Colorlight CS16K Media Server
Colorlight CS16K is a professional media server with powerful playback and control functions, high stability and strong scalability. Based on powerful hardware, it is optimized for media playback of two 8K videos and outputs eight 4K@60Hz videos.
Overviews
Colorlight CS16K media server has built-in professional playback and control software GrandShow, which can decode and play content in different formats, especially realizing screens of various styles. For example, screen splitting, splicing and reorganization of special-shaped screens, etc. In addition, other functions are supported, including multi-layer, multi-scene, and seamless switching between scenes, etc.
- 16K× 4K video decoding and output
- Intel high-speed processor delivers strong performance
- Vigorous code core with awesome performance
- 5RU rack-mounted chassis, high-performance cooling system
- Massive ECC memory, stable and fast
- Accurate frame sync among media servers
- Excellent compatibility with common media types
Details
More Features
Specifications
| Model | CS16K | |
| Chassis | 5U | |
| Operation interface port | 3x Mini DP (up to 4096×2304@60Hz) | |
| CPU | Intel 16 cores, 32 threads | |
| RAM | 128G | |
| SSD | 1TB M.2 high speed SSD | |
| Capture card(optional) | SDI or DVI port | |
| Graphics card | 2x 16G Quadro® professional Graphics | |
| Video output | 8x DP1.4 | |
| Maximum resolution of each port | 4096×2160@120Hz | |
| Maximum resolution | 16384×4320@60Hz | |
| Audio | 3.5mm audio input and multichannel output | |
| Network bandwidth | 1GbE & 10GbE | |
| Software | GrandShow | |
| Operating environment | Temperature | 0°C~55C/32°F~131°F |
| Humidity | 0%RH~85%RH, non-condensing | |
| Storage environment | Temperature | -40°C~70°C/-40°F~158°F |
| Humidity | 0%RH~95%RH, non-condensing | |
| Electrical specification | Power supply | 200-240V~8A, 50/60Hz |
| Power | 700W | |
| Physical specification | Dimensions(WxHxD) | 482.6mmx236.76mmx577.4mm |
CS16K Specification V1.0
Colorlight CS16K Media Server
