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Get in touch with WyreStorm for latest
information and special offers.
Because the H2X platform packs such a big punch with its standalone version, it wouldn’t be sensible to not offer a modular version. Much like the 2K 16×16 modular matrix, WyreStorm takes custom AV distribution and control to new heights with the H2XC platform.
The H2XC platform gives integrators the utmost in switching and flexibility; for large projects that demand the latest in 4K HDR technology, while giving the integrator the freedom to choose exactly what goes into its chassis, making a perfect fit for the install. Fully utilizing the matrix, not your wallet.
This 16×16 custom matrix chassis is built to your custom specification from a range of TX-H2X transmission cards, allowing hundreds of variations at your disposal.
This 16×16 custom matrix chassis is built to your custom specification from a range of TX-H2X transmission cards, allowing hundreds of variations at your disposal.
The optional TX-H2X-VLC transmission card now allows the powerful ability to pass the full bandwidth required of HDMI 2.0 over long distances via HDBaseT™ by utilizing Variable Compression technology over a single Cat6 and higher cable.
The optional TX-H2X-VLC transmission card now allows the powerful ability to pass the full bandwidth required of HDMI 2.0 over long distances via HDBaseT™ by utilizing Variable Compression technology over a single Cat6 and higher cable.
The integrated digital audio matrix can manage up to 48 multi-channel sources, which is made up of audio from the connected HDMI or remote HDBaseT™ sources, separate audio-only devices via S/PDIF and multi-channel ARC from HDBaseT™ zones.
The integrated digital audio matrix can manage up to 48 multi-channel sources, which is made up of audio from the connected HDMI or remote HDBaseT™ sources, separate audio-only devices via S/PDIF and multi-channel ARC from HDBaseT™ zones.
The optional TX-H2X-HDBT input card allows source devices to be de-centralized and sent remotely back to the head-end. A large switching eco-system can be created using WyreStorm’s huge range of HDBaseT™ transmission devices.
The optional TX-H2X-HDBT input card allows source devices to be de-centralized and sent remotely back to the head-end. A large switching eco-system can be created using WyreStorm’s huge range of HDBaseT™ transmission devices.
AUDIO & VIDEO
Inputs
Up to 16x HDMI In: 19-pin type A
Up to 16x HDBaseT™ In 8-pin RJ-45 female
Up to 16x S/PDIF In Coaxial Digital
Outputs
Up to 16x HDBaseT Out 8-pin RJ-45 female
Up to 16x HDMI Out 19-pin type A (Mirrors HDBaseT™)
Up to 16x Optical Out: SFP+
Up to 16x S/PDIF Out Coaxial Digital
Up to 16x Audio Out 3pin Phoenix Connector
Output Video Encoding
HDBaseT™ Class A 5-Play
Encoding Data Rate
9.2Bbps
End to End Latency
10µs (micro seconds)
Audio Formats
S/PDIF: 2ch PCM | Multichannel: Up to 5.1 DTS and Dolby Digital
HDMI: 2ch PCM | Multichannel: LPCM and Up to DTS-X and Dolby Atmos
Video Resolution (Max)
1920x1080p @60Hz 12bit
1920x1200p @60Hz 16bit
3840x2160p @24Hz 10bit 4:2:0 HDR
3840x2160p @30Hz 8bit 4:4:4
3840x2160p @24Hz 10/12bit HDR 4:2:0
4096x2160p @60Hz 8bit 4:2:0
4096x2160p @60Hz 8bit 4:4:4
Long Cable Mode Forced Resolution:
1920x1080p @60Hz 12bit
Supported Standards
DCI | RGB | HDR | HDR10 | Dolby Vision | HLG | BT.2020 | BT.2100
Maximum Pixel Clock
HDMI: 600mHz | HDBaseT™: 297MHz
AUDIO & VIDEO
Maximum Pixel Clock
150Mhz
COMMUNICATION & CONTROL
HDMI
HDMI | HDCP 2.2 | EDID | DVI/D supported with adapter (not included)
HDBaseT
HDMI | HDCP 2.2 | EDID | ARC | 1-way PoH to Receiver | Bidirectional IR and Ethernet
Ethernet
1x 8-pin RJ-45 female | Web UI | IP Control | Bidirectional over HDBaseT™
IR
1x IR Ext – 3.5mm (1/8in) TRS Stereo | Matrix Control10x IR RX – 3.5mm (1/8in) TRS Stereo | 10x IR TX – 3.5mm (1/8in) TS MonoTransmits to Over HDBaseT™
RS-232
Bidirectional over HDBaseT | Matrix Control | Firmware Updates
Audio Return Channel
(ARC)
Supported
POWER
Power Supply
100~240V AC 50/60Hz
PoH
48V | Each HDBT Outputs: 15.4W | All Outputs: 95W
Max Power Consumption
Default Configuration: 200W
Note: Power Consumption increases by +11W for each optional TX-H2X-HDBT card installed. Max of 6 TX-H2X-HDBT cards can be used within a single matrix when using PoH.
AUDIO & VIDEO
Inputs
Up to 16x HDMI In: 19-pin type A
Up to 16x HDBaseT™ In 8-pin RJ-45 female
Up to 16x S/PDIF In Coaxial Digital
Outputs
Up to 16x HDBaseT Out 8-pin RJ-45 female
Up to 16x HDMI Out 19-pin type A (Mirrors HDBaseT™)
Up to 16x Optical Out: SFP+
Up to 16x S/PDIF Out Coaxial Digital
Up to 16x Audio Out 3pin Phoenix Connector
Output Video Encoding
HDBaseT™ Class A 5-Play
Encoding Data Rate
9.2Bbps
End to End Latency
10µs (micro seconds)
Audio Formats
S/PDIF: 2ch PCM | Multichannel: Up to 5.1 DTS and Dolby Digital
HDMI: 2ch PCM | Multichannel: LPCM and Up to DTS-X and Dolby Atmos
Video Resolution (Max)
1920x1080p @60Hz 12bit
1920x1200p @60Hz 16bit
3840x2160p @24Hz 10bit 4:2:0 HDR
3840x2160p @30Hz 8bit 4:4:4
3840x2160p @24Hz 10/12bit HDR 4:2:0
4096x2160p @60Hz 8bit 4:2:0
4096x2160p @60Hz 8bit 4:4:4
Long Cable Mode Forced Resolution:
1920x1080p @60Hz 12bit
Supported Standards
DCI | RGB | HDR | HDR10 | Dolby Vision | HLG | BT.2020 | BT.2100
Maximum Pixel Clock
HDMI: 600mHz | HDBaseT™: 297MHz
AUDIO & VIDEO
Maximum Pixel Clock
150Mhz
COMMUNICATION & CONTROL
HDMI
HDMI | HDCP 2.2 | EDID | DVI/D supported with adapter (not included)
HDBaseT
HDMI | HDCP 2.2 | EDID | ARC | 1-way PoH to Receiver | Bidirectional IR and Ethernet
Ethernet
1x 8-pin RJ-45 female | Web UI | IP Control | Bidirectional over HDBaseT™
IR
1x IR Ext – 3.5mm (1/8in) TRS Stereo | Matrix Control10x IR RX – 3.5mm (1/8in) TRS Stereo | 10x IR TX – 3.5mm (1/8in) TS MonoTransmits to Over HDBaseT™
RS-232
Bidirectional over HDBaseT | Matrix Control | Firmware Updates
Audio Return Channel
(ARC)
Supported
POWER
Power Supply
100~240V AC 50/60Hz
PoH
48V | Each HDBT Outputs: 15.4W | All Outputs: 95W
Max Power Consumption
Default Configuration: 200W
Note: Power Consumption increases by +11W for each optional TX-H2X-HDBT card installed. Max of 6 TX-H2X-HDBT cards can be used within a single matrix when using PoH.