AET KL14AA54 vs Sharp LD-FE153

1.5 mm against 1.5 mm · specifications from both manufacturers' datasheets

Side-by-side specifications, then the same wall built from each tile, so the comparison is in panels, kilograms, circuits and data runs rather than in marketing copy.

Whole cabinets rarely hit an identical size, so each wall is the closest build to a real video format (16:9 or 16:10) near 8 m wide for that tile: 7.68 × 4.32 m and 7.90 × 4.45 m respectively.

What the numbers say

• AET KL14AA54 resolves finer: 444,444 pixels per square metre against 398,892 for Sharp LD-FE153, 11% more. On a 8 m wide wall that is 5,120 px across versus 4,992 px.
• AET KL14AA54 is the lighter rig: 27 kg/m² against 42 kg/m². Across this wall that is 556 kg of difference, 1,096 kg versus 1,652 kg, which moves point loads and can change the hoist call.
• AET KL14AA54 draws more: 451 W/m² against 183 W/m² at full white. For this wall that is 15 kW versus 6.4 kW, and 6 versus 3 circuits at a 16 A/230 V supply with an 80% derate.
• Data is lighter on AET KL14AA54: 32 runs against 39, at 4 and 6 panels per port respectively (60 Hz, 8-bit, ports loaded to 80%). Fewer runs means fewer home runs to pull and fewer processor ports to find.
• Different cabinet formats: 480 × 540 mm against 608 × 342 mm, so 128 tiles versus 169 for the same wall. Fewer, larger cabinets build faster; smaller ones give finer control over wall dimensions and are easier to handle alone.
• Estimated truck space: 6 m for AET KL14AA54 against 7.5 m for the other, including spares, cases and cabling.

Full specifications

• AET KL14AA54: specs and calculator
• Sharp LD-FE153: specs and calculator
• All AET panels
• All Sharp panels

Related comparisons

• Samsung IF015H vs Sharp LD-FE153
• Barco XT1.5-E vs Sharp LD-FE153
• Leyard CLI1.5 vs Sharp LD-FE153
• Esdlumen (LianTronics) Pilot Pro 1.5 vs Sharp LD-FE153
• PixelFLEX FLEXUltra XT 1.5 vs Sharp LD-FE153
• Planar TVF014 vs Sharp LD-FE153