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MX-HT2-0808-10

8×8 HDMI 2.0 / HDBaseT Matrix with Scaling & Audio Matrix

  • 8×8 HDMI 2.0 Matrix with HDBaseT
    Route eight HDMI sources to eight HDMI + eight HDBaseT outputs simultaneously.

  • HDBaseT Extension
    • Outputs 1–4: extend 4K60 4:4:4 up to 40 m (131 ft)
    • Outputs 5–8: extend up to 70 m (231 ft) with HDBaseT Ethernet channel support

  • Full compatibility with HDR10, HDR10+, Dolby Vision, and HLG.

  • Independent Audio Matrix with ARC Capture & Routing

  • EDID Management including Preset & Custom settings.

  • 24 V Power over Cable supplied to all HDBaseT receivers — no local PSU required.

  • Configure with premier Netvio360 software for fast setup and advanced management.
     

4K60 4:4:4

ARC

OPs 5-8 (70m/231ft)

Ethernet Extension

OnBoard Control App

  • Yes. Each HDMI output is mirrored to a corresponding HDBaseT output, allowing both a local display and a remote display to be connected simultaneously. This flexibility is particularly useful in systems where the rack is close to some displays but far from others — for example, a boardroom with a local projector and a remote overflow display.

  • Outputs 5-8 are long-reach HDBaseT ports designed to extend signals farther and add extra functionality compared to Outputs 1–4. While Outputs 1–4 extend 4K60 4:4:4 video up to 40 m (131 ft), Outputs 5-8 can extend signals up to 70 m (230 ft) and also provides an HDBaseT Ethernet channel for bridging network connectivity to the remote location.

    To unlock these extended capabilities, Outputs 5-8 must be used with the RX-HT2-70-10 receiver. This receiver is designed specifically to handle both the longer-distance transmission and the Ethernet pass-through, ensuring stable video and reliable network connectivity at the display end.

  • The MX-HT2-0808-10 supports ARC (Audio Return Channel) on both its HDMI and HDBaseT outputs, when used with the RX-HT2-40-20 HDBaseT receiver. This allows audio from a connected TV or display — such as streaming apps or broadcast tuners — to be sent back through the HDMI/HDBaseT connection into the matrix. Once received, the matrix can then de-embed the audio and route it to the analog stereo (3-Pin) or digital coaxial (RCA) outputs.

    By using ARC with the RX-HT2-40-20, installers can reduce cabling, since a single CAT cable handles video out and audio return. This simplifies system design, integrates modern smart TVs seamlessly, and makes it easy to feed display-generated audio into external amplifiers, AVRs, or distributed audio systems without extra converters.

  • The MX-HT2-0808-10 features a true audio matrix, allowing audio to be routed separately from video. In addition to extracting HDMI or ARC audio, the unit includes four dedicated audio inputs (stereo analog and digital) that can act as standalone sources. These audio-only sources can be switched independently to any of the analog stereo or digital coaxial outputs, making it possible to integrate background music players, paging systems, or other audio devices alongside HDMI inputs. Combined with ARC return from displays, this flexibility means the MX-HT2-0808-10-10 is both a powerful video matrix and a small-scale audio distribution hub, perfect for projects that demand customized audio routing.

  • The MX-HT2-0808-10 offers a wide range of control pathways to suit professional AV environments. It can be operated directly from the front panel OLED buttons, via the supplied IR remote, through RS-232 serial control, or over the network using TCP/IP.

    For system configuration and management, the matrix is fully supported by Netvio360 software, enabling installers to quickly set up video routing, audio matrixing, scaling, and EDID management with an intuitive, centralized tool.

    In addition, the MX-HT2-0808--10 integrates seamlessly with the onboard NetvioGo control solution for end-user interfaces, or with traditional third-party control systems such as Crestron and Control4 via available drivers. This flexibility ensures system designers can choose the right control method for any project.

  • No. Because the MX-HT2-0808-10 is a HDBaseT matrix system, it does not support ContentPlus+ dual-stream encoding or live software streaming like the JP4 AVoIP platform.

     

    However, when used with this matrix, NetvioGo intelligently adapts by replacing live stream previews with either icon-based buttons or relevant library videos. This approach emulates the live streaming experience for end users while maintaining a consistent, user-friendly interface for switching and control.

  • No. The MX-HT2-0808-10 is not sold as a fixed kit because its outputs have different capabilities, and the choice of receiver depends on the features required for each output. For standard applications where only 40 m (131 ft) extension is needed, the RX-HT2-40-10 receiver can be used across all outputs.

    However, if you want to take advantage of Outputs 5-8 enhanced long-distance capabilities (up to 70 m / 230 ft) with Ethernet channel support), you must use the RX-HT2-70-10 receiver. Likewise, if you need to use the ARC function to return audio from displays, the RX-HT2-40-20 receiver is required.

    This modular approach allows installers to mix and match receiver models based on the requirements of each zone, ensuring cost-effectiveness while still offering the flexibility to unlock advanced features where needed.

  • The MX-HT2 series matrices are designed with flexible receiver compatibility, allowing integrators to match functionality and budget to each output zone. Three receiver models are available:

    • RX-HT2-40-10 — a versatile choice for any output, providing 40 m (131 ft) extension with IR and RS-232 pass-through.

    • RX-HT2-40-20 — can be assigned to any output where ARC capture from connected displays is required.

    • RX-HT2-70-10 — designed for Outputs 5–8 only, offering extended reach up to 70 m (231 ft) with ARC support and a built-in HDBaseT Ethernet channel for bridging network connectivity at the remote location.

    This modular approach ensures installers can mix and match receivers depending on system design, making the MX-HT2 platform adaptable to both standard and advanced AV applications.

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Audio Return Channel

The MX‑HT2‑0404‑10 supports ARC (Audio Return Channel), allowing audio from TVs to be sent back through the matrix via compatible HDBaseT receivers (RX-HT2-40-20 & RX-HT2-70-10).

 

This audio can then be routed through the built‑in 16×8 audio matrix to amplifiers or other zones, simplifying cabling and integrating TV-native streaming apps into your whole-home audio system.

A premier video configurator simplifying the set-up & configuration of video systems, working across multiple platforms & products.

A free application builder allowing the creation of Android, Apple to control Netvio solutions and an array of 3rd party devices including displays, input sources & 3rd party audio systems.

Free onboard control solution ideal for when a traditional control system is too much in terms of cost or complexity. Totally license inclusive, working across Android and Apple devices including Netvio's own touch screen, the TS-13-10.

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Integrated Control Solution

Enjoy effortless setup with our 16x16 video wall support, offering both landscape and portrait modes with adjustable bezels. Our top-notch software interface ensures a seamless experience. Plus, clients get user control and ultra-high-quality real-time preview streaming for maximum immersion.

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Advanced Audio Functions

Audio Matrix & ARC Tutorial

This video highlights the advanced audio capabilities of Netvio’s HT2 4x4 and 8x8 matrix solutions, including ARC return, independent audio routing and flexible audio breakout for amplifiers and distributed audio systems. Discover how Netvio delivers complete audio control alongside 4K video switching, all configured easily through Netvio360.

  • The configuration process begins when using a Netvio system. This does not apply to the Dante AV-A and Dante AV solutions, where all configurations are handled within the Dante controller, as covered in a previous webinar. Instead, this applies when using a Netvio matrix or Netvio JP4/JP460 AV over IP. The software automatically discovers connected devices, verifies their online status, and checks for the latest firmware versions. If updates are needed, it provides guidance to ensure everything is up to date. It also assists in configuring the entire system, including the control app. This software is available free of charge on our website for both Mac and Windows. While I’m running it on a Mac today, it operates natively on Windows as well. Upon installation and launch, the software scans the network to identify any Netvio devices. A Netvio controller is responsible for discovering all encoders and decoders, serving as a single configuration point for the entire system. This centralized approach is crucial when managing large-scale deployments, potentially with hundreds of devices, as it eliminates the need to connect to each one individually. The software also checks whether the firmware is up to date. If an update is required, a pop-up window prompts the user to install the latest version. These updates are sourced from the cloud but are stored locally on the laptop. This ensures that even in locations without internet access, users can still install the most recent version available from their last online session. Additionally, the software maintains its own updates via the cloud. Whenever a new version or updated drivers for the control app become available, they are automatically downloaded upon launching the application. This seamless integration with cloud infrastructure ensures the system remains consistently updated for the best user experience.

  • To simplify the integrator’s experience, the software eliminates the need to manually enter or modify IP addresses. Once the system detects a product, it automatically links to the web UI of the controller or matrix, allowing seamless and secure login. We have invested significant time in ensuring our software meets the highest security standards required by institutions such as banks, educational facilities, and casinos—organizations with exceptionally stringent network security requirements. Our system incorporates robust security measures, including a fully encrypted web interface that never transmits unencrypted passwords. We utilize SSH for encrypted communication between all devices and implement AES-256 encryption for video streams, ensuring that unauthorized access is entirely prevented.

  • Once connected to the system, the interface remains consistent whether using a matrix or any version of the AV over IP solution. In this example, an IP device has been reset. If this were a matrix, the inputs and outputs would be preset (e.g., input 1, 2, 3, 4 and output 1, 2, 3, 4). However, with AV over IP, there is an additional step to scan and assign all input and output devices to the controller. The system automatically searches the network and detects devices. One of Netvio’s key advantages is its pre-configured network switches. Typically, configuring network switches for multicast and IGMP snooping requires at least an hour of training, along with specific settings for various switch brands. Training on one brand, such as Cisco, would not apply to others like Netgear or Juniper, requiring extensive documentation and configuration guides. Instead, Netvio offers a streamlined solution with pre-configured 24-port and 48-port switches. These plug-and-play switches simplify deployment for systems with up to 20 or 45 devices. They are clearly labeled for connecting controllers, encoders, decoders, and Wi-Fi networks, ensuring seamless configuration and control. Once all devices synchronize with the controller, the system applies a preset configuration to each unit, restoring them to factory defaults. Initially, the discovered devices appear as red icons. During synchronization, the icons change to indicate progress. Once complete, a blue RJ45 icon confirms successful synchronization. If an issue arises, the icons may turn red, signaling a network configuration problem. At that stage, reviewing the switch settings would be necessary. Using a Netvio switch, video can be routed across the network within seconds. Expanding any input reveals a preview stream, providing a real-time snapshot of each source. This feature is particularly useful during initial setup, allowing easy identification and labeling of sources. Instead of referring to a device by its MAC address or model number, sources can be named intuitively, such as "Apple TV" or "Media Player." This preview function also serves as a troubleshooting tool. If network issues are present, corrupted video may appear in the preview window, indicating that the HDMI connection at the source is fine, but there is a network-related issue preventing proper video transmission. For technical support, remote access to this screen provides a wealth of diagnostic information, streamlining troubleshooting. Key details such as resolution, encoder format, EDID settings, and IP validity are displayed. Enabling audio information reveals source audio type and even the Dante IP address of the device. Although the IP address may not yet be valid in this demonstration, it can be configured shortly. The extensive two-way feedback and diagnostic data provided by Netvio surpass many other AV over IP solutions. Simply accessing this screen remotely allows technicians to identify and resolve most issues quickly. Finally, outputs can be labeled for organization, which will be useful later in the setup process. Devices can be reordered using arrows or by dragging them into place. This organization is particularly beneficial during control system configuration, as grouping adjacent screens simplifies programming and enhances workflow efficiency.

  • One of the things we do exceptionally well is EDID management. Many brands still rely on DIP switches across their products, but we only use them for EDID on our point-to-point HDBaseT extenders that support EDID management. I personally dislike seeing DIP switches everywhere else because it means you have to dig out the user guide just to figure out the settings. When it comes to EDID copy, using DIP switches can be a real hassle. That’s why our solution includes a built-in list of EDIDs, and we also allow importing EDIDs from the receivers or even from your laptop if you have stored EDIDs. With just a single click—by hitting "Set EDID" or importing the file—you’re good to go. It’s quick, seamless, and efficient. Our system is designed to be incredibly user-friendly. You can easily view the EDID data in use, which can also be copied and analyzed using an EDID management software tool. This is a highly powerful EDID management solution—one that I frequently use in tech support to help people achieve the best picture and audio quality for their systems.

  • The audio input on each encoder can be configured with three available sources: HDMI audio, a dedicated analog input, or two Dante input channels on the chipset. In most cases, HDMI will be the primary audio source, but there are instances where analog or Dante may be required. If Dante is enabled, the encoder’s Dante input will appear in Dante Controller, allowing it to function as a transmitter or receiver for audio distribution.

  • If you're using our GO control solution, the integrated GO app runs on iPhone, iPad, Android, and our dedicated 13-inch touch panel, designed for rugged environments like bars and gyms. The interface is fully configured through the Netvio 360 software tool. The AppBuilder feature allows users to create a new project based on the configured controller or matrix. It automatically imports device and display names, controller IP settings, and login credentials, requiring minimal setup. Uploading the project results in a functional control interface, displaying sources and screens for easy content switching. For source device control, simply drag and drop devices like set-top boxes or media players into the app. Control options include IR, CEC, or network-based control. For example, a Fire TV uses CEC over HDMI, eliminating the need for an IR connection. Netvio also supports audio control integration with leading amplifier brands like Blaze, Cloud, Monitor Audio, Rotel, Sonance, and Yamaha, with Powersoft and LEA support coming soon. Adding an amplifier prompts for an IP address, after which inputs and outputs can be assigned, linking encoders to the appropriate display zones. A newly launched Multiviewer allows up to four inputs to be displayed on a single screen, ideal for picture-in-picture setups. Encoders feature HDMI loop-through, enabling flexible connections, including streaming the multiview output across the network to multiple zones. Presets can be customized or disabled as needed. To organize the layout, area buttons can be dragged onto designated zones, with custom images assigned from a built-in library or user-uploaded files. Once configured, the project can be published via a QR code for quick app setup or uploaded directly to the controller for easy device discovery. This streamlined workflow ensures an intuitive, fully customized control experience with minimal setup.

  • NetvioGO includes a demo mode that allows users to explore different project types, including sports bars, corporate, residential, and yacht environments. The sports bar project is often preferred as it showcases the most functionality, including multiple video walls and screens. The app’s settings menu offers options to disable preview videos for a simplified interface, set automatic timeout durations, and disable IR, USB, and serial routing for faster switching in large display setups. A master power switch allows all displays and amplifiers to be turned off with a single press—ideal for venues like sports bars that require a quick system shutdown at closing time. Users can also upload a customizable logo, such as an integrator’s or venue’s branding. For video switching, users can select individual screens or apply changes across multiple displays—perfect for large events like the World Cup. A control interface enables multi-page, swipeable controls for source devices. Additionally, the ContentPlus stream can be displayed full-screen on devices like iPads, allowing staff to monitor content in locations without a TV while still controlling the source. The audio controls provide two-way feedback for volume and mute status. Independent audio switching allows users to change audio zones separately from video sources. The audio lock feature ensures that audio remains unchanged when switching video sources—useful in hospitality settings where different screens may need to display varied content while maintaining a single audio source. For video walls, users can switch between preset layouts with a single tap, drag and drop content, and save new configurations as presets for future use. While NetvioGO is not designed to replace full control systems like Symetrix, Crestron, or Q-SYS, it offers valuable functionality at no additional cost, making it a powerful option for venues that don’t require a fully integrated control system.

RX-HT2-40-10

40m (131ft) 4K60 Receiver

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RX-HT2-40-20

40m (131ft) 4K60 ARC Receiver

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RX-HT2-70-10

70m (231ft) 4K60 ARC Ethernet Receiver

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MX-HT2-0806-10

8x8 HDBaset Matrix

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