AMX FG1058-600 Enova DGX DVI Input Board

Designed for professional AV and security environments, the AMX by Harman Enova DGX DVI input board delivers reliable, high-quality digital video integration for control rooms, monitoring centers and large pro AV installations. This DVI input board is HDCP-compliant, ensuring protected content from HDMI and DVI sources plays back correctly. With four DVI connections per board and support for HDMI, DisplayPort++ and native DVI signals, the FG1058-600 simplifies multi-source routing and reduces the need for additional converters or splitters.

Engineered for easy installation in Enova DGX 8, 16, 32 and 64 chassis, the board expands system capacity while maintaining signal integrity across complex AV-over-network and surveillance infrastructures. The rugged design and a 3-year limited warranty from AMX by Harman give integrators confidence in long-term performance and lower total cost of ownership. Whether you’re building a video wall, a security monitoring hub, or a corporate AV routing system, this input board streamlines connectivity and protects content compliance.

Add the Enova DGX DVI input board to your deployment to enhance flexibility and reliability — ideal for surveillance, monitoring and mission-critical AV applications.

• Simplifies multi-source AV integration with four DVI inputs per board, reducing system complexity and cabling for large matrix installations.
• HDCP-compliant design preserves protected content playback for HDMI and DVI sources in secure monitoring and surveillance environments.
• Supports HDMI, DisplayPort++ and native DVI signals for flexible connectivity across modern video devices and legacy equipment.
• Native compatibility with Enova DGX 8, 16, 32 and 64 chassis enables seamless upgrades and expanded routing capacity.
• Enterprise-grade reliability backed by a 3-year limited warranty from AMX by Harman, minimizing downtime in mission-critical deployments.
• Optimized for control rooms, pro AV and security applications where robust digital video routing and signal integrity matter.