H Series is NovaStar’s flagship all-in-one video splicing processor, designed specifically for fine-pitch LED applications. It is the first All-in-One splicer and controller in the industry, which greatly simplifies system integration. With the leading image processing technology in the industry, H series can give you an astonishing visual effect, truly making it the perfect solution for fine-pitch LED applications.
While utilizing module mainframe connectivity, the H series highly integrates splice processing and display control to achieve true All-in-One, which simplifies system interconnection structure for customers. It will also reduce equipment failure rates, and improve equipment operation and maintenance to a whole new level.
H series supports numerous layers with an unrestricted arrangement. Each output daughterboard provides 16 layers (Up to 16 layers maximum per port). The layers can freely cross different output loading areas while keeping layer size the same. Layers can be in any position, overlapped, or unlimited scaled. It supports functions such as image capture, layer configuration, layer flip, and more. This all helps you realize your creativity and create a captivating visual effect.
H Series achieves true 4K (4K x 2K@60Hz, RGB 4:4:4, 10bit) signal collection, processing, and output. It can be configured with DP1.2, HDMI2.0, or other high-definition 4K daughterboards to realize ultra-high-resolution display.
Input and output signal support full 60FPS smooth
processing without lag or frame loss, fully showcasing the details of the image.
Support for HDR, wide color gamut transmission, high contrast, and abundant colors, those all provide more details in both light and shadow.
NovaStar’s HQ high-quality scaling technology, which includes an adaptive content scaling engine.
Hot plugs for inputs and outputs and smart data recovery functions provide safety, stability, and convenient operation.
An industrial-grade redundant power module ensures stable operation for the course of your entire application.
Model | H2 | H5 | H9 | H15 | H20 |
Rack Unit | 2U | 5U | 9U | 15U | 20U |
Max. Loading Capacity (H_20xRJ45 sending card) | 26 million pixels | 39 million pixels | 65 million pixels | 130 million pixels (H15) 208 million pixels (H15 Enhanced) | 260 million pixels |
Max. Loading Capacity (H_4xfiber sending card) | 41.6 million pixels | 62.4 million pixels | 104 million pixels (H9) 208 million pixels (H9 Enhanced) | 208 million pixels (H15) 332.8 million pixels (H15 Enhanced) | 416 million pixels |
Max.Output | Max. width: 2560 pixels, Max. Height: 2560 pixels (Single video connector) Max. width: 10752 pixels, Max. Height: 10752 pixels (Single Ethernet port) Max. width: 16384 pixels, Max. Height: 16384 pixels (Single OPT port) | ||||
Max. Input Cards | 4 | 10 | 15 | 30 | 40 |
Max. Output Cards | 2 | 3 | 5 (H9) 10 (H9 Enhanced) | 10 (H15) 16 (H15 Enhanced) | 20 |
Irregular Mosaic | √ | √ | √ | √ | √ |
Max. Layers | 16 layers per card | 16 layers per card (H15) 10 layers per card (H15 Enhanced) | 16 layers per card | ||
Max. Presets | 2000 (Preset playlist playback supported) | ||||
Permission Management | √ | √ | √ | √ | √ |
10bit and HDR | √ | √ | √ | √ | √ |
Input and Output Monitoring (H_2xRJ45+1xHDMI1.3 preview card required) | √ | √ | √ | √ | √ |
Optional Power Supply | / | √ | √ | √ | √ |
Central Control | TCP/IP and RS232 | TCP/IP and RS232 | TCP/IP and RS232 | TCP/IP and RS232 | TCP/IP and RS232 |
Optional Input and Output Cards | |||
Optional Input Cards | Input Card | Connectors and Qty | |
H_4xDVI input card | 4x DVI | ||
H_4xHDMI input card | 2x HDMI 1.3+2x HDMI 1.4 | ||
H_2xHDMI2.0+2xDP1.2 input card | 2x HDMI 2.0+2x DP1.2 (This card can be installed into the slots from I-1 to I-8 of the H15 and H15 Enhanced only.) | ||
H_1xHDMI2.0+1xDP1.2 input card | 1x HDMI 2.0+1x DP1.2 | ||
H_1xHDMI2.0 input card | 1x HDMI 2.0 | ||
H_1xDP1.2 input card | 1x DP 1.2 | ||
H_2xHDMI2.0 input card | 2x HDMI 2.0 (This card can be installed into the slots from I-1 to I-8 of the H15 and H15 Enhanced only.) | ||
H_2xRJ45 IP input card | 2x RJ45 Ethernet ports | ||
H_4x3G SDI input card | 4x 3G SDI | ||
H_1x12G SDI input card | 1x 12G SDI IN, 1x 12G SDI LOOP | ||
H_2xCVBS+2xVGA input card | 2x CVBS+2x VGA | ||
H_2xDP1.1 input card | 2x DP1.1 | ||
H_4xVGA input card | 4x VGA | ||
H_2xAudio input+2xAudio output card | 2x Audio inputs+2x Audio outputs | ||
H_4xHDBaseT input card | 4x RJ45 Ethernet ports | ||
H_STD I/O card | 2x COM, 1x ETHERNET, 3x I/O, 3x RELAY OUT, 3x IR OUT | ||
Optional Output Cards | Output Card | Connectors and Qty | |
H_4xDVI output card | 4x DVI | ||
H_4xHDMI output card | 4x HDMI 1.4 | ||
H_1xHDMI2.0 output card | 2x HDMI 2.0 | ||
H_16xRJ45+2xfiber sending card | 16x RJ45 Ethernet ports+2x OPT ports | ||
H_4xfiber sending card | 4x OPT ports | ||
H_20xRJ45 sending card | 20x RJ45 Ethernet ports | ||
H_4x3G-SDI output card | 4x 3G-SDI | ||
H_4xHDBaseT output card | 4x RJ45 Ethernet ports | ||
H_2xRJ45+1xHDMI1.3 preview card | 2x RJ45 Ethernet ports+1x HDMI 1.3 |
© Xi'an NovaStar Tech Co., Ltd. All rights reserved.
These are cookies that are required for the operation of our website. This website uses cookies to allow you to navigate and use the key features on the site.
These cookies expire at the end of your browser session (usually when you exit the browser). These cookies allow us to recognise and link your actions during a browsing session to ensure that you will not be asked for the same information you have previously given during your visit to the website. Cookies allow you to proceed through the website quickly and easily without having to authenticate or reprocess each new area you visit. We may use the cookies to analyse user behaviour, such as which pages have been visited during the session, in order to improve your overall experience, for example enabling us to determine and display more relevant content.
These cookies allow us to recognise and count the number of visitors and to see how visitors move around our website when they are using it. This helps us to improve the way our website works, for example, by ensuring that users are finding what they are looking for easily.
These cookies are stored on your device in-between browsing sessions. These cookies enable us to collect information such as number of visitors to the site and pages visited in order to analyse user behaviour. This information is collected in an anonymous form and will be collated with similar information received from other users to enable us to compile reports in order to develop and improve user experience by displaying more tailored and relevant content, for example.
Some of the cookies described above are provided on our behalf by third party service providers to improved user experience.