Wyrestorm NHD-400-DNT-TX - HDMI over IP 4K, JPEG 2000 Encoder, Dante & AES67, PoE, Matrix/Videowall

The NHD-400-DNT-TX encoder offers stunning 4K HDR video, multichannel audio support and video resolution scaling to seamlessly handle mixed resolution HDMI sources for matrix and video wall functionality. Equipped with a Dante audio encoder the 400 Series embraces the flexibility of standardized audio distribution. Featuring incredible low latency the 400 Series is the ideal AV over IP solution for systems where high quality and low delay are key requirements, making it perfect for demanding commercial applications

The NHD-400-DNT-TX JPEG 2000 encoder is intended for use with any 400 Series JPEG 2000 decoder (sold separately) to provide a complete end-to-end video distribution system. When used in conjunction with Dante compatible audio equipment the 400 Series can distribute source HDMI or analog audio throughout an installation.

4K UHD AND HDR SUPPORT
Delivering visually lossless 4K UHD content with HDR and HDCP 2.2 support the 400 Series ensures compatibility with the latest UHD video sources, while a built-in scaler at the decoder ensures hassle-free mixing of the latest 4K displays and 1080p screens within an installation.

DANTE AUDIO DISTRIBUTION
Empowered with a Dante audio encoder, Dante networks can benefit from the streaming of source audio from an encoder HDMI or analog port direct to Dante compatible audio amplifiers, DSPs or mixing consoles.

ULTRA LOW LATENCY & VIDEO WALLS
JPEG 2000 encoding ensures distribution integrity and video latency down to a single frame, making the 400 Series ideal for live environments, such as seminars and conferences, where presenting must be in sync with a video or audio system using a video wall.

POWERFUL VIDEO PROCESSING
Dynamic video processing seamlessly converts and matches source video content from each decoder to connected displays, removing video resolution and timing incompatibilities that might otherwise exist for reliable and easily manageable multi-display systems.