Four fiber outputs for long-distance LED signal distribution.
The H_4xFiber Sending Card provides four fiber optic output ports for NovaStar H-Series processors, enabling long-distance, interference-free LED display signal distribution. Designed for large-scale installations requiring fiber connectivity between H-Series processors and LED cabinets located at extended distances.
| Compact Form Factor |
Full Control Feature Set |
NovaStar Native Integration |
PRODUCT DESCRIPTION
The H_4xFiber Sending Card provides four fiber optic output ports for NovaStar H-Series processors, enabling long-distance, interference-free LED display signal distribution. Designed for large-scale installations requiring fiber connectivity between H-Series processors and LED cabinets located at extended distances.
WHY H_4XFIBER SENDING CARD
Four fiber outputs for any distance, any installation.
When copper cable runs are not viable — large outdoor displays, building-spanning installations, or high-EMI environments — four fiber sending ports deliver stable, high-bandwidth signal at any distance.
- 4 x fiber sending ports. Four independent fiber outputs for simultaneous long-distance LED signal distribution.
- Unlimited distance. Fiber eliminates the distance constraints of copper Ethernet — connect LED sections anywhere.
- EMI immunity. Optical signals are unaffected by electromagnetic interference in industrial or outdoor environments.
- Large installation ready. Designed for stadiums, large outdoor LED, and permanent installations with complex cable routes.
- H-Series native. Compatible with H2, H5, H9, H15, and H20 mainframes.
FIND YOUR SENDING CARD
The right sending card for your installation
NovaStar H-Series sending cards cover pure fiber, hybrid copper/fiber, and high-density Ethernet configurations for any scale of deployment.
| H_4xFiber Sending
Sending Card
4 fiber outputs for long-distance distribution. |
H_16xRJ45+2xFiber Sending
Sending Card
Hybrid 16 RJ45 + 2 fiber sending. |
H_20xRJ45 Sending
Sending Card
Maximum-density Ethernet sending. |
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