Colorlight i5A-907 Receiving Card
Colorlight i5A-907 Receiving Card Description
·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.
·Supports the effective display at first grayscale value.
·Supports 14 bits high-precision point-by-point calibration in the Brightness and chromaticity.
·Supports conventional chips, PWM chips and lighting chips, etc.
·Supports up to 1/64 scan
·Supports any pumping point and data arbitrary offset, and realize various freeform display, spherical display, diamond display, creative display, etc.
·Supports 16 groups RGBR’ signal output and 24 groups RGB in maximum.
·Large loading capacity.
·Advanced design, high quality components, rigorous aging test, zero malfunction of final products.
·Wide working voltage range with DC 3.3~5.5V.
·Supports dual receiving card backup, loop backup, and dual-machine backup, etc.
·Compatible with S series Sender, Z series Sender and C series Sender, etc.
|Control system parameters|
|Sending device||Compatible with S series Sender, Z series Sender and C series Sender, etc|
|Control area of every card||Full-color: 256×256 pixels, and for special applications the column can be extended to 1024 pixels.|
|Correction area of every card||256×256 pixels|
|Cascade control area of the largest regional||65536×65536 pixels|
|Cascade card number||65536 PCS|
|Network port exchange||Supported, arbitrary use|
|Synchronization||Nanosecond synchronization between the card and the card|
|Refresh rate for conventional chip||Static: 64×64, up to 16000Hz 1/8 scan: 128×128, up to 10000Hz|
|Gray Level||Maximum 65536 levels|
|Minimum unit of OE values||8ns, 8ns multiples steps|
|Blanking Circuit||Supports CD4051 blanking circuit|
|Gray scale compensation||Each level grayscale compensate separately|
|Display module compatibility|
|Chip supports||Supports conventional chips, PWM chips, lighting chips and other mainstream chips|
|PWM chip supports||Supports hundreds of different specifications of the PWM chip, such as MBI, MY, SUM, etc|
|Scan mode||Conventional mode and high refresh rate mode to support refresh rate multiplied|
|Scan type||Supports up to 1/64 scan|
|Module Specifications Support||Supports 8192 pixels within any row, any column|
|The direction of the cable||Supports route from left to right, from right to left, from top to bottom, from bottom to top|
|Data Sets||16 groups RGBR’ parallel data; 24 groups RGB parallel data|
|Data folded||Supports to fold on the same or opposite direction, which improve refresh rate significantly|
|Module snapshot||Supports any pumping point|
|Data serial transmission||RGB, R8G8B8, R16G16B16, etc in the form of serial|
|Compatible device and interface type|
|Communication distance||UTP cable≤140m CAT6 cable≤170m Optic fiber: Single Mode Fiber converter≤20km Multi-Mode Fiber converter ≤550m (Use RP Repeater to extend unlimited)|
|Compatible with transmission equipment||Gigabit switch, fiber converter, optical switches|
|DC power interface||Wire terminal or HUB board|
|HUB Interface Type||Refer to signal interface definition below|
|Input voltage||DC 3.3V-5.5V|
|Storage and transport temperature||-50℃~125℃|
|Body static resistance||2KV|
|Monitoring function (in conjunction with mutil-function card)|
|Monitoring functions||Real time monitoring environment information like temperature, humidity, smoke|
|Remote Control||Supports for relay switch to turn on/off the power supply of equipments remotely|
|Pixel level calibration|
|Hot backup||Supports loop backup and dual-machine backup Consult our technicians for more details|
|Shaped screen||Supports various freeform display, spherical display, creative display, etc. through the data arbitrary offset|