Portable monitors serve as a second screen for laptops or an external screen for consoles and cameras, but an HDMI or Type-C cable ties the screen to the source. Moving it or sharing it around a table is awkward. Here the RX module is built into the portable monitor and the TX becomes a transmitter on the source, so the picture reaches the screen wirelessly.
The cable that comes with a portable monitor is usually a metre or two, so the screen stays next to the source. Turning it toward someone across the table or moving it to another desk means a longer cable or moving the host.
During a demo or a group discussion the screen gets passed from person to person, dragging the host along by its cable. The connectors take repeated strain and eventually get loose.
Laptops mostly use USB-C, while consoles and cameras use HDMI. One portable monitor needs several cables, one is easy to forget, and without it the screen is useless.
A touch-enabled portable monitor needs a separate USB cable back to the host on top of the video cable. With two cables on the desk, plugging into the wrong port or forgetting the USB leaves a picture that doesn't respond to touch.
The 22 x 45 mm RX module plugs into a carrier board inside the monitor through its 80-pin edge connector, and its HDMI output feeds the panel driver. There is no external receiver box.
The TX becomes a transmitter: an HDMI version for consoles and cameras, and a USB-C version for laptops with a DP Alt Mode to HDMI converter on the carrier board. TX and RX ship pre-paired and link automatically at power-up.
Connect the monitor's touch panel to the RX over USB. Touch data travels back over the link and the host sees a local USB touch device, with no driver. Neither video nor touch needs a cable.
The RX reads the portable monitor's real EDID and passes it to the source, avoiding black screens and forced resolution drops. Embedded HDMI audio stays in sync, and the RX analog audio output switches to headphones automatically when they are plugged in.
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 →Wired & FiberBetween buildings, across a site or in heavy RF interference, wireless cannot reach and HDMI cable cannot run that far.
View solution →Pro DisplayWorkstations, graphics cards and pro monitors mostly use DisplayPort. Going wireless means stacking DP-to-HDMI adapters, which is messy and hard to keep compatible.
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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