Workstations, graphics cards and professional monitors mostly use DisplayPort, while ANLYA modules carry HDMI. This design puts a DP-to-HDMI chip on the TX carrier board so it takes the DP output directly. The RX outputs HDMI, or drives a DP monitor through an HDMI-to-DP chip on its own carrier board. The modules stay the same; all interface conversion happens on the carrier boards.
The usual fix is a DP-to-HDMI adapter plugged into the DP port, then a wireless transmitter on top. That adds a dangling adapter and cable behind the PC. It works loose, the screen goes black when someone bumps it, and when something fails nobody can tell whether it is the adapter or the wireless link.
Off-the-shelf adapters differ in the resolutions, refresh rates and audio they support, and they all look the same on paper. Problems such as a capped resolution or missing sound only show up on site, and the only fix is swapping adapters until one works.
Many professional monitors have only DP inputs, or reach their full spec only over DP. If the receiver outputs HDMI alone, another adapter goes on the monitor side, and now there are compatibility issues at both ends.
Every extra conversion step is another chance for EDID data to be lost or altered. When the source cannot read what the display really supports, the result is a black screen, no audio, or a resolution forced down to a lower setting.
The TX carrier board includes a DP-to-HDMI chip, so a single DP cable runs from the workstation or graphics card to the transmitter with no external adapter. The module itself is unchanged; only the input section of the carrier board is redesigned.
You select the conversion chip for your target resolution and fix it on the carrier board, so every unit ships with the same part instead of whatever adapter is on hand. For 4K60, confirm during selection that the chip supports 4K60.
The RX outputs HDMI as standard. To drive a DP monitor, add an HDMI-to-DP chip on the RX carrier board. Note that on the 4K60 models the TX and RX pinouts differ, so the two carrier boards must be designed separately.
The RX reads the display's real EDID and returns it to the source, which avoids black screens, missing audio and forced downscaling. Video, audio and KVM data share one link, so a keyboard and mouse at the RX can operate the workstation directly.
Tell us the resolution, range and interfaces you need. We reply with the module set, carrier-board documents and sample pricing.
Cabling hassle and adapter chaos in meeting rooms, especially with BYOD guests.
View solution →KVM ExtensionThe host must live in a rack or server room while the operator sits tens of metres away.
View solution →Film & BroadcastCameras move constantly while director, focus puller and client all need the same feed.
View solution →Portable DisplayPortable monitors still need an HDMI or Type-C cable to the source, which gets in the way when moving around or sharing the screen.
View solution →Wired & FiberBetween buildings, across a site or in heavy RF interference, wireless cannot reach and HDMI cable cannot run that far.
View solution →Mobile CastingLaptops, tablets and phones often have only USB-C, so casting starts with hunting for an adapter, and guest devices in meeting rooms and showrooms vary widely.
View solution →DockingLaptops have few ports, so monitors, keyboard and mouse, Ethernet and charging all need adapters, and casting in a meeting room means carrying yet another dongle.
View solution →In-Car ConnectivityThe head unit only supports wired CarPlay, so the phone has to be plugged in every trip, and rear passengers end up passing phones around to share content.
View solution →Medical & IndustrialMobile probes tangle cables; routing between operating room and lecture hall is restricted.
View solution →GamingConsole lives in the living room but you want to play in the bedroom or study.
View solution →Digital SignageCeiling-mounted screens are hard to wire and re-fitting means breaking walls again.
View solution →Long RangeAirborne video must reach the ground station in real time over long distances.
View solution →IndustrialHarsh machine-side conditions rule out terminals, and mobile units cannot drag video cables.
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