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| Unit Price: | £ |
| Part No: | BSHMX88-18G |
| Manufacturer No: | HMX88-18G |
| Delivery: | In Stock: 5-7 Days |
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The Blustream HMX88-18G is an 8x8 HDBaseT3™ AV matrix designed to manage and distribute high-bandwidth HDMI signals across multiple zones with consistency and clarity. The HMX88-18G supports uncompressed distribution of the latest HDR resolutions including HDR10/10+ resulting in the ultimate in picture quality for your critical viewing areas.
The Matrix also provides advanced features including simultaneous HDBaseT™/HDMI on outputs 1 & 2, video smart scaling on HDBaseT outputs, and an independent 26x8 audio matrix and ARC. The HMX88-18G includes an in-built web browser interface module for control and configuration of the Matrix, and RS-232, IR and Ethernet pass through to enable seamless 3rd party control integration.
* Transmission distance is subject to video format, cable type and installation environment.
* The HDBaseT3™ specification is based on using CAT6A F/UTP infrastructure or better. The use of CAT5e is not supported and CAT6 is not recommended due to potential bandwidth and performance issues.
** ARC feature supports HDMI ARC or Optical ARC. Compatible with RX18G receivers only
With the ability to route eight HDMI sources to eight independent zones, the HMX88-18G offers extensive control over both video and audio paths. Its integrated audio matrix allows audio sources to be managed separately from video, providing greater freedom when designing multi-room or multi-zone AV layouts.
The matrix supports control via front panel buttons, IR, RS-232, TCP/IP, and mobile applications for iOS and Android. A built-in web interface simplifies configuration and monitoring, while bi-directional IR and RS-232 over HDBaseT™ ensure seamless communication with connected devices.
Using HDBaseT3™ technology, the HMX88-18G delivers uncompressed HDMI signals over distances of up to 100 metres via a single CAT6A cable. Power over Cable support allows compatible receivers to be powered directly from the matrix, reducing the need for additional power supplies at remote locations.
The Blustream HMX88-18G is an 8x8 HDBaseT3™ AV matrix designed to manage and distribute high-bandwidth HDMI signals across multiple zones with consistency and clarity. The HMX88-18G supports uncompressed distribution of the latest HDR resolutions including HDR10/10+ resulting in the ultimate in picture quality for your critical viewing areas.
The Matrix also provides advanced features including simultaneous HDBaseT™/HDMI on outputs 1 & 2, video smart scaling on HDBaseT outputs, and an independent 26x8 audio matrix and ARC. The HMX88-18G includes an in-built web browser interface module for control and configuration of the Matrix, and RS-232, IR and Ethernet pass through to enable seamless 3rd party control integration.
* Transmission distance is subject to video format, cable type and installation environment.
* The HDBaseT3™ specification is based on using CAT6A F/UTP infrastructure or better. The use of CAT5e is not supported and CAT6 is not recommended due to potential bandwidth and performance issues.
** ARC feature supports HDMI ARC or Optical ARC. Compatible with RX18G receivers only
With the ability to route eight HDMI sources to eight independent zones, the HMX88-18G offers extensive control over both video and audio paths. Its integrated audio matrix allows audio sources to be managed separately from video, providing greater freedom when designing multi-room or multi-zone AV layouts.
The matrix supports control via front panel buttons, IR, RS-232, TCP/IP, and mobile applications for iOS and Android. A built-in web interface simplifies configuration and monitoring, while bi-directional IR and RS-232 over HDBaseT™ ensure seamless communication with connected devices.
Using HDBaseT3™ technology, the HMX88-18G delivers uncompressed HDMI signals over distances of up to 100 metres via a single CAT6A cable. Power over Cable support allows compatible receivers to be powered directly from the matrix, reducing the need for additional power supplies at remote locations.