QLED HDR Display Performance

The BM-U325HDR features a 31.5-inch QLED panel with UHD 3840×2160 resolution and 1000nits brightness, delivering accurate HDR monitoring. The Quantum Dot technology ensures enhanced color accuracy and consistent brightness across the display.

Wide Color Gamut and Eye Protection

With 100% DCI-P3 coverage and VICO 1.97 eye protection rating, the monitor provides precise color reproduction while reducing eye fatigue during extended studio or post-production use.

Multi 4K/8K Interface Support

The monitor includes 12G-SDI 4-in/4-out, HDMI 2.0, and optional SFP fiber inputs, supporting single-link 4K, quad-link 4K, and quad-link 8K workflows, making it suitable for advanced broadcast and cinema environments.

Flexible Multi-View Monitoring

Supports quadview, picture-by-picture (PBP), and picture-in-picture (PIP) modes. Users can monitor multiple signals simultaneously and customize HDR/SDR settings, color gamut, and scopes for each input.

HDR and Automatic Payload Detection

Supports HLG, PQ, and S-Log3 HDR formats with automatic payload ID detection, allowing the monitor to adjust EOTF, color space, and signal parameters automatically for accurate display.

3DLUT Calibration and Color Management

Built-in 3DLUT calibration enables direct connection with calibration probes for accurate color calibration without a PC. Users can also upload custom LUTs for workflow flexibility.

Professional Monitoring Tools

Equipped with waveform, vector scope, histogram, eye pattern, focus assist, zebra, and false color tools, ensuring precise monitoring for exposure, focus, and signal integrity.

Zero Latency Processing

The monitor delivers near-zero latency video processing, making it ideal for live production and post-production environments requiring real-time accuracy.

Advanced Audio Monitoring

Supports 16-channel embedded audio meters, Lissajous patterns, and 5.1/7.1 surround sound monitoring, providing full audio analysis capabilities.

Remote Control via IP

The built-in webserver allows remote control through Ethernet, enabling users to manage inputs, settings, and monitoring tools via a web browser.