Boland Communications has launched the X4K-OLED HDR Series, a new line of self-emissive OLED broadcast monitors. The series supports SMPTE ST 2110 IP connectivity and 12G-SDI transport for professional color grading and live production environments.
The introduction of these reference displays addresses a critical technical bottleneck in high-luminance HDR workflows where traditional LCDs struggle with black-level stability. By integrating SMPTE ST 2110 and NMOS protocols, the hardware aligns with the industry-wide shift toward software-defined broadcast environments and decentralized remote production. This move forces a higher standard for visual consistency across multi-camera studio setups and mobile units, as engineers move away from backlight-assisted panels. Watch for how quickly these IP-native monitors are adopted in Tier 1 master control facilities as a replacement for aging baseband matrix routing infrastructure.
As ACT Entertainment forecasts a universal transition to IP-based production, hardware manufacturers are increasingly prioritizing native network connectivity to reduce latency and simplify signal management in complex studio environments. For those looking to expand their IP-based connected workflows, these monitors provide the necessary diagnostic tools to ensure signal integrity, even as SDI remains primary infrastructure for many legacy facilities.
Boland Communications has launched its X4K-OLED HDR series of broadcast monitors, designed for professional color grading and live production. By utilizing self-emissive Quantum Dot technology, these displays eliminate backlight artifacts. The integration of SMPTE ST 2110 and 12G-SDI connectivity supports the industry's transition toward software-defined, IP-native broadcast environments and remote production workflows.
The X4K-OLED HDR series utilizes self-emissive Quantum Dot technology, which allows individual pixels to turn off completely to achieve true black reproduction.
The monitors support SMPTE ST 2110 IP connectivity and 12G-SDI transport for uncompressed 4K video.
The displays include integrated diagnostic tools such as dual-waveform monitors, vectorscopes, and false-color exposure indicators.
They address technical bottlenecks in high-luminance HDR workflows where traditional LCDs struggle with black-level stability, providing better visual consistency for studio and mobile production.
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