Product Overview

The X250 series indoor LED display is engineered for premium fixed indoor installation projects for stages, churches, banquet venues and corporate conference rooms. The die‑cast full‑aluminum cabinet features an ultra‑thin 33‑mm depth and fan‑less cooling design, delivering elegant slim visual appearance while reducing mechanical failure points caused by fans.

This series adopts magnetic front‑maintenance architecture. Modules, power supply and receiving cards can be disassembled and replaced entirely from the front side of screen. No rear operation space required. It can be directly mounted on wall or hanged from ceiling without heavy truss frames, greatly cutting installation material cost and construction period. The hard‑connection design removes fragile flat ribbon cables between LED modules and HUB boards; all signal & power contacts use durable metal connectors for higher system stability and lower fault rate.

Multiple cabinet dimensions: 500×250mm,750×250mm,1000×250mm for flexible screen dimension customization. Supported pixel pitches cover P1.95 up to P3.91 to satisfy different viewing‑distance requirements. With 3840Hz high refresh rate, the screen performs flicker‑free when filmed by video cameras, perfect for live‑streaming stage backgrounds. Wide 160°/160° viewing angle and 5000:1 high contrast ensure consistent vivid image performance for whole audience area.

All cabinets support seamless splicing for large‑size video‑wall builds. Widely deployed for stage background walls, hotel banquet halls, church worship venues, auditoriums and luxury retail showrooms.

Key Features

• Magnetic front‑service architecture for zero rear clearance. Modules, power supplies and receiving cards pull straight from the front with a simple suction tool; technicians carry out repairs without working space behind the wall, which cuts site labour costs for banquet hall, church and stage fixed projects, especially when crews are busy managing lighting and audio rigging on‑site.
• Ultra‑slim 33‑mm depth cabinet for truss‑free mounting. Cabinets can be fixed directly onto walls or suspended from ceiling points without heavy truss frameworks, trimming material spend and reducing overall projection from the building surface for a neat, integrated venue look.
• Hard‑wired internal connections that remove fragile ribbon cables. Modules lock firmly onto the HUB board with solid metal contacts, eliminating loose or torn flat cables — a common source of intermittent faults on long‑term fixed‑installation video walls.
• Camera‑friendly high‑refresh performance at 3840Hz. Flicker‑free output under broadcast lighting, so stage‑camera feeds deliver clean images without banding, critical for live‑streamed weddings, corporate galas and worship events.
• Consistent cabinet‑to‑cabinet colour and brightness matching. Every panel is calibrated before shipment, ensuring uniform tone across large video‑wall builds so no single section appears dimmer or discoloured under venue lighting.
• One cabinet platform covering multiple pitches. The same cabinet housing supports P1.95, P2.5, P2.976 and P3.91 configurations, simplifying spare‑part stock holding for integrators working across different venue and viewing‑distance requirements.

Specifications

Cabinet Build & Service Access

Each cabinet is a die-cast aluminum shell finished in matte black. The back carries a molded housing that holds the control box and the receiving card, the sides have a pair of handles set where two people naturally grab, and the edges carry the metal latches that lock one cabinet into the next. On a rental screen those latches and the corners around them take more punishment than anything else on the rig, which is why they are the parts worth looking at after a hard load-out.

Service access works from either face, and which one you use depends on the build. On a ground-stacked wall with no walkway behind it, a dead module comes out from the front — no need to pull the cabinet or strike the wall. On a flown wall where the face sits above head height, the technician works from the rear instead, opening the housing and swapping the part in place. Having both routes means the fix is chosen by the site rather than forced by the cabinet.

Repairs happen at module level, not cabinet level. A single module can be replaced, which keeps the cost of a fault small and lets a knocked cabinet go back into stock once it has been made good. That matters when one unit in a rental fleet takes the hit that would otherwise take out a whole wall.

After a rough load-out, check three things before the cabinet goes back on the shelf: the latch action on every edge, the corners for flat spots, and the connector pins at the rear for bent or pushed-in contacts. Then run the cabinet on a test pattern next to a known-good neighbour to confirm the module and the signal path both behave. The screen still lights up with a deformed corner, but it will no longer sit flush against the cabinet beside it, and that is the kind of fault that only shows up on site.

Applications

• Corporate boardrooms and conference auditoriums. A permanent video backdrop behind presentation podiums, where screen sits flush against interior walls; adjustable brightness matches house‑light levels so on‑screen content stays readable without distracting in‑room audiences or video conferencing cameras.
• Church worship & sanctuary installations. A fixed stage backdrop for live streaming, song lyrics and sermon visuals, mounted directly to the wall with zero rear clearance; magnetic front‑service keeps maintenance simple without tearing down venue architectural finishes.
• Hotel banquet hall permanent builds. Installed for weddings, galas and corporate banquets, where the slim 33‑mm cabinet depth preserves venue aesthetics, working alongside Stage Effects Equipment - Fog, Sparks and Confetti - HUAXIA and stage lighting for full‑event visual production.
• Educational campus auditoriums & performing‑arts spaces. Permanent stage background for graduations, dance recitals and campus events; high 3840Hz refresh eliminates camera flicker for multi‑camera recording and live broadcast.
• Retail showroom and corporate lobby feature walls. Close‑view fixed display for brand storytelling and welcome messaging, fine‑pitch options deliver crisp detail when visitors stand only a few metres from the screen surface.
• Studio and broadcast control‑room video walls. Multi‑panel monitoring array for live production; consistent cabinet‑to‑cabinet colour calibration ensures uniform imagery across the complete wall for broadcast feeds.
• Fixed‑installation venue upgrade projects. Retrofit jobs replacing older projection systems, where no heavy truss framework is permitted; cabinets mount straight onto existing wall surfaces to cut structural material and build‑out expense.

Fixed‑Installation Workflow

1. Survey wall load‑bearing capacity and define finished screen dimensions before ordering cabinets. Confirm pixel pitch selection based on typical audience viewing distance, and map cabinet layout across wall elevation drawings.
2. Mount wall mounting brackets directly onto load‑bearing substrate; no truss required. Mark level reference lines, as every cabinet row will align off these fixed mounting points.
3. Hang cabinets row‑by‑row from the mounting brackets, building from bottom upwards. Ensure flush cabinet‑to‑cabinet seam alignment for seamless visual output across the full video wall.
4. Complete hard‑wired power and signal connections between cabinets. No fragile ribbon cables; solid metal HUB‑board contacts lock in place, leave accessible service loops hidden behind the cabinet assembly.
5. Install LED modules via magnetic suction tool from the front face. Fit power supply and receiving cards all from screen front‑side, eliminating requirement for rear working space.
6. Run full test patterns and real‑world content with venue house‑lights and permanent stage lighting switched to typical operating levels. Adjust brightness and colour calibration to match the venue’s real‑world lighting environment, not just dark‑room lab conditions.
7. Carry out full camera test with on‑site recording equipment, verifying flicker‑free performance for live‑stream and broadcast workflows.
8. Document cabinet layout, spare‑part part numbers and calibration settings for future front‑service repair visits. Store suction service tool and spare modules on‑site for fast venue maintenance response.

Included Equipment

Ordering & Delivery

1. Send the job brief. Pitch, finished width and height, whether the wall hangs or stacks, and whether it works indoors or under cover. A simple plan or a photograph of the stage is enough for us to work from.
2. We confirm the configuration and the price — cabinet count, control, cable runs. The minimum order is one piece, so a single cabinet and a complete wall start the same way.
3. Confirm the mains voltage and plug type for your market, and tell us what you want held as spares. Both change what is packed and what the order costs.
4. Every set is checked before it leaves. Cabinets, control and cables are run together rather than boxed straight from stock, so a fault shows up here instead of on your stage.
5. Consolidation & transportation: the screen can travel as one consignment with the rest of your order — commonly the 4×60W Storm Rotating LED Beam Wash Light, the 960W 6-Head Infinite Tornado LED Effect Light, the 750W LED Profile Moving Head Light CMY CTO Framing, the 500W LED CTO Prism Beam Moving Head and the 290x290 Spigot truss.
6. If the show also carries stage effects equipment, add it to the same order and it ships in the same consignment rather than arriving on a second date.
7. Basic on-site technical support is part of the package. Agree what it covers and who is contactable on the day with your sales contact once the dates are fixed; lead time, packing and payment terms are confirmed the same way.

Rig Compatibility

• Truss and hanging frame. Check the wall against the truss you already hold before the order, not on site. Our 290x290 spigot truss is 6082-T6 aluminum in a square box section, joined with spigots and safety pins so sections go together without heavy tools, and it builds into corners, arches and base plates to form a screen hanging frame or a lighting rig beside it. Sections carry a stated maximum safe span of up to 14 m under reasonable load, so if your plan runs wider than one bay, the frame layout belongs in the conversation rather than in the crew's improvisation. Send bay widths and pick-up heights and the frame is quoted with the cabinets.
• Ground stacking. If your venues stack rather than fly, the parts that decide whether the build sits straight are the base sections and the deck. Base parts and brackets are quoted with the order so the bottom row lands on something designed for it, and the first row is checked for level before anything is locked above it — every row above inherits that line.
• Control platform. The set ships with its own sending and receiving control system, so the wall runs from your playback source without buying a separate processor: the sending unit takes the signal and a receiving card sits in the control box on each cabinet. If your warehouse already runs a particular control platform, name it and we confirm how this stage LED display sits inside it before you commit — the screen is the last link in the video chain, and the two things worth settling early are your media source output and the route from the control position to the wall.
• Signal and data run. Plan the cable route as part of the rig, not as an afterthought on the day. Cabinet-to-cabinet signal and power cables come with the set, and the service loop is left where the crew can reach it during the show, so a module swap or a re-seat does not mean striking half the wall.
• Mains power and distribution. Tell us the mains voltage and plug type for your market and the power supplies are matched to it in the order. The wall is normally fed from the same distribution as the rest of the rig, so decide at the planning stage how many ways the screen needs and how much spare capacity is left for the lights — a screen that arrives without a plan for its power is the one that delays the load-in.
• Sharing the rig with lights and effects. The screen rarely owns its truss alone. It hangs in the same structure as the stage LED lights and the stage effects equipment, so the screen position is fixed first and the lighting positions are worked around it, with data and power routed once for the whole rig rather than run twice.
• Adding to cabinet stock you already own. Keep one wall on one pitch and one cabinet family. Ordering the same pitch as your existing stock means a cabinet can be pulled from one wall to serve another, which is the cheapest spare part you can hold; if your current stock is a different platform, plan this as its own wall rather than mixing cabinets on a single surface.

Supply Chain & Delivery Assurance

HUAXIA has been sourcing and exporting stage equipment from China since 2012, working from a database of more than 3,000 qualified suppliers built over 10+ years in the trade. That network lets us compare several factories for each item, combine different categories into a single order and consolidate everything into one shipment — one contact instead of many. Sampling, factory audit, QC and inspection, and export documentation are handled by our own teams before goods leave. OEM and ODM are supported, orders start from one piece, and we handle consolidation and transportation through to your port.

FAQ