Experience HDBaseT transmission turned up to 11 with WyreStorm’s new 18Gbps HDMI solution. Never one to shy away from embracing new technology, we’ve been sending lossless native 24Hz HDR-10 content over HDBaseT since 2016. Now though, content is going above the capability of HDBaseT with HFR (High Frame Rate) HDR here already in the form of Blu-Ray, Satellite & Cable (HLG) and gaming content. WyreStorm’s H2X matrix is ready for this with our new light-compression transmission solution.
WyreStorm TX-H2X-VLC — H2XC Card: HDMI In, 4K60 HDBaseT Out
Experience HDBaseT transmission turned up to 11 with WyreStorm’s new 18Gbps HDMI solution. Never one to shy away from embracing new technology, we’ve been sending lossless native 24Hz HDR-10 content over HDBaseT since 2016. Now though, content is going above the capability of HDBaseT with HFR (High Frame Rate) HDR here already in the form of Blu-Ray, Satellite & Cable (HLG) and gaming content. Wyr
| Marka | WyreStorm |
|---|---|
| Model | TX-H2X-VLC |
| Inputs | 1x HDMI In: 19-pin type A 1x S/PDIF In: S/PDIF Coaxial Digital |
| Outputs | 1x HDBaseT (VLC): 8-pin RJ-45 Female 1x S/PDIF Out: S/PDIF Coaxial Digital 1x Audio Out: 3-pin Phoenix |
| Video Encoding | HDBaseT™ Class A |
| Encoding Data Rate | 9.2Gbps |
| 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 16bit 3840x2160p @30Hz 8bit 4:4:4 3840x2160p @60Hz 10bit 4:2:0 HDR 4096x2150p @60Hz 8bit 4:4:4 |
| Maximum Pixel Clock | HDMI: 600mHz, HDBaseT™: 297MHz |
| HDMI | HDCP 2.2, EDID, DVI-D supported with adapter (not included) |
| HDBaseT | HDMI, HDCP 2.2, EDID, CEC, 1-way PoH to Receiver, Bidirectional IR |
| IR | 1x IR RX 3.5mm (1/8in) TRS Stereo, To Receiver over HDBaseT™ |
| RS-232 | From Matrix – No Connection on card, Bidirectional over HDBaseT™ |
| Ethernet | From Matrix – No Connection on card, Bidirectional over HDBaseT™ |
| Audio Return Channel (ARC) | Supported |
| Power Supply | Internal to Matrix |
| Max Power Consumption | Matrix Dependent |






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