, perfect in display effect.
• High refresh rate, high gray scale and high brightness with conventional chips.
• Perfect performance under lower grayscale status.
• Better detail processing: Partial dark at row, reddish at low gray, shadow problems can be solved.
• Support the effective display at first grayscale value.
Support 14 bits high-precision point-by-point calibration in the Brightness and chromaticity.
• Support conventional chips, PWM chips and lighting chips, etc.
• Support any scan mode from static to 1/32 scan.
• Support any pumping point and data arbitrary offset, and realize various free form display, spherical display, diamond display, creative display, etc.
• Support 16 groups of RGBR’ signal output and 24 groups of RGB in maximum.
• Large load capacity.
• Advanced design, high quality components, rigorous aging test, zero malfunction of final products.
• Wide working voltage range with DC3.3 -6V
• Support dual receiving card backup, loop backup, and dual-machine backup, etc.
• Compatible with Gigabit NIC, S series Sender, Z series Sender and C series Sender, etc.