NSFS160+4K links utilize a hybrid copper/fiber architecture. For runs under 15 meters, shielded, impedance-matched copper pairs carry the 160 Gbps signal using PAM-4 (Pulse Amplitude Modulation 4-level) encoding. For longer runs (up to 300 meters), the system seamlessly switches to active optical fiber without reconfiguration.
| Part | Part Code | |------|------------| | 4K encoder (Heidenhain compatible) | NSFS-ENC-4K | | Servo valve (Rexroth 4WRPEH) | NSFS-VLV-4K | | Main seal kit | NSFS-SEAL-160 | | Pressure transducer (0–5000 PSI) | NSFS-PT-5K | nsfs160+4k
While many use SDI, large LED walls (like those seen in virtual production studios, e.g., "The Mandalorian" Volume) demand massive bandwidth. NSFS160+4K processors allow a single graphics card output to drive an entire wall section without latency mismatches between panels. NSFS160+4K links utilize a hybrid copper/fiber architecture
Unlike plug-and-play HDMI, NSFS160+4K often requires driver-level configuration. In your OS or switch GUI: While many use SDI, large LED walls (like