The CVT10 Pro adopts a dustproof and waterproof design. It can be mounted horizontally in a rack, or mounted onto a scaffold in a suspended way with truss clamps, which is easy, secure and reliable.
The Novastar CVT10-S fiber converter offers a cost-effective way to convert optical signals to electrical signals, or electrical signals to optical signals, for connecting the sending card to the LED display. Delivering a full-duplex, efficient and stable data transmission that is not easily interfered with, this converter is ideal for long-distance transmission.
The Novastar CVT10-S fiber converter offers a cost-effective way to convert optical signals to electrical signals, or electrical signals to optical signals, for connecting the sending card to the LED display. Delivering a full-duplex, efficient and stable data transmission that is not easily interfered with, this converter is ideal for long-distance transmission.
The Novastar CVT10-S hardware design focuses on the practicality and convenience of the on-site installation. It can be mounted horizontally, in a suspended way, or rack mounted, which is easy, secure and reliable. For rack mounting,two Novastar CVT10 devices, or one Novastar CVT10 device and a connecting piece can be combined into one assembly that is 1U in width.
1 cable interface, 1 fiber interface;
100~240V AC 50/60HZ power supply;
Use multi-mode dual-core optical fiber with LC interface;
The transmission distance is 300M;
No driver required, immediately use after connection;
1 cable interface, 1 fiber interface;
100~240V AC 50/60HZ power supply;
Use single-mode dual-core optical fiber with LC interface;
The transmission distance is 15KM;
No driver required, immediately use after connection;
The CVT4K-M is a high performance fiber converter developed by NovaStar. Featuring photoelectric conversion of signals, the CVT4K-M realizes signal transmission via optical fiber and twisted pair. It allows long-distance signal transmission that is stable and not be easily interfered. Being easy to use, the CVT4K-M makes it convenient to connect terminal devices as well as simpler for onsite wiring connections.
Novastar CVT4K-S Optical Fiber Controller Box is a fiber converter, which enables the signal conversion between optical fiber and twisted pair cables. It allows long-distance signal transmission that is stable and not be easily interfered. Being easy to use, CVT4K-S makes it convenient to connect terminal devices as well as simpler for onsite connections.
The CVT8-5GM is used for long-distance data transmission.
Novastar CX40 Pro is a 4K control server of Nova Nebula Technology Co., Ltd. (hereinafter referred to as “Nova Nebula”)’s new control system COEX series. It has rich video input interfaces (HDMI 2.0, DP 1.2, 12G-SDI), and Supports 5Gbps network port output and 40Gbps optical port long-distance output.
CX80 Pro is a flagship 8K control server of Nova Nebula Technology Co., Ltd.’s new control system COEX series. It has rich video input interfaces (HDMI 2.1, HDMI 2.0, DP 1.4, 12G-SDI) and supports 5Gbps network port The output is far from the 40Gbps optical portdistance output. Together with the new visual management platform VMP, it provides users with a better control experience.
Novastar DH3208 cost-effective LED receiving card is a general-purpose receiving card of NovaLCT, a single card can carry up to 512×512 pixels (NovaLCT must be v.5.3.1 and above), support color management, 18Bit+, point- point-by-point brightness and chromaticity correction , RGB independent Gamma adjustment, 3D, etc. to improve the display effect and user experience. DH3208 uses 8 standard HUB320 interfaces for communication and supports up to 32 groups of RGB parallel data. Hardware design and software design fully consider user deployment, operation and maintenance scenarios, making deployment easier, operation more stable, and maintenance more efficient.
The Novastar DH418 LED Screen Video Universal Receiver Card is a cost-effective receiving card from Nova Technology. The single card has a maximum load of 256 × 256 pixels.
Supports up to 16 sets of RGB parallel data. With 8 standard HUB75 interfaces, it has high stability and high reliability and is suitable for a variety of environments.