AMX DGX8/16/3200-CPU Enova DGX 800 / 1600 / 3200 Enclosures CPU Replacement Kit

This CPU replacement kit restores processing capability to AMX Enova DGX systems, serving as a critical component for studios and control rooms requiring reliable networked signal management. The module integrates seamlessly into existing DGX 800, 1600, or 3200 enclosures, maintaining system integrity and performance without requiring full unit replacement.

Signal Processing & Studio Reliability

The CPU module operates within the Enova DGX architecture, handling aggregate data processing at rates up to 26 Gbps per channel, ensuring uncompressed digital signal delivery across complex studio and production networks. Dual-redundancy power architecture supports continuous operation with 977 watts maximum capacity, critical for recording sessions and live production where system interruption jeopardizes your work.

Operating Conditions & Thermal Performance

Thermal management through forced-air cooling maintains noise levels below 52.5 dBA @ 1m, keeping the CPU's acoustic signature minimal in the studio environment. The module operates across standard facility conditions (32° to 104° F operating range, 5–85% RH non-condensing), with extended storage tolerance from -22° to +158° F, supporting both active production and equipment archival.

Key Features

AC Power Input: 100–240VAC single phase, 50–60 Hz
Maximum Power Capacity: 977 watts with redundancy
Per Channel Aggregate Data Rate: 26 Gbps maximum
Noise Level: < 52.5 dBA @ 1m (typical @ 25°C)
Cooling Method: Forced air (inlet on sides, exhaust on back and top)
Operating Temperature Range: 32° to 104° F (0° to 40° C)
Storage Temperature Range: -22° to +158° F (-30° to +70° C)
Operating Humidity: 5% to 85% RH (non-condensing)
Compatible with DGX 800, 1600, and 3200 enclosures
Redundant power architecture for continuous operation

This CPU replacement kit restores full processing and networking capability to Enova DGX installations, delivering the bandwidth and reliability professional studio systems demand.