Sony PVM-X2400 – Video/Audio Monitors

Yes. The monitor provides two 12G-SDI BNC inputs (backward-compatible with 6G/3G/HD-SDI) and two dedicated 3G-SDI inputs, allowing you to connect legacy and modern sources simultaneously. Both input pairs include loop-through outputs for daisy-chaining to downstream monitors or routers. However, verify your CCU or camera output levels match Sony's input specifications—12G sources must use proper cable shielding over long runs to avoid signal degradation. Confirm firmware version supports your specific SDI variant before deployment.

The monitor supports HLG (ITU-R BT.2100), SMPTE ST 2084 (PQ), and Sony's proprietary S-Log3 and S-Log3 Live HDR EOTFs natively via firmware. S-Log3 signals will display correctly on-monitor; the built-in 3D LUT engine allows you to load custom grading curves without external hardware. However, for critical grading, verify your source's metadata matches the selected EOTF—mismatched gamma can cause subtle but significant colour drift. User LUT management is essential; confirm your colour science toolchain (Resolve, Baselight) exports LUTs in Sony's accepted format.

1,000 cd/m² is typical all-white output at D65, suitable for studio and mobile OB environments with controlled lighting. In direct sunlight or high-ambient setups, on-axis brightness remains adequate; however, the 178° viewing angle (89° per direction) means off-axis observers will see luminance rolloff. Dynamic Contrast Drive can boost perceived brightness in HDR workflows, but this is tone-mapping, not raw panel output. For tented OBs, position the monitor to minimize glare and backlight intensity. Peak white uniformity varies across the panel—confirm acceptable deviation in your colour-critical role before purchase.

The monitor provides a 100BASE-TX Ethernet (RJ-45) port for LAN control and a dedicated RJ-45 Parallel Remote connector for hardware RCP (remote control panel) integration. These allow basic parameter adjustment and status monitoring from a central ops position. However, the PVM-X2400 does not support ST 2110, NMOS, or SNMP telemetry protocols—no IP-native video or control. For distributed monitoring over IP, you must use legacy parallel control via relay modules or secondary control interfaces. Confirm your RCP firmware revision matches the monitor's installed version to ensure command compatibility.

The PVM-X2400 explicitly supports 1/1.001 fractional rates (23.976, 29.97, 59.94 Hz) alongside standard 24/25/50/60 Hz on all input modes. Internally, the panel operates at 48/50/60 Hz in integer or fractional modes. No sync artifacts are typical, provided your SDI source maintains clean timing and your router or camera outputs properly locked fractional rates. However, in live switching scenarios mixing fractional and integer rates, confirm your mixer's output timing before feeding the monitor—phase drift between sources can cause subtle jitter if the mixer's internal clock is unstable.

The monitor accepts AC 100–240 V 50/60 Hz or DC 22–32 V via 3-pin XLR. Typical AC power draw is approximately 100–120 W (full brightness, all channels). DC operation is supported, enabling battery-backed OB vans and portable rigs; ensure your power supply (e.g., 24 V uninterruptible PSU) can sustain the peak current. The 10.5 kg weight and compact 568×382×158.5 mm footprint suit cramped van layouts. For extended battery runtime, calculate watt-hours based on your load and confirm the XLR connector is rated for your DC supply's maximum amperage.

Yes. The monitor supports user 3D LUT upload, allowing custom colour space transforms including DCI-P3 workflows. Sony supplies LUT import via USB or Ethernet; confirm the file format (typically .cube or Sony's proprietary .lut) and maximum resolution (usually 17³ or 33³ lattice points) in your installed firmware version. Load time is typically under 10 seconds. However, verify your colour grading software (Resolve, Baselight) exports LUTs in a compatible format, and test the LUT on a non-critical project first—incorrect lattice dimensions or metadata can cause unexpected colour shifts. Document the LUT name and version in your project logs.

The PVM-X2400 supports simultaneous multi-input connection; you can patch 12G-SDI, 3G-SDI, and HDMI signals at the same time. Input selection is manual via the on-screen menu or remote control—the monitor does not auto-detect or priority-switch between sources. In a live switching context, confirm your workflow: designate one input as primary (e.g., main SDI feed) and verify the operator knows which input is active at any moment. HDMI carries HDCP 2.3/1.4; ensure content is unencrypted or properly licensed. Loop-through SDI outputs remain active regardless of which input is selected for display, so downstream monitoring is unaffected.

Sony periodically releases firmware updates for the PVM-X2400 addressing colour accuracy, SDI compatibility, and HDR handling. As a deployed production monitor, verify your current firmware version against Sony's latest release notes—updates may fix issues with specific camera models, routers, or HDR workflows relevant to your chain. Update during maintenance windows, not on air. Maintain a documented firmware baseline for your fleet; firmware rollback is possible but cumbersome. Before purchasing a used unit, confirm the installed version and request an update history. Consult Sony's support portal or your reseller for release notes specific to your broadcast standard (PAL, NTSC, 1080p/UHD workflows).

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.