AOTO RM1.5B: 1.56 mm pitch, 500 by 500 mm cabinet.
Cabinet geometry, weight, and power for the AOTO RM1.5B, plus a calculator that turns a target wall size into cabinet counts, resolution, weight, and circuit loading.
Manufacturer published specs. XR/studio 500x500 preset. Verify against the manufacturer cut sheet before ordering.
Pixel pitch 1.56 mm, 102,400 pixels per cabinet at 320 by 320
Cabinet 500 by 500 mm (1.64 by 1.64 ft), 67.5 mm deep
8.2 kg (18 lb) per cabinet, about 32.8 kg per square metre
160 W peak per cabinet, 55 W average, about 640 W per square metre at peak
12 cabinets per 20A 120V circuit, 18 per 16A 230V circuit, at peak draw
The AOTO RM1.5B is indoor 1.56 mm pitch LED with a 500 by 500 mm cabinet carrying 320 by 320 pixels. Each cabinet weighs 8.2 kg (18 lb) and draws up to 160 W.
Those four numbers drive everything else on a build: how many cabinets reach your target size, what the wall weighs on the rigging, how many circuits the distro needs, and what resolution the processor has to feed.
Pixel pitch: 1.56 mm
Cabinet resolution: 320 by 320 (102,400 pixels)
Cabinet size: 500 by 500 mm
Brightness: 1000 nits
Refresh rate: 7680 Hz
Typical processor platform: Novastar
Power and circuits for the RM1.5B
At the 160 W peak figure, one 20A 120V circuit carries 12 cabinets and one 16A 230V circuit carries 18. Both numbers apply the 80 percent continuous load derate (NEC 210.20, IEC 60364), which is the same maths WireFlow uses when it sizes a real wall.
Size the distro on peak, not average. Average draw of 55 W tells you what the wall costs to run over a show; peak is what trips a breaker during a white flash.
Peak per cabinet: 160 W
Average per cabinet: 55 W
Cabinets per 20A 120V circuit: 12
Cabinets per 16A 230V circuit: 18
Input voltage: 100 to 240 V at 50/60 Hz
Worked example: a 4 by 3 wall
12 AOTO RM1.5B cabinets in a 4 wide by 3 high grid make a wall 2 by 1.5 m (6.56 by 4.92 ft) at 1280 by 960 pixels.
That wall weighs about 98.4 kg before rigging hardware and draws up to 1,920 W, which needs 1 circuit at 20A 120V or 1 at 16A 230V.
Wall size: 2 by 1.5 m
Resolution: 1280 by 960 pixels
Weight: about 98.4 kg
Peak draw: 1,920 W
Circuits: 1 at 20A 120V, 1 at 16A 230V
Build this wall in WireFlow
The calculator above sizes a wall to your target dimensions with this panel's real cabinet geometry, then reports cabinet count, resolution, weight, and circuits. From there WireFlow can drop the finished wall straight into a diagram, already wired to its processors, and the cable schedule and power report update with it.
Free to start: three editable diagrams, no credit card. Pro is $5/month at founder pricing.
Frequently asked questions
What is the pixel pitch of the AOTO RM1.5B?
1.56 mm. Each 500 by 500 mm cabinet carries 320 by 320 pixels, or 102,400 in total.
How much power does the AOTO RM1.5B draw?
Up to 160 W per cabinet at peak, averaging around 55 W in normal content. That works out to roughly 640 W per square metre at peak. Size distro on the peak figure.
How many RM1.5B cabinets fit on one circuit?
12 on a 20A 120V circuit and 18 on a 16A 230V circuit, both at peak draw with the standard 80 percent continuous load derate applied.
How much does the AOTO RM1.5B weigh?
8.2 kg (18 lb) per cabinet, which is about 32.8 kg per square metre of wall. A 4 by 3 wall of them comes to roughly 98.4 kg before rigging hardware.
Are these AOTO specs exact?
Manufacturer published specs. XR/studio 500x500 preset. Verify against the manufacturer cut sheet before ordering.
Can I design a wall with this panel in WireFlow?
Yes. Pick this panel, give it a target size, and WireFlow works out the cabinet grid, pixel map, weight, and power per circuit, then places the wall into your diagram already wired to its processors. Free to start with three diagrams and no card.