ATX DVISm IP & RF Out Mini Encoder
Condition: New
Product Overview: The ATX DVISm Mini Encoder is a compact, versatile video encoder designed to convert a single DVI/HDMI source into both IP multicast streams and RF QAM outputs. Ideal for digital signage, hotel TV systems, and IPTV headends, it supports H.264 encoding at full HD resolutions with low latency. The DVISm features an intuitive web interface for configuration, on‑the‑fly channel mapping, and dual‑stream output—enabling simultaneous distribution over Gigabit Ethernet and coaxial RF. Its rugged, fan‑less design makes it perfect for rack‑mount or wall‑box installations where reliability and space savings are paramount.
Features
Dual Output Modes: Encodes to H.264 IP multicast streams and DVB‑C/ATSC QAM RF channels
Full HD Support: Up to 1080p60 input with HDMI/DVI compatibility and down‑scaling options
Web‑Based Management: Intuitive GUI for live preview, channel mapping, and encoder settings
Low Latency: Optimized for real‑time applications with sub‑frame processing delay
Condition: New
Product Overview: The ATX DVISm Mini Encoder is a compact, versatile video encoder designed to convert a single DVI/HDMI source into both IP multicast streams and RF QAM outputs. Ideal for digital signage, hotel TV systems, and IPTV headends, it supports H.264 encoding at full HD resolutions with low latency. The DVISm features an intuitive web interface for configuration, on‑the‑fly channel mapping, and dual‑stream output—enabling simultaneous distribution over Gigabit Ethernet and coaxial RF. Its rugged, fan‑less design makes it perfect for rack‑mount or wall‑box installations where reliability and space savings are paramount.
Features
Dual Output Modes: Encodes to H.264 IP multicast streams and DVB‑C/ATSC QAM RF channels
Full HD Support: Up to 1080p60 input with HDMI/DVI compatibility and down‑scaling options
Web‑Based Management: Intuitive GUI for live preview, channel mapping, and encoder settings
Low Latency: Optimized for real‑time applications with sub‑frame processing delay