Grass Valley LDX 110 – Camera Chains & Accessories

The LDX 110 integrates with Grass Valley's standard camera control infrastructure. The camera supports both direct studio CCU operation and portable RCP (remote control panel) configurations for field work. Confirm with your system integrator which CCU generation and control protocol version (Grass Valley proprietary or standard triax/fibre interfaces) matches your existing infrastructure. Compatibility depends on installed option boards and firmware revision—verify these details before committing to a purchase if you're integrating into a legacy facility.

The LDX 110 is specified for HD-SDI and SD-SDI output. HD-SDI operates at 1.485 Gbps (3G SDI standard for 1080i/720p). If your infrastructure is 12G-capable, the camera signal will pass through at native 3G rates; no conversion is required functionally, but you will not gain 12G bandwidth benefits. Confirm your router and monitoring chain support 3G SDI input; most broadcast facilities do. This is not a limitation for typical HD production chains.

The LDX 110 is rated for 0–40°C ambient operation, typical of professional broadcast cameras. At ~120W power consumption, thermal load is modest compared to studio lighting or transmitters. In a confined OB van, ensure airflow around the camera head and control units; Grass Valley recommends passive convection in most field scenarios. If the vehicle exceeds 40°C internally (common in summer), active cooling or shade deployment is necessary. Verify your OB van's thermal profile during commissioning, especially for extended live coverage in hot climates.

The LDX 110 features a standard 2/3-inch broadcast lens mount. This is the industry-wide mount specification; any quality 2/3-inch ENG, studio, or long-form lens (servo or manual focus) will physically mount and function. Confirm optical performance with your chosen lens manufacturer, especially for wide-angle or telephoto performance. No proprietary mount issues exist with this camera. If you are migrating from another camera system, your existing 2/3-inch lens set is directly compatible.

The LDX 110 consumes approximately 120W during typical operation. In studio mode, it connects to standard facility AC power via a dedicated supply; in portable/remote modes, it can run from battery systems (verify battery spec with Grass Valley for your configuration). Confirm the power connector type and voltage (typically 12V or 24V DC for portable operation) with your integrator. Budget for redundant PSU capability in critical studio chains. OB van installations should verify DC rail capacity and cabling gauge to avoid voltage drop over longer runs.

The LDX 110 is available with either 2/3-inch CCD or CMOS sensor technology. CCDs typically deliver higher sensitivity and more uniform colorimetry in stable lighting; CMOS sensors offer better highlight handling and lower power in some configurations. The choice is made at purchase; sensor type is not field-upgradeable. Confirm which sensor option Grass Valley recommends for your specific application (studio vs. high-motion ENG work). Both support 14-bit signal processing and full HD/SD format flexibility. Verify the sensor type on your quote before committing.

The LDX 110 supports studio, portable, and remote control operational modes via Grass Valley's established control architecture. Remote operation traditionally uses triax or fiber optic camera cables with embedded control signaling. Confirm whether your facility's control backbone is proprietary Grass Valley protocol, SMPTE-standardized, or requires conversion to IP/ST 2110 ecosystems. If your infrastructure is IP-first, verify integration requirements with your system architect—dedicated control converters may be necessary. This is a common architectural decision point in modern hybrid facilities.

The LDX 110 is designed for professional broadcast serviceability. Recommend stocking: replacement fiber or triax camera cables, lens extenders, color correction filters, and control panel modules specific to your CCU variant. Firmware updates are released periodically; confirm update procedure and backward compatibility with your current control infrastructure before deploying. Camera head repair typically requires factory service; design redundancy into critical chains. Confirm spare parts availability and lead times with Grass Valley before purchase, especially if operating in remote or low-access locations.

Multi-camera LDX 110 operations require synchronized genlock and timing. Each camera connects to a shared facility genlock (typically derived from a master sync generator supplying 10 MHz and/or blackburst). Camera control is daisy-chained or routed through a central CCU managing all RCP and camera parameter sync. Confirm your genlock distribution is robust and that your CCU is rated for the number of cameras in your system. OB van scaling requires additional triax/fiber camera cables, control distribution amplifiers, and dedicated vehicle power budgeting. Engage your system integrator early to validate the complete chain.