Hollyland Pyro Ultra Wireless Video Transmitter (1TX & 2RX), 4K60 HDMI SDI Low Latency Focus Mode, 4900ft One to Multiple Receivers, TWiFi DFS UVC RTMP for Film Production Live Streaming

 Hollyland Pyro Ultra Wireless Video Transmitter (1TX & 2RX), 4K60 HDMI SDI Low Latency Focus Mode, 4900ft One to Multiple Receivers, TWiFi DFS UVC RTMP for Film Production Live Streaming 

Specification

• [LINK INFINITE] - Powered by proprietary TWiFi technology, the transmitter supports Broadcast Mode for simultaneous video distribution to multiple monitors. It maintains stable transmission to up to 20 receivers with a line-of-sight range up to 4,900 ft (1.5 km) in standard mode. Automatic frequency hopping dynamically adjusts to crowded wireless environments, helping crews maintain reliable monitoring across large sets without manual intervention.
• [FOCUS MODE] - Designed for precise focus pulling, this dedicated mode optimizes transmission responsiveness on enabled receivers. Latency reduces to approximately 20 ms at 1080p25/30, 40 ms at 1080p60, and 45 ms at 4K60. Multiple receivers can activate this setting simultaneously, allowing focus operators and directors to track subjects smoothly while maintaining consistent performance across other connected displays.
• [YOUR VISION, ULTRA CLEAR] - Just right. Just 4K60. With support for true 4K60 at 12 Mbps over HDMI, Pyro Ultra leverages the powerful TWiFi codec to render each moment with stunning clarity, nuance, and depth.
• [FLEXIBLE STREAMING] - Equipped with HDMI and SDI inputs and outputs, plus fractional frame rate support for professional broadcast workflows. A 4K60 HDMI loop-out enables local camera monitoring without signal loss. Built-in UVC and RTMP capabilities allow direct video capture for live production, with UVC supporting up to 4K60 capture and RTMP streaming up to 1080p60 for remote collaboration.
• [PYRO ALL-WAYS] - Fully compatible with Pyro series devices (H, S, 7, 5, and Vcore) for seamless integration into existing wireless workflows. DFS certification expands available frequency bands in regulated regions. A built-in freeze frame function preserves the last image during signal interruptions, and supports custom logo uploads to maintain visual consistency and prevent broadcast disruptions on set.