HDMI/HDCP/DVI, 165MHz / 225MHz, 75 ohms, 32 kHz, 44.1 kHz/48 kHz/96 kHz
The DXLink Multi-Format Decor Style Wallplate Transmitter sends analog or digital video including HDMI/HDCP, along with embedded audio or supplemental analog audio up to 100 meters to an Enova DGX Digital Media Switcher, compatible Enova DVX All In One Presentation Switcher or directly to a DXLink Receiver. It receives Power over DXLink* from the Enova DGX, Enova DVX (3155HD or 2155HD), PS-POE-AT-TC High Power PoE Injector or PDXL-2 Dual Power over DXLink Controller over the twisted pair cable and features both a multi-format analog port to support legacy devices and an HDMI port to support newer digital devices.
Mount the DXLink Multi-Format Decor Style Wallplate Transmitter in the wall, lectern or popular floor box to connect guest equipment and send audio and video signals across the room, on the other side of the house or in a classroom down the hall. Since it is powered remotely, the wallplate can be installed virtually anywhere.
- Only One Cable – Send audio and video, while passing power over one twisted pair cable
- Multi-Format Analog Port and HDMI Port – Supports legacy analog signals - RGBHV, Component, S-Video, and Composite, and digital HDMI/HDCP, DisplayPort++ and DVI signals
- Send HDMI signals up to 100 meters – Extend the reach of the HDMI signals far beyond the capabilities of typical HDMI cabling
- Standard Twisted Pair Cable – Save time and effort in installation by leveraging cost effective twisted pair cable, see the Cabling for Success with DXLink white paper for more details
- Easy Installation – Mounts in standard decor style wallplates
- Power over DXLink* Enabled – Designed for use with Enova DGX or DVX systems with DXLink inputs, or PS-POE-AT-TC (FG423-84) or PDXL-2 (FG1090-170) to provide remotely located Power over DXLink (requires firmware v1.2.40 or above)
- DXLink Direct Connection – When receiving Power over DXLink* from the PS-POE-AT-TC or PDXL-2, DXLink Wallplates can be connected directly to a DXLink Receiver for a point-to-point solution
