Next-Generation Virtual Studio Integration

The Bolin R9-420F 4K60 Professional PTZ Camera is engineered to anchor high-end virtual production environments. Equipped with built-in FreeD protocol support, this advanced robotic camera sends real-time three-dimensional axis tracking data directly to your AR/VR render engines. Broadcast teams can execute precise pan, tilt, and zoom movements that sync perfectly with virtual sets, rendering immersive environments for news, weather, sports, and live interactive events without the need for cumbersome external sensor arrays.

Broadcast-Grade Performance and Optics

At the heart of the R9-420F is the sophisticated Bolin BM4620 image module, pairing a 1/2.8-inch Sony IMX715 sensor with a premium 20x optical lens. This configuration delivers native 3840x2160 imagery at 60 frames per second, ensuring high-speed motion is captured with exceptional fluid clarity. Driven by an AI-based Intelligent Signal Processing (ISP) engine, the camera provides intelligent face-detection autofocus, automatic exposure adjustments, and 120dB Super WDR to balance challenging backlighting seamlessly.

Uncompromised Signal Workflow and Connectivity

Built to transition effortlessly between traditional baseband infrastructure and modern AV-over-IP workflows, the R9-420F features an incredibly robust rear IO panel. It delivers true dual-output functionality through dual 12G-SDI ports, an HDMI 2.0 interface, and a built-in SFP+ slot for long-distance 12G-SDI optical fiber expansion. With integrated Genlock, broadcast audio-embedded XLR inputs via a 10-pin LEMO connector, and a unique physical carrying handle, this PTZ camera streamlines complex on-site installations and multi-camera live environments.

Low-Bandwidth, High-Efficiency Streaming

Leveraging an advanced FPGA hardware FAST HEVC codec, the R9-420F optimizes network transmission without sacrificing visual integrity. It transmits pristine 4K60 IP video streams over standard networks using reliable broadcast protocols like SRT, RTSP, RTMP, and MPEG-TS. This ensures remote production workflows and cloud-based streaming architectures can pull ultra-low-latency video feeds at significantly reduced bandwidth demands, protecting network stability while preserving color-accurate UHD video.