ColorLight S2 LED Panel Sending Box

Name: ColorLight S2 LED Panel Sending Box
Brand: Colorlight
SKU: ColorLight S2
Price: 178.0 USD
Availability: InStock

Стоимость доставки рассчитывается при оформлении заказа.

Значение в графе "Количество" не может быть меньше 1

ColorLight S2 LED Panel Sending Box Features：

·DVI signal input port

·Audio input port with synchronous transmission via Ethernet cable

·Maximum input resolution: 1920*1200 pixels

·Loading capacity: 1.31 million pixels

·Maximum Width: 2560 pixels, Maximum Height: 2560 pixels

·2 Gigabit Ethernet port outputs support screen arbitrary splicing

·Dual USB ports for high speed configuration and easy cascading

·Improved grayscale performance at low brightness

·Wide working voltage with AC 100 ~ 240V

·Compatible with all series of Colorlight receiving cards

ColorLight S2 LED Panel Sending Box Parameters：

Video Source Interface
Interface Type	DVI
Input Resolution	1920*1200 pixels
Frame Rate	Standard 60Hz, and auto adjustment

Gigabit Ethernet Outputs
Quantity	2 ports
Net Port Control Area	Each net port is 1280512 pixels (or equivalent area). 2 net ports are 12801024 pixels (or equivalent area) Single card max width up to 2560 pixels, and 2560 pixels in height
Transmission Distance	CAT5≤140M；CAT6≤170M；Optical fiber: No limitation
Net Port Cascading	Up-down or left-right cascading defined by user
Transmission Mode	Frame mode (Gigabit Ethernet) with CRC

Connection equipment
Receiving Card	Compatible with all series of Colorlight receiving card
Peripherals	Multifunction card, optical fiber transceivers, gigabit switcher

External interfaces
Configuration Port	USB
Real-time Configuration	Support
Brightness and Chromaticity Adjustment	Support
Smart Detection System	DVI interface detection
Real-time Clock	Includes real-time clock

More functions
Multi-Screen Control	Multiple screens with different sizes can be controlled simultaneously
Background Playing	Support background playing (Extended mode)
Audio Transmission	Support
BER Detection	Ethernet cable quality and malfunction detection