Sony HDC-P1 – Camera Chains & Accessories

The HDC-P1 is a camera head accessory designed to work with Sony's compatible CCU (Camera Control Unit) and RCP (Remote Control Panel) ecosystem. It requires a CCU to handle genlock synchronization, servo filter control, and remote gain/iris adjustment via the 8-pin remote port and D-sub 15-pin interface. Verify your existing CCU model supports the HDC-P1 before purchase, as control protocol compatibility varies across CCU generations. In multi-camera OB vans, ensure your CCU has sufficient remote ports and that your router/switcher can handle dual HD-SDI outputs from each head.

The dual HD/SD-SDI outputs (2x BNC) support auto-sensing or manual format selection depending on CCU control. When configured for 1080/50i or 1080/59.94i, HD-SDI is active; SD-SDI capability allows legacy mixer/router integration if needed. Switching between HD and SD formats typically requires CCU command and brief signal interruption—not suitable for live cuts. Confirm your production workflow: if you need simultaneous HD and SD feeds to different destinations, you'll need external distribution amplifiers or a separate SD-SDI output chain, as both protocols share the same physical connectors.

Base sensitivity is F11 (1080/50i) or F10 (1080/59.94i); noise suppression improves S/N from -58 dB to -64 dB at the cost of minor high-frequency detail loss—acceptable for news and documentary but noticeable in slow pans on textured surfaces. In high-ambient-light scenarios (outdoor OBs), the dual motorized ND wheel (Clear, 1/4, 1/16, 1/64) handles exposure control without requiring neutral-density lens filters. In studios with controlled lighting, you'll rarely need ND beyond Clear; the CC (color correction) wheel is more valuable for tungsten (3200K) and mixed-temperature (4300K, 6300K) balancing.

The single genlock input (BNC) accepts a blackburst or tri-level sync signal to synchronize the HDC-P1 with other cameras and router timing in multi-camera setups. Genlock loss triggers a CCU alarm and the camera reverts to free-run mode—video continues but frame-lock to house sync is lost, risking visible sync errors if switched with other synchronized cameras. In critical OB vans, always run dual genlock distribution with automatic switchover at the house sync distribution point. Test genlock integrity during rig validation; a failed sync cable is a common live production failure.

The HDC-P1 consumes 24 W nominal and accepts 10.5 V to 17 V DC input—a wide window suitable for OB van 12 V or 24 V busses with modest voltage sag tolerance. At 17 V, expect ~1.4 A; at 12 V, ~2.0 A. Do not operate below 10.5 V (brownout risk) or above 17 V (component stress). In OB vans, integrate the HDC-P1 into your camera power distribution with dedicated breakers and UPS-backed supplies if redundancy is required. Calculate total camera head draw (multiple units) against your power buss capacity; undersized supplies cause remote-control lag and genlock jitter.

The HDC-P1 uses a Sony 2/3-inch type bayonet mount compatible with the full range of Sony and third-party 2/3-inch servo and manual lenses (Fujinon, Zeiss, Canon). No performance penalty exists when using alternative brands, but verify mechanical clearance in confined crane or Steadicam setups—the 189 mm depth can interfere with proximity accessories. Servo lens motors draw additional auxiliary power; confirm your CCU supports servo lens control if you're upgrading from manual optics. Always use lens caps and rear lens seals during transport to protect the sensor and mount bayonet.

The HDC-P1 outputs native HD-SDI and SD-SDI only on dual BNC connectors—no fiber or triax outputs are built-in. For fiber-based OBs or long-distance runs (>100 m), you must add an external HD-SDI to fiber converter (e.g., Phabrix, Evertz) downstream of the camera head. Triax systems require a separate triax-to-HD-SDI adapter and CCU interface—this is a legacy workflow and incompatible with modern genlock/control signaling. Confirm your OB van's distribution architecture before purchase: if you need fiber or triax, budget for distribution amplifiers and converters in addition to the HDC-P1.

The HDC-P1 is rated -20 °C to +45 °C operating range. Below freezing, CCD sensitivity may drift slightly and servo mechanisms respond slower; above +45 °C, noise floor rises and color accuracy shifts if not genlock-calibrated. In hot climates (Middle East, Africa OBs), ensure adequate ventilation around the camera head and avoid direct sunlight on the optical block during standby. The compact form factor (1.7 kg) aids thermal management compared to studio cameras, but does not eliminate environmental stress. In tropical humidity, use dry storage and periodic lens inspections; salt-spray environments require protective enclosures and post-deployment cleaning.

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.