AMX FG1058-570-FX AMX DGX-I-DXL Enova DGX DXLink Twisted Pair Input Board

Deliver long‑reach, secure AV and control for conferencing, security and monitoring without ripping out existing infrastructure. The AMX by Harman FG1058-570-FX DXLINK Input Board is a purpose-built Enova DXLINK input board that receives audio and video while passing control, Ethernet and power over a single twisted pair cable. Designed for professional AV and security deployments, it extends HDMI (with HDCP support) well beyond typical HDMI cabling limits and reduces installation time by leveraging pre‑installed twisted pair wiring. The FG1058-570-FX is HDCP compliant and compatible with Enova DGX enclosures (DGX 8, DGX 16, DGX 32 and DGX 64), making it an ideal building block for conference rooms, control rooms, surveillance hubs and distributed monitoring systems. Its hot‑swappable board architecture lets integrators add or replace I/O boards in the field while the system automatically recognizes new configurations. Deploy this AMX DXLINK input board to streamline AV/IT convergence, secure content distribution, and scalable system expansion — contact your AMX dealer to integrate it into your next security or AV project.

• Extends HDMI with HDCP securely over one cost‑effective twisted pair cable, enabling long‑reach AV distribution for conference rooms and control centers.
• Transports audio, video, control, Ethernet and power over a single cable to reduce cable clutter and lower installation time and cost.
• Hot‑swappable DXL I/O board design with automatic system recognition simplifies maintenance and future upgrades in the Enova DGX enclosure.
• Broad compatibility with Enova DGX enclosures (DGX 8 / DGX 16 / DGX 32 / DGX 64) for flexible deployment across rooms and sites.
• HDCP compliant for protected content delivery — ideal for secure presentation, digital signage, and surveillance monitoring environments.
• Robust AV over twisted pair solution tailored for IT, security, and AV integrators managing large-scale installations and distributed monitoring systems.