01

Kommander Rendering Core

The FP8/FP12/FP16 Server adopts exclusive Kystar algorithms to build its rendering core. It ensures smooth playback while

processing high-bitrate and high-resolution videos, eliminating stuttering issues for ultra-high-resolution video content.

02

8K Hardware Decoding

The FP8/FP12/FP16 Server supports hardware decoding, effortlessly decoding 8K and higher-resolution video files,

delivering high-definition image quality for the video system at the source.

03

Single Unit 16K Output

A single FP8/FP12/FP16 Server supports up to 16 channels of synchronized 4K@60Hz output,

enabling point-to-point high-definition display for 16K large screens with ease.

04

Multi-Unit Cascading Expansion

FP8/FP12/FP16 Servers support cascading multiple units to control ultra-large resolution displays.

All cascaded devices operate in linkage, allowing users to manage the entire device cluster via a single client.

05

KFS Frame Synchronization Technology

The FP8/FP12/FP16 Server supports KFS (Kystar Frame Synchronization) technology. It ensures all servers run at identical

operating frequencies with fully synchronized output images, preventing tearing at screen splicing seams.

06

Visual Simulation Design

The FP8/FP12/FP16 Server enables visual simulation based on the actual size and installation position of displays.

Combined with output splitting and recombination functions, it greatly simplifies playback solution design.

07

Output Splitting & Recombination

The FP8/FP12/FP16 Server supports arbitrary splitting and recombination of output ports. This removes the rectangular

output limitation for each port, enabling flexible driving of irregularly shaped screens and

simplifying connections for complex display installations.

08

Preset Scene Management

Users can save configured playback schemes as presets. When switching screen content, presets can be invoked

seamlessly with one click, delivering exceptional convenience for multi-screen scene management.

09

Multiple Control Methods

Users can operate locally via keyboard, mouse or external touchscreens; integrate the FP4 Server into central control systems;

or remotely and wirelessly control it through the Kystar Cloud Control App on mobile phones or tablets.

10

Wide Media Format Support

The FP8/FP12/FP16 Server supports images, videos and audio in various formats without pre-transcoding.

Model FP8/FP12/FP16 additionally enables direct playback of Word, PowerPoint and Excel files, preserving animation effects in PPT presentations.

11

Network Capture & Video Signal Input

Boasting powerful network playback capability, the FP8/FP12/FP16 Server directly loads web windows and supports NDI network capture to

receive content from multiple LAN devices.Optionally equipped with a video input module, it processes external live video signals in real time.

Built-in hardware decoding easily handles 8K and higher-resolution video files, guaranteeing high-definition image quality for the whole video system.

12

Effect Processing

The FP8/FP12/FP16 Server provides comprehensive effect processing for media materials. It supports fundamental layer operations including

layer overlay, transparency adjustment, image rotation and subtitle addition. It also features more

than 20 types of VJ effects to realize creative visual presentations.

13

Modular Isolated Design

The FP8/FP12/FP16 Server features a modular isolated architecture, consisting of USB, audio, video output and video input modules.

Each module operates independently with optoelectronic isolation protection, effectively preventing port damage caused by overvoltage, overcurrent or hot swapping.

14

Hardware EDID Lock

An embedded EDID locking system is integrated into the FP8/FP12/FP16 Server. After completing display system configuration,

users can lock EDID information to avoid system malfunctions triggered by EDID reset caused by

accidental cable disconnection or downstream device failures.

15

System Operation Monitoring

The FP8/FP12/FP16 Server monitors system operating status. Users can check system conditions via

indicator information on the device panel to prevent potential failures.

16

Typical Application Scenarios

17

Multi-Unit Seamless Backup System

Multiple FP8/FP12/FP16 Servers and Hero 1000 can form a backup system. All servers maintain synchronized playback

continuously. If the primary server fails, the backup server takes over with seamless switching.