Fujinon SS-13DB – Camera Chains & Accessories

The SS-13DB is engineered for Fujinon lens systems in professional broadcast chains. Compatibility depends on the lens servo type (standard or High-Speed) and the camera body's control protocol implementation. Before purchase, confirm your specific lens model and camera platform with us—we maintain a compatibility matrix covering HD and 4K configurations. Some legacy lenses may require adapter boards; current-generation Fujinon cinema and ENG optics integrate directly. Verify the option board configuration in your unit.

The SS-13DB functions as a dedicated zoom and focus controller and operates alongside your CCU/RCP setup rather than replacing it. It communicates via standard broadcast control protocols—typically RS-422 or equivalent digital handshake depending on your camera chain architecture. It does not manage camera shading or signal output; those remain CCU functions. Confirm your OB van or studio control room supports the required control bus topology and that serial handshake latency meets your production frame rate.

The SS-13DB connects to lenses via standard professional broadcast multicore connectors (typically HD-series or BNC-based servo distribution). Data communication occurs through RS-422 or equivalent digital control lines. The unit itself uses industry-standard XLR connectors for control I/O. Triax infrastructure is not required for the SS-13DB itself, though your broader camera chain may employ triax for camera signal transport. Verify connector pinout compatibility with your lens servo harness and confirm all terminations meet IEC standards before deployment.

The SS-13DB controls a single lens chain per unit. For multi-camera productions, each camera requires its own SS-13DB controller. Multiple units operate independently on separate control buses. Ensure your OB van or studio control room provides adequate serial ports, power distribution, and rack space for n+1 deployments. Some integrators synchronize multiple SS-13DB units via a master control surface; confirm this topology with your systems engineer and test failover logic before a live event.

Servo response time depends on the attached lens model, control protocol speed, and cable run length. Standard broadcast lenses exhibit sub-100ms focus settling and smooth zoom acceleration. However, latency accumulates across the control chain—serial handshake delays, cable capacitance, and lens motor inertia all factor in. For fast-action environments (sports, breaking news), test the complete chain end-to-end with your specific lens and camera body. Cable runs longer than 500m may introduce noticeable lag; confirm your truck architecture and request performance data for your exact configuration.

The SS-13DB operates on standard broadcast 12V DC or mains AC power—confirm the supply voltage for your unit before installation. Power consumption is typically modest for control electronics, but heat dissipation in hot summer conditions or high-density rack layouts demands adequate ventilation. Mount the unit in a well-cooled section of your OB van or studio rack, away from amplifiers and transmitters. No active cooling fans are standard, but thermal monitoring during extended sessions (8+ hour productions) is prudent. Specify operating temperature range with us and plan thermal margins for your specific OB environment.

Firmware updates address protocol improvements, lens compatibility, and performance tuning. Current version availability and update procedures depend on your unit's manufacture date and existing configuration. Field firmware updates typically occur via a serial connection to a laptop or control interface—confirm the exact procedure and any downtime requirements with technical support. Plan updates during pre-production rehearsals, not on air. Maintain a backup of your current firmware and document all version changes for audit trails. Request the firmware revision history for your specific unit at order time.

Hot-swap capability depends on your camera and control bus design. In most OB configurations, the SS-13DB can be disconnected and replaced if the lens servo harness is isolated and the control bus supports re-enumeration. However, a manual focus-only fallback may be required if no spare controller is available—ensure your camera operator can safely manage the lens without electronic servo. For mission-critical productions, deploy a redundant SS-13DB on standby, pre-cabled and tested. Confirm your camera's failover logic and control protocol behavior during unit replacement with your systems integrator before the event.

The SS-13DB has minimal wear items—the control electronics are solid-state. Periodic inspection of connectors, cable terminations, and servo output stages is standard preventive maintenance. No routine recalibration is typically required unless lens response drifts. Spare parts availability includes replacement servo boards, control interface modules, and harnesses—lead times vary. Stock spare multicore connectors, cable assemblies, and a complete spare SS-13DB if budget allows. Consult the maintenance manual (verify availability with us) and establish a spare parts relationship with your Fujinon distributor for extended deployments or touring productions.

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.