| Pixel Pitch | 4.44mm | 5.71mm | 6.67mm | 8mm | 10mm |
| Module Size | 480mm*320mm | ||||
| Scan Mode | 9s | 7s | 6s | 4s | 2s |
| LED Chip Model | Kinglight SMD1921 | Kinglight SMD2727 | Kinglight SMD2727 | Kinglight SMD3535 | Kinglight SMD3535 |
| Module Pixel Resolution | 108dots(W)*72dots(H) | 84dots(W)*56dots(H) | 72dots(W)*48dots(H) | 600dots(W)*40dots(H) | 48dots(W)*32dots(H) |
| Drive Type | Constant drive (IC:MBI5124/ICN2153) | ||||
| Control System | Nova star | ||||
| Input Voltage | AC220V/50Hz or AC110V/60Hz | ||||
| Average Power Consumption | 180W/m² | ||||
| Cabinet Size | 960mm*960mm | ||||
| Cabinet Pixel Resolution | 216dots(W)*216dots(H) | 168dots(W)*168dots(H) | 144dots(W)*144dots(H) | 120dots(W)*120dots(H) | 96dots(W)*96dots(H) |
| Pixel Denisty | 50625dots/m² | 30625dots/m² | 22500dots/m² | 15625dots/m² | 10000dots/m² |
| Material | Aluminum | ||||
| Refresh Rate | ≥3840hz | ||||
| Colors | 549 Billion | ||||
| Brightness | ≥5500cd/m² | ||||
| Life Span | ≥100,000 hours | ||||
| IP Rating(Front/Rear) | IP65 | ||||
| Min. Viewing Distance | ≥4.44m | ≥5.71m | ≥6.67m | ≥8m | ≥10m |
| View Angle | 160°(W) 120°(H) | ||||
| Temperature‑operating | ‑30℃ ~ +80℃ | ||||
| Humidity‑operating | 10%‑95% | ||||
| Source Compatibility | AV,DVI,HDMI,SDI,S‑Video,DP etc | ||||
| Thickness | 85mm | ||||
| Items | P1.95 | P2.6 | P2.971 | P3.91 | P3.91 flexible |
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| LED Chip Model | Kinglight SMD1415 | Kinglight SMD1415 | Kinglight SMD1921 | Kinglight SMD1921 | Kinglight SMD1921 |
| Pixel Pitch | 1.95mm | 2.6mm | 2.976mm | 3.91mm | 3.91mm |
| Pixel Density(m²) | 147456 dots/m² | 112896 dots/m² | 65536 dots/m² | 65536 dots/m² | 65536 dots/m² |
| Module Size(mm) | 250×250mm | 250×250mm | 250×250mm | 250×250mm | 250×250mm |
| Pixels/Module(dots) | 128×128 | 96×96 | 84×84 | 64×64 | 64×64 |
| Cabinet Size(mm) | 500×500 / 500×1000 | ||||
| Pixels/Cabinet(dots) | 256×256 / 256×513 | 250×250 / 250×500 | 168×168 / 168×336 | 128×128 / 128×256 | 128×128 / 128×256 |
| Cabinet Weight | 8kg / 14kg | ||||
| Brightness(nits) | ≥4500nits | ≥4500nits | ≥4500nits | ≥5500nits | ≥5500nits |
| Viewing Distance | 1.95m | 2.6m | 2.971m | 3.91m | 3.91m |
| Average Power | 180w/m² | ||||
| Driver Mode | 1/24 scan | 1/24 scan | 1/21 scan | 1/16 scan | 1/16 scan |
| Viewing Angle | H:140°; V:140° | ||||
| Curve(Optional) | ‑10° ~ 10° | ||||
| Cabinet Material | Die‑casting Aluminum | ||||
| Refresh Rate | 3840Hz | ||||
| LED Life | 100,000 hours | ||||
| Supply Voltage | AC100~240V(50~63Hz) | ||||
| Operating Temperature | ‑40℃ ~ +80℃ | ||||
| Operating Humidity | 10%‑90% | ||||
| Gray Scale | 16bit | ||||
| IP Rating | IP65 | ||||
| Color Temperature | 6500‑9500k | ||||
| Difference | Common Cathode Technology | Traditional Common‑Anode Technology |
|---|---|---|
| Circuit diagram |  |
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| Current Path | The current flows from the driver circuit to the anode of the LED bead, passes through the LED bead, and then reaches the common cathode, forward voltage drop | The current flows from the common anode to the LED beads, then returns through the driver circuit, resulting in an increased circuit voltage drop |
| Power Supply Method | Independent power supply for R, G, and B, with precise voltage matching (2.8V for red light, 3.8V for blue/green light) | RGB shares a common power supply, using a fixed voltage higher than 3.8V |
| power consumption efficiency | The comprehensive energy consumption is 20%‑30% lower than that of the common anode (configuration) | Unified high‑voltage power supply leads to a significant increase in power loss |
| screen temperature | Screen temperature is approximately 15℃ lower than the common anode (configuration) | Redundant electrical energy is converted into heat |
| heat dissipation method | Passive heat dissipation (no fan required) | Active heat dissipation (requires installation of a fan or air conditioner) |
| 28% lighter and 24% thinner than traditional waterproof iron cabinets, saving space and cutting transportation/installation costs. |
Modules, cabinets and power boxes are formed via CNC integrated die-casting, featuring high precision, excellent flatness, and a cabinet tensile strength of up to 900MPa. Modular design enables flexible assembly/disassembly and easy maintenance. |
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| Lock the fast-lock | Lock connecting plate | Connect the aviation plug cable |
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| Lock the fast-lock | Lock connecting plate | Connect the aviation plug cable |
The cabinet is designed with a wire-hiding box to prevent wires from being exposed. This not only enhances aesthetics but also protects the wires from damage by insects and rodents, ensuring long-term stable operation.
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| Turn the module lock 90 degrees clockwise to open it | Hold the handle and pull it forward | Pull out the LED module backward | Remove the safety rope |
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| Locate the four maintenance holes on the front of the LED module | Turn the module latch 90 degrees counterclockwise to open it | Take out the LED module | Take off the safety rope |
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| Open the power box latch | Maintenance of the power supply, receiver card, HUB board, etc. |
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| Remove the 8 fixing screws of the power box | After removing the power box, perform maintenance following the above method |
• Quality: we have a strict quality control system. All displays will undergo aging tests for 24hours at least.
• Logo : your logo can be printed on the cabinetn.
• Package: support for wooden package and flight case both.
• MOQ: we accept sample order in small sqm , such as 1sqm , 2sqm.
• Warranty: 3 years , free spare parts & free technical support
• Lead time: 12 days after initial payment depsoited
• Payment method: TT, Western Union
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