Shopping Mall Atrium LED Display: Cost and Formats

Quick answer

A shopping mall atrium LED display costs US$486–US$1,096 per m² (US$45–US$102 per sq ft) as a transparent cabinet screen, US$1,222–US$2,024 per m² as LED film on glass, and US$636–US$855 per m² as a solid indoor wall at P2.5–P3.91. For example, a 6 × 4 m (19.7 × 13.1 ft) EA1000TiF2 transparent screen costs about US$15,312, and an 8 × 4.5 m (26.2 × 14.8 ft) EA250WH5 P2.6 solid wall about US$27,252. Choose the format by whether the glass and daylight must stay open, then match pitch to the nearest balcony and confirm the service route.

Sources used: EA250INV specs; EA250WH5 specs; EA1000TiF2 specs

Atriums are bright, multi-level spaces viewed from below, across and above, so brightness, viewing angle and access often decide the choice more than pitch alone.

Mall atrium LED screen cost by format

Reference ex-factory prices from the EagerLED Aug 2026 price list, in USD, for the standard configuration; final pricing is subject to a formal quotation. They exclude support structure, video processing beyond the standard receiving cards, power distribution, freight, duties and installation. EA250WH5 prices use its 1000 × 500 mm cabinet.

For a deeper comparison of film and cabinet transparent screens on shopfronts and glass walls, see transparent LED film vs cabinets. The indoor LED screen price guide covers solid walls at every pitch.

Decide how much glass and daylight must remain visible

An atrium screen raises two sightline questions: what stays visible through the display, and how it reads from balconies across the void.

• Keep the glass open: EA250INV film mounts directly on suitable indoor glass without a steel frame and keeps 70–90% transparency depending on pitch and configuration. Its modules are 2 mm thick and weigh about 1.3–1.5 kg.
• See-through, but on a frame: EA1000TiF2 is a fixed indoor transparent cabinet with 60% transparency, an aluminium 1000 × 1000 mm cabinet weighing 6.7 kg, and rear service through an openable cover.
• Solid video wall: EA250WH5 is a 30 mm deep front-service wall with six cabinet sizes, for positions where nothing needs to be seen through the screen.

Three atrium examples

Transparent cabinet screen, 6 × 4 m (19.7 × 13.1 ft). 24 EA1000TiF2 cabinets cover 24 m² (258 sq ft) and weigh about 161 kg.

Transparent pitches give two numbers because the LED strips are spaced differently across and down: P3.91–7.82 means 3.91 mm horizontally and 7.82 mm vertically. At P3.91–7.82, each cabinet has 256 × 128 pixels, so the 6 × 4 m screen is 1536 × 512.

LED film on glass, 5 × 2.5 m (16.4 × 8.2 ft). 50 EA250INV modules of 1000 × 250 mm cover 12.5 m² (134.5 sq ft) and weigh only about 65–75 kg. At P6.25 the film costs about US$15,275 and shows 800 × 400 pixels; at P3.91 it costs about US$25,300 and shows 1280 × 640.

Solid wall on a balcony face, 8 × 4.5 m (26.2 × 14.8 ft). 72 EA250WH5 cabinets of 1000 × 500 mm cover 36 m² (387.5 sq ft) and weigh about 756 kg. It costs about US$22,896 at P3.91, US$25,920 at P2.97, US$27,252 at P2.6 and US$30,780 at P2.5. At P2.6 the wall is 3072 × 1728 pixels, and at P3.91 2048 × 1152, both exact 16:9 canvases for mall advertising.

Match pitch to the nearest balcony and content detail

Start with the closest regular viewer, not the far side of the atrium: a balcony directly opposite, an escalator landing, a ground-floor kiosk or a side balcony looking across at an angle. A common rule of thumb allows 2–3 m of comfortable viewing distance per millimetre of pitch, so P3.91 suits viewers about 8–12 m away and P2.6 about 5–8 m. Use the pixel pitch and viewing distance guide, then test small text from the nearest balcony.

EA250INV comes in P3.91, P6.25 and P10.42; EA250WH5 from P1.25 GOB to P3.91, with EagerLED placing P2.5–P3.91 for walls viewed from about 3 m and beyond. Viewing angle matters because people look from above and from the side: EA250INV and EA1000TiF2 each list 140°, and EA250WH5 160°. Test from side balconies, not only from the centre of the ground floor.

Brightness for daylight and evening

Atriums under glass roofs get strong daylight at midday and much less in the evening. The formats differ sharply: EA1000TiF2 reaches up to 5,000 cd/m², EA250INV configurations 1,500–4,500 cd/m², and EA250WH5 750 cd/m² at P1.95–P3.91. A solid indoor wall facing a skylight can look washed out at noon, while a transparent screen at full output can glare in the evening. Ask for the operating brightness for the exact configuration, test it at the installed orientation at midday and in the evening, and agree a brightness schedule.

For filming and photos, the three models list refresh rates of at least 3,840 Hz; EA250INV adds 16-bit greyscale and up to 9,000:1 contrast, and EA250WH5 14- or 16-bit greyscale. Shoppers photograph atrium screens constantly, so test with phone cameras before handover.

Mounting, service access and power

Service access often decides the format on an atrium balcony:

If the screen position has no rear walkway, EA1000TiF2’s rear-service design has to be checked before it is chosen. For film, confirm the glass condition, the cable route and how a failed module is replaced.

Power varies widely. EA1000TiF2 lists 800 W/m² maximum and 220 W/m² average, so the 6 × 4 m screen needs about 19 kW at maximum and averages about 5.3 kW. Ask for maximum and average figures for whichever format you shortlist, and size the circuit from the maximum.

Content and advertising on an atrium screen

Atrium screens usually carry paid advertising, events and wayfinding, so plan the content system with the hardware. Agree the canvas size early: the 16:9 solid walls above take standard advertising files, while a 1536 × 512 transparent screen or a 1280 × 640 film needs content made for its wide shape. Transparent screens look best with bright graphics on black backgrounds, because black pixels are switched off and let the view through.

Decide who sells and schedules advertising, how campaigns are uploaded, and how the screen reports what played. A content management system with remote scheduling lets the mall’s marketing team change campaigns without visiting the screen. Running 12 hours a day, the 6 × 4 m transparent screen’s average 5.3 kW comes to roughly 63 kWh a day, which belongs in the advertising business case alongside the purchase price.

Indoor ratings and limits

All three formats are indoor products. EA250WH5 cabinets are rated IP31 for indoor use with a −20 to +60 °C working range, and are not for outdoor use. EA1000TiF2 is IP33 and designed for fixed indoor use with a −20 to +60 °C range. EA250INV is described for indoor glass. An atrium can still get strong sun and heat behind glass, so ventilation and the brightness test remain necessary.

Atrium quotation checklist

• Decide whether the glass must stay see-through, and state the required transparency.
• Measure the nearest balcony, escalator and ground-floor viewing positions.
• Name the exact model, pitch, transparency, brightness and viewing angle for each option.
• Test brightness at midday and in the evening at the installed orientation.
• Confirm the service route, mounting method, glass condition and power supply in writing.
• Price screen, processing, spares, structure and installation on separate lines, and compare offers with how to compare LED screen quotes.

For a feature display hanging in the void rather than a flat screen, see LED sphere vs cylindrical display for an atrium.

Frequently asked questions

How much does a mall atrium LED screen cost?

About US$486–US$1,096 per m² for a transparent cabinet screen, US$1,222–US$2,024 for LED film on glass and US$636–US$855 for a solid P2.5–P3.91 wall. A 6 × 4 m transparent screen costs about US$15,312.

Is a transparent LED screen cheaper than a solid wall?

Per m², a coarse transparent cabinet can be cheaper (from US$486), but it shows far fewer pixels. For detailed content viewed up close, a solid P2.5–P3.91 wall gives a sharper image.

What pixel pitch is best for a mall atrium?

P3.91 for balconies about 8–12 m from the screen, and P2.5–P2.97 when the nearest viewers are closer. Transparent screens use coarser pitches and suit large graphics.

Can an LED screen be fixed directly to atrium glass?

LED film such as EA250INV mounts directly on suitable indoor glass without a steel frame. Confirm the glass condition, cable route and service method first.

How bright should an atrium LED display be?

Bright enough for the sunniest hour at its position, with a lower evening setting. Solid indoor walls run at about 750 cd/m²; transparent screens reach 4,000–5,000 cd/m² for atriums under glass roofs.

Does an atrium LED screen need planning approval?

Check with the mall’s landlord and local authority. Large screens near escalators and balconies can raise fire, structural and glare questions, so involve the building engineer and fire consultant before ordering, and keep the screen clear of sprinklers, smoke vents and exit signs.

How much does it cost to run a mall LED screen?

Mostly electricity and maintenance. The 6 × 4 m EA1000TiF2 screen averages about 5.3 kW, roughly 63 kWh a day over 12 hours; multiply by your tariff. Add spare modules and a service contract.

Which atrium format is easiest to maintain?

A front-service solid wall such as EA250WH5, because technicians work from the balcony side with a suction tool and no aisle is needed behind it. Rear-service transparent cabinets need a planned route behind the screen.

Share your atrium drawings, glass details and viewing positions to request a quote.