Skip to product information
1 of 3

Kensun

Mag LED-W2000-DH Video processor

Mag LED-W2000-DH Video processor

Regular price $1,700.00
Regular price Sale price $1,700.00
Sale Sold out
Shipping calculated at checkout.

Tech specs

Warranty

Dimensions

Care Instructions

Download Manual View full details

Mag LED-W2000-DH Video processor

Explore the cutting-edge LED-W2000 Series, a 4Kw2K video processor designed for professional environments. With capabilities to support up to 8K*1K/60Hz inputs and a robust load capacity, this processor delivers pixel-perfect displays for exhibitions, business conferences, and stage performances. Its advanced EDID management and customizable outputs up to 8192 pixels in width at a 120Hz refresh rate enhance any visual presentation. Ideal for theaters and TV stations, the LED-W2000 ensures optimal utilization and dynamic scaling to match the specific dimensions of your LED screen setup.

Features

1. Features 4K*2K mosaic output through 8 DVI channels, offering robust hosting and standby capabilities for seamless display integrations.

2. Supports diverse operational modes including Mosaic for pixel-perfect 4K*2K/60Hz display and a Backup mode for reliable input signal hot backup with seamless switching.

3. Equipped with advanced layer management, allowing up to four layers with functionalities like image freezing, layer zoom, and rotation.

4. Facilitates multi-machine cascade switching and is equipped with touchscreen controls for streamlined operation.

5. Provides extensive connectivity with multiple input ports including four DVI, three HDMI, four DP, one SDI, and two additional 4K*2K/60Hz inputs.

6. Offers comprehensive configuration options such as EDID management, customizable output resolutions, and input tiling function.

7. Includes HDCP support, the ability to save and load presets, a built-in test pattern, and software control for enhanced user control.

8. Features sophisticated image adjustment tools like image cropping, logo insertion, and brightness level adjustment for optimal image quality.