Sony HXC-100 – Camera Chains & Accessories

The Sony HXC-100 integrates with Sony's professional CCU (Camera Control Unit) ecosystem via RS-422 control protocol. Compatibility depends on your firmware version and control architecture—verify with Sony technical support for your specific CCU model and software build. The camera accepts standard RCP (Remote Control Panel) commands through the RS-422 interface. Confirm your existing control infrastructure supports RS-422 before purchase, as control protocol versions occasionally differ between product generations.

The Sony HXC-100 produces 1080i and 720p HD formats only—no 1080p output. Both are delivered via SDI and fiber optic connectivity. If your facility requires 1080p frame-by-frame or DCI workflows, this camera is not suitable. Confirm all downstream infrastructure (recorders, switchers, routers) can accept 1080i/720p; many modern facilities still rely on these formats for live broadcast and transmission.

The Sony HXC-100 incorporates fiber optic connectivity for remote operation and camera control, but exact connector type (ST, FC, LC) and maximum distance specifications depend on your configuration and Sony's fiber interface module. Consult the detailed technical manual or your Sony systems integrator before specifying fiber infrastructure. Long-distance runs require proper light-level budgeting and compatible fiber media converters; this is not a plug-and-play specification.

The Sony HXC-100 delivers HD-SDI output suitable for routing to routers, recorders, and switchers. Standard studio deployments feed SDI through a routing infrastructure or distribution amplifier for multi-destination use. The camera itself does not provide built-in SDI splitting—external equipment is required. Verify your SDI router and cable plant support 1080i/720p HD rates to avoid signal integrity issues on long runs or legacy infrastructure.

The Sony HXC-100 specifies 2000 lux minimum illumination at F4.7 with 89 dB sensitivity. In typical news studio environments (750–1500 lux at desk level), gain boost is required to maintain acceptable signal-to-noise ratio (60 dB with gain applied). Plan lighting design to meet or exceed 2000 lux; undershooting illumination degrades color fidelity and increases noise floor. High-motion sports coverage benefits from studios exceeding 2000 lux to preserve image quality and reduce reliance on gain boost.

Yes—the Sony HXC-100 accepts 2/3-inch studio lens mounts, compatible with established broadcast lens inventories (Fujinon, Canon, Zeiss standards). The camera's robust three 2/3-inch IT CCD sensor design and fiber/SDI connectivity support OB van integration. However, verify your lens optical quality meets the camera's 1000+ TV lines resolution; older lenses may not exploit full sensor capability. Plan power and thermal management for the confined OB van environment within the 0°C to 40°C operating range.

The Sony HXC-100 uses RS-422 serial control for camera functions including iris, gain, and pan/tilt via compatible pan/tilt heads. The camera does not natively support IP-based or ST 2110 control; those workflows require external gateways or protocol converters if your facility is migrating to IP infrastructure. Confirm RS-422 cabling and control panel availability in your facility before deployment, as legacy RS-422 networks are being phased out in some modern installations.

The Sony HXC-100's three-sensor CCD design with 1000+ TV line resolution delivers stable color and exposure tracking across moderate lighting transitions. However, sports production with sudden shadows or floodlight changes may require aggressive gain boost (reducing SNR below 60 dB) or fast iris compensation via CCU automation. Test the camera in your specific lighting scenario—high-speed pan coverage in sunlit outdoor events may show vertical smearing or blooming that exceeds typical studio performance expectations.

The Sony HXC-100 is a single-output camera system; dual redundancy requires two independent camera chains, CCUs, and lens sets. Fiber and SDI outputs provide separate transmission media (not redundancy)—both paths fail if the camera fails. For critical sports or news broadcasts requiring failover, design a multi-camera setup with switchable CCU control and automatic backup switching logic in your router. Consult your system integrator on architecture best practices for your SLA requirements.

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.