Description
Long-Distance Ultra-HD Splicer Integration
The Novastar H series 4 x Fiber Sending card - 4 pcs 10G SPF Modules is a specialized modular hardware component designed to seamlessly expand the backplane capabilities of the NovaStar H Series flagship Video Wall Splicers. Built as a high-density, multi-channel optical interface board, it slides effortlessly into the dedicated output slots of the H2, H5, H9, and H15 processing chassis. By integrating high-bandwidth transmission directly within the video wall controller, this card completely eliminates standard cable clutter and bridges local content processing with remote display arrays, ensuring clean, interference-free deployment in massive staging venues and fixed control rooms alike.
Massive Loading Capacity and Bandwidth Optimization [2]
The Novastar H series 4 x Fiber Sending card - 4 pcs 10G SPF Modules boasts a massive cumulative loading threshold capable of managing up to 20,800,000 pixels across sprawling screen configurations. Featuring four distinct 10G optical output paths, each individual port operates with a robust bandwidth pipeline that matches the capacity of eight standard Gigabit RJ45 Ethernet ports. This allows a single optical port to natively drive up to 5,200,000 pixels at standard 8-bit color depths, supporting custom canvas configurations that stretch to extreme resolution dimensions of up to 16,384 x 16,384 pixels. Additionally, the architecture is fully compatible with high-frame-rate feeds up to 144Hz, providing the crucial bandwidth headroom required for fluid motion graphics on fine-pitch LED display setups.
Comprehensive Link Redundancy and Optical Transmission [2]
The Novastar H series 4 x Fiber Sending card - 4 pcs 10G SPF Modules provides broad installation flexibility and system safety by packing four pre-installed, high-performance 10G SFP+ Long Range (LR) Single-Mode optical modules directly onto the faceplate. These pre-configured transceiver modules allow hardware installers to instantly run fiber pipelines up to 10 kilometers away to receiver endpoints like the CVT10S or CVT4KS fiber converters without suffering any signal degradation. To secure uninterrupted performance during mission-critical live events, every output channel can be custom mapped in the software to operate in Independent, Copy, or Backup configuration modes, giving engineers real-time dual-link physical redundancy to protect against unexpected cable failure.
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