Panasonic RP150 – PTZ Cameras & Accessories

The RP150 supports simultaneous operation across both control paths: up to 200 IP-connected cameras via RJ-45 Ethernet and up to 5 RS-422 devices on dedicated serial ports. This dual-protocol architecture lets you integrate legacy RS-422 PTZ heads alongside modern IP cameras in the same production. However, the 5 RS-422 ports are finite, so in large multi-camera setups, IP control dominates. Verify your camera fleet's control requirements and confirm firmware supports your specific models before deployment.

The RP150 features 3G-SDI active video input/output, supporting standard HD formats (1080i50, 1080i59.94, 1080p23.98, 1080p24, 1080p29.97, 1080p30, etc.) within the 3G-SDI spec. The unit does not perform frame-rate conversion; SDI signals pass through transparently, making it suitable as a monitoring and confidence feed in OB vans and studios. The 7-inch WVGA display (800×480) is a GUI monitor only—not broadcast-grade output. Confirm your production frame rates align with 3G-SDI capability before finalizing signal flow.

The RP150 functions as a dedicated PTZ controller and monitoring interface, not a vision mixer or router. A complete OB van chain requires: (1) IP network infrastructure or RS-422 serial runs to cameras, (2) a master control unit (MCU) or camera control unit (CCU) if colour correction is needed, (3) a vision mixer for switching, and (4) SDI routing infrastructure. The RP150's SDI I/O allows loop-through of a confidence or return feed. It operates standalone for PTZ operation but depends on external systems for production switching and colour grading. Architect your signal flow and control network before integrating the unit.

The RP150 requires 12 V DC (10.8–13.2 V nominal) and supports PoE+ delivery via the RJ-45 control port. Standard PoE+ (IEEE 802.3bt Type 3/4) supplies up to 30–60 W; the RP150's actual consumption must be verified against your specific configuration (display brightness, network load, SDI processing). For reliability in live production, a dedicated 12 V regulated supply is recommended over relying solely on PoE+. If using PoE+, confirm your switch and cabling meet Type 3/4 standards and include redundant power paths for critical operations. Measure actual draw during commissioning.

The RP150 is a single-path controller without built-in redundancy mechanisms. If an IP or RS-422 control link drops, PTZ commands to that camera cease; the camera typically holds its last position (pan, tilt, zoom) depending on its firmware. Recovery requires manual reconnection or network restoration. For mission-critical live productions, implement network redundancy (dual Ethernet paths, managed switches) and configure cameras with fallback presets. For RS-422, use shielded cable and proper termination. The 100 memory presets enable rapid repositioning if manual recovery is needed. Verify your camera's fail-safe behaviour and test failover scenarios before air.

RS-422 control supports distances up to 1200 metres (4000 feet) under ideal conditions with proper shielding and termination, though broadcast practice typically limits runs to 300–600 metres to maintain signal integrity. The RP150 provides 5 independent RS-422 ports, each capable of point-to-point or multi-drop topologies (daisy-chain). If using multi-drop, confirm your camera or controller supports it, as many PTZ heads require point-to-point. In OB vans, cable runs are short; in fixed installations or stadium broadcasts, verify distance and use active extenders if needed. Test control responsiveness and latency during system commissioning.

The RP150 stores 100 pan-tilt-zoom-focus presets per camera control session, enabling rapid shot recall and automation. Preset management and locking behaviour depend on firmware version and the RP150's GUI implementation; some systems allow preset groups or protection modes, others do not. Panasonic documentation and the unit's on-screen menu will clarify available controls. In live productions, adopt operational discipline: assign preset banks to crew roles, document preset maps, and verify your firmware revision supports any protection features required. Test preset workflows and recovery procedures in rehearsal before deploying in critical broadcasts.

The RP150 operates reliably between 0°C and 40°C. Outdoor OB vans and unheated trucks can breach these limits in winter or summer extremes. For sub-zero or high-temperature environments, provide heating, cooling, or thermal enclosures around the unit. The 7-inch touch panel is sensitive to condensation and extreme cold, affecting responsiveness. The 3.2 kg weight and compact dimensions (342×178×245 mm) suit mobile deployment, but thermal management is your responsibility. Monitor internal van temperature during commissioning in seasonal climates, and use thermal monitoring to alert crew if conditions drift outside spec. Plan vehicle climate control accordingly.

The RP150 contains a 7-inch LCD touch panel—the primary wear item in extended operations. Touch responsiveness may degrade over years of heavy use; replacement panels are available through Panasonic service channels. No moving parts (fans, cooling systems) require routine maintenance. Firmware updates are applied via network or USB (confirm method with current documentation); updates typically address control protocol compatibility, camera model support, and stability. Before updating, back up any custom configurations and test in a non-live environment. Panasonic publishes firmware release notes; verify compatibility with your camera models and control network topology. Schedule updates during production downtime and maintain a pre-update backup system image.

Yes. Our used and ex-demo units undergo a full functional inspection — sensors, video outputs, control signals, optics and mechanics — including a colorimetry and sensitivity test. Each product is tested by our technicians and comes with a 90-day warranty. Contact us for the specific warranty terms of the unit you are interested in.