The NetworkHD 500s series is an HDMI 2.0 AV over IP solution. Capable of encoding up to 4K60 including Dolby Vision, HDR10 and HLG content. The 500 series comes loaded with a number of advanced features such as the flexibility of Ethernet or Fiber as a transport method. Ultra-low latency encoding and incredibly fast matrix switching speeds enhance the experience. A powerful routing engine allows audio, video, USB and control signals to be discretely sent to any endpoint. Create captivating video walls up to 16×16 in size and control them with the tap of a button in the amazing NetworkHD Touch control app.
HDMI 2.0 ENCODING
Capable of encoding full HDMI 2.0 content. This includes 4K60 4:4:4 8bit and high dynamic range video including Dolby Vision, HDR10 & HLG up to 12bit 4:2:2 at 60Hz over a 1GbE network.
ETHERNET OR FIBER
Equipped with both Ethernet and Fiber outputs, the 500 series offers flexibility for any installation. Ethernet can support transmissions up to 100m (328ft) and fiber is capable of a stunning 550m (1800ft) using OM3 MMF.
NETWORKHD TOUCH
The 500s series in fully compatible with the intuitive NetworkHD Touch control app for iPad and Android tablets. Effortlessly control matrix and video wall switching with high-definition preview streams of each encoder’s source. Control couldn’t be easier with a drag-and-drop intuitive interface all for free!
VIDEO WALLS
Create captivating large format video walls with the ability to process up to 256 screens (16×16). Easily adjust for screen bezels to ensure the video is picture-perfect. The 500 series also allow you to create mosaic style walls with rotated screens!
SECURITY
Equipped with the latest security protocols including SSH, TLS and HTTPS. Data and communications from the 500 series in encrypted end-to-end.
ULTRA LOW-LATENCY
Less than a single frame a latency (16ms) when in passthrough mode allows content to be distributed without any perceivable delay.
POWERFUL ROUTING
All signals including audio, video, USB and control signal can be discretely routed and independently assigned between encoders and decoders.