AVPro Edge MXnet Dante 1G EV2 Encoder - Made in the USA

Product Overview

The AVPro Edge MXnet Dante 1G EV2 Encoder (AC-MXNET-1G-DANTE-EV2-TAA) is a 1-gigabit AV-over-IP encoder that integrates Dante audio networking directly into the MXNet Evolution II ecosystem. Manufactured in the United States and TAA-compliant for government and federally funded projects, this encoder handles video encoding and Dante audio distribution from a single device on a standard 1G IP network. It is the recommended source-side component for integrators building out MXNet EV2 AV-over-IP systems that require native Dante audio networking alongside video distribution. The encoder is compatible exclusively with MXNet EV2 infrastructure and is not backward-compatible with MXNet V1 systems.

Product Description

The AC-MXNET-1G-DANTE-EV2-TAA takes a video and audio source, encodes it for distribution across a 1G IP network, and simultaneously places the audio onto a Dante network fabric — eliminating the need for a separate Dante interface or audio breakout at the source. This is particularly valuable in facilities running Dante-enabled DSPs, amplifiers, or conferencing systems alongside AV-over-IP video, as both signal types share the same network infrastructure and management tools.

As part of the MXNet EV2 platform, the encoder is managed through the MXNet management software, providing centralized control over routing, switching, and system configuration across the entire AV-over-IP installation. Dante audio channels are discoverable and routable through Dante Controller, the industry-standard Dante network management application, without any additional hardware or software licenses.

TAA compliance means this product meets the Trade Agreements Act requirements for government procurement, and domestic manufacture supports projects with Buy American requirements. The encoder pairs with the AC-MXNET-1G-DANTE-DV2-TAA decoder to form a complete Dante-integrated AV-over-IP signal chain.

Key Features

• Integrated Dante Audio Networking — Native Dante audio output on a 1G network eliminates the need for a separate Dante interface at the encoder, reducing hardware count and cabling.
• MXNet EV2 AV-over-IP Platform — Part of AVPro Edge's second-generation MXNet ecosystem with centralized management, low-latency video distribution, and broad device compatibility.
• 1G Network Operation — Functions on standard 1-gigabit Ethernet infrastructure, making it compatible with most enterprise network switches without 10G upgrades.
• TAA-Compliant / Made in the USA — Satisfies Trade Agreements Act requirements for federal, government, and DoD procurement; domestically manufactured for Buy American compliance.
• Dante Controller Compatible — Audio channels are discoverable and routable through standard Dante Controller software without additional licensing or proprietary tools.
• Centralized MXNet Management — System-wide routing, switching, and configuration managed through AVPro Edge's MXNet management platform alongside all other EV2 devices.
• Pairs with DV2 Dante Decoder — Designed to work end-to-end with the AC-MXNET-1G-DANTE-DV2-TAA decoder for a fully integrated Dante AV-over-IP signal chain.
• Single-Device Simplicity — Combines video encoding and Dante audio sourcing in one unit, reducing rack space and installation complexity in multi-zone AV systems.

Typical Applications

• Corporate campuses running Dante-based audio infrastructure (DSPs, amplifiers, conferencing systems) alongside AV-over-IP video distribution to conference rooms and collaboration spaces
• Higher education facilities distributing lecture capture and live video to multiple rooms while feeding audio to a Dante-networked PA or recording system
• Government and military facilities requiring TAA-compliant AV-over-IP encoders for compliant procurement under federal contracts
• Houses of worship with existing Dante audio networks that are expanding to AV-over-IP video distribution without duplicating network infrastructure
• Broadcast and production environments where Dante audio routing must be synchronized with video distribution across multiple display zones

Technical Specifications

Competitor Comparison

The AC-MXNET-1G-DANTE-EV2-TAA is compared below against the ZeeVee ZyPer4K-XR and the Crestron DM-NVX-363, two frequently specified 1G AV-over-IP encoders with audio networking capabilities.

Frequently Asked Questions

Is the AC-MXNET-1G-DANTE-EV2-TAA compatible with MXNet V1 systems?

No. This encoder is designed exclusively for the MXNet Evolution II (EV2) platform and is not compatible with MXNet V1 decoders, encoders, or management software. Existing V1 installations would require a full migration to EV2 hardware before deploying this unit.

Does the encoder require a separate Dante license or hardware to place audio on the Dante network?

No. Dante audio networking is built directly into the encoder hardware and firmware. Audio channels appear automatically in Dante Controller for routing without any additional licensing, dongle, or external interface device.

What does TAA compliance mean for procurement?

The Trade Agreements Act (TAA) requires that products purchased under many U.S. government contracts be manufactured in TAA-designated countries. Because this encoder is manufactured in the United States, it qualifies for federal, DoD, GSA, and other government procurement vehicles that impose TAA or Buy American requirements.

Can Dante audio from this encoder be routed to third-party Dante devices?

Yes. Because the encoder uses standard Dante, its audio channels can be routed to any Dante-compatible device from any manufacturer — including Shure, QSC, Biamp, Crown, and others — using Dante Controller. This allows the video and audio distribution infrastructure to remain independent.

What switch infrastructure is required for this encoder?

The encoder operates on standard 1-gigabit Ethernet switches. For best performance, the switch should support IGMP snooping and QoS configuration to properly manage multicast AV-over-IP traffic alongside Dante audio streams. 10G switch infrastructure is not required.