iiyama ProLite TW1125LAS-B3PNR

The iiyama ProLite TW1125LAS-B3PNR is a compact, self-contained 11-inch touch panel PC designed for meeting rooms, reception desks and information kiosks. Powered by Android 16 on an octa-core Rockchip RK3576 processor, it runs apps directly on the device—no external PC required. Power over Ethernet (PoE IEEE802.3at) delivers both power and data via a single LAN cable, dramatically simplifying installation. The built-in NFC-RFID reader enables contactless room booking and employee authentication, while the programmable RGB LED bar provides an instant, at-a-glance status indicator visible from a distance. With flexible landscape, portrait and face-up mounting, built-in quad microphone, speakers and iiSignage² CMS support, it covers virtually any front-of-house interactive scenario.

Power over Ethernet Simplifies Installation

PoE (IEEE802.3at, up to 24 W) delivers both power and Gigabit data to the display through a single standard LAN cable. There is no need to run a separate power circuit or hide a power adapter behind the screen — the RJ45 port handles everything. In practice this means a wall-mounted room panel or reception display can be commissioned with a single cable pull from a PoE switch, keeping cabling minimal and the installation clean. It also makes repositioning or replacing the unit straightforward: unplug one cable and it's done.

Android 16 Built-in SoC — No External Player

The TW1125LAS-B3PNR runs Android 16 on an octa-core Rockchip RK3576 (4×A53 + 4×A72, up to 2.2 GHz) with 4 GB LPDDR5X RAM and 64 GB eMMC storage. This means the panel is a fully self-contained computer: applications are installed directly via Google Play Store, and the unit can operate indefinitely without an attached PC or media player. For AV installations this eliminates an extra device, its cabling, its power supply and its licensing overhead. Kiosk mode is included, locking the interface down to approved apps and preventing accidental system changes — important for unattended public-facing deployments.

One cable. Android 16. Touch, NFC and LED — all built in.

Rated 24-7 · MTBF 50,000 hours · CE, RoHS, UKCA certified

NFC and RFID Reader for Contactless Interaction

The unit integrates an NFC reader (NXP 7221) plus a 125 kHz RFID reader supporting 9,600 kbit/s. This enables contactless employee badge authentication, visitor check-in, room reservation confirmation and similar workflows without any additional hardware. The NFC-RFID module communicates with enabled devices and tags held within close proximity, making it effective for both card-based access systems and smartphone NFC interactions. Because the reader is built into the display frame itself, there are no exposed dongles or secondary readers to manage — the entire interactive surface, including touch and NFC, lives within one device.

Programmable RGB LED Bar for Instant Status Visibility

A dedicated RGB LED light bar runs around the edge of the display and can be programmed to show any colour through the included LED control app or via the API. The most common use is a simple traffic-light scheme — green for available, red for occupied — making room status readable from across a corridor without anyone needing to approach the screen. Colour transitions and patterns can be integrated with booking system APIs, so the bar updates automatically as reservations change. This removes ambiguity in busy office environments and reduces interruptions from people checking whether a room is free.

iiSignage² CMS Integration for Remote Content Control

The device ships with iiSignage² pre-installed — iiyama's own cloud-based Content Management System. Through iiSignage² administrators can push content, schedule playback, update application configurations and monitor device status across an entire fleet of panels from a central dashboard. This is relevant for deployments with multiple panels (multi-room, multi-site) where manual updates at each device would be impractical. Because the CMS is native to the platform, there is no compatibility risk or extra licensing tier to negotiate with a third-party signage software vendor — it works out of the box.

Flexible Orientation: Landscape, Portrait and Face-Up

The TW1125LAS-B3PNR supports landscape, portrait and flat face-up mounting, with auto-rotation so the on-screen content reorients automatically when the panel is repositioned. VESA 75×75 mm and 100×100 mm patterns are both supported, and an included slide-on wall mount with integrated cable cover handles the most common wall-panel scenario neatly. Face-up orientation is useful for table-top interactive kiosks and counter installations. The combination of multiple mounting modes and dual VESA patterns gives installers real flexibility to adapt the panel to existing brackets or architectural constraints without sourcing additional mounting hardware.

True 24-7 Operation with 50,000-Hour MTBF

The panel is rated for continuous 24-hour, 7-day-a-week operation and carries an MTBF figure of 50,000 hours — a meaningful reliability indicator for always-on deployments such as hotel reception counters, hospital information points or transport hubs. Flicker-free display technology reduces eye strain for staff who work alongside the screen throughout the day. The 9 W typical power draw keeps energy costs very low even at continuous operation. These figures, taken together, make a credible case for a long-term, low-maintenance installation without requiring powered-down maintenance windows.

Built-in Quad Microphone and Speakers

A quad-microphone array and 2×2 W stereo speakers are integrated directly into the chassis, along with a 3.5 mm mini-jack for headset connectivity. This extends the TW1125LAS-B3PNR beyond a pure display or kiosk into voice-enabled scenarios: video conferencing at a reception desk, voice-activated signage interactions, or ambient announcements. Because the audio hardware is built in, no external speaker bar or microphone unit is needed, keeping the wall or counter installation visually clean and reducing the number of components that can fail or be accidentally disconnected.