ARES — Fixed Installation LED Cabinets (Multi-Pitch P2.5 / P3 / P4 / P5 / P6 / P8 / P10)

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ARES Fixed-Install LED (P2.5 / P3 / P4 / P5 / P6 / P8 / P10) — bright ≥5500–6000 cd/㎡ cabinets in indoor (IP30) and outdoor (IP54/IP65) variants, with Nova synchronous control, ≥3840–7680 Hz refresh, and modular 160–320 mm panels. Power-smart (Avg 155–300 W/㎡), durable sheet-metal/iron build, and cabinet formats from 768–976–960 mm for dependable…

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Description

ARES is a rugged fixed-install LED family built for long-running signage in public spaces. With sheet-metal/iron cabinets (square formats from 768–976–960 mm depending on pitch), Nova synchronous control, and high-brightness LEDs (≥5500–6000 cd/㎡), ARES balances durability, serviceability, and visual performance for transport hubs, campuses, retail façades, stadium concourses, and municipal DOOH.

✨ Key Benefits

  • Seven pitch options (P2.5–P10) to match viewing distance >2–>10 m.

  • Bright & camera-friendly≥3840–7680 Hz refresh for flicker-free video.

  • Indoor & outdoor buildsIP30 (indoor) or IP54/IP65 (outdoor) by model.

  • Pro-grade controlNova synchronous system; inputs via controller DVI/VGA/HDMI/SDI.

  • Service-ready modules — standardized 160×160 / 192×192 / 256×128 / 320×160 mm sizes.

  • Power-smart — typical draw 155–300 W/㎡ (model dependent).

📌 Model Options & Viewing Distance

  • P2.5>2 m viewing

    • LED: SMD1415 | Pixel density: 160,000 dots/㎡

    • Module: 160×160 mm, 64×64 pixels | Scan: 16S

    • Cabinet: 960×960×80 mm | IP30 (indoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 800 W/㎡, Avg 300 W/㎡

  • P3>3 m viewing

    • LED: SMD1921 | Pixel density: 111,111 dots/㎡

    • Module: 192×192 mm, 64×64 pixels | Scan: 16S

    • Cabinet: 960×960×80 mm | IP30 (indoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 550 W/㎡, Avg 185 W/㎡

  • P4>4 m viewing

    • LED: SMD1921 | Pixel density: 62,500 dots/㎡

    • Module: 256×128 mm, 64×32 pixels | Scan: 8S

    • Cabinet: 768×768×80 mm | IP30 (indoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 700 W/㎡, Avg 235 W/㎡

  • P5>5 m viewing

    • LED: SMD2727 (3-in-1) | Pixel density: 40,000 dots/㎡

    • Module: 320×160 mm, 64×32 pixels | Scan: 8S

    • Cabinet: 960×960×80 mm | IP65/IP54 (outdoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 850 W/㎡, Avg 285 W/㎡

  • P6>6 m viewing

    • LED: SMD3535 (3-in-1) | Pixel density: 27,777 dots/㎡

    • Module: 192×192 mm, 32×32 pixels | Scan: 8S

    • Cabinet: 768×768 mm | IP65/IP54 (outdoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 620 W/㎡, Avg 210 W/㎡

  • P8>8 m viewing

    • LED: SMD3528 (3-in-1) | Pixel density: 15,625 dots/㎡

    • Module: 320×160 mm, 40×20 pixels | Scan: 8S

    • Cabinet: 976×976 mm | IP30 (indoor)

    • Brightness: ≥5500 cd/㎡ | Power: Max 500 W/㎡, Avg 155 W/㎡

  • P10>10 m viewing

    • LED: SMD3535 (3-in-1) | Pixel density: 10,000 dots/㎡

    • Module: 320×160 mm, 32×16 pixels | Scan: 2S

    • Cabinet: 960×960 mm | IP65/IP54 (outdoor)

    • Brightness: ≥6000 cd/㎡ | Power: Max 800 W/㎡, Avg 265 W/㎡

🧩 Technical Highlights

  • Cabinet formats: 768×768 / 960×960 / 976×976 mm (by pitch); depth ≈ 80 mm where noted

  • Cabinet material: Sheet-metal / simple iron cabinet (indoor & outdoor variants)

  • Weight (typ.): ≈30 kg/㎡ (most models), ≈48 kg/㎡ for P10

  • Refresh frequency: ≥3840–7680 Hz | Gray level: 14-bit | Viewing angle: 140°

  • Power (per ㎡): see models above (Avg 155–300 W/㎡; Max 500–850 W/㎡)

  • Electrical: AC100–240 V, 50–60 Hz

  • Control: Computer synchronous control via Nova system (DVI/VGA/HDMI/SDI inputs)

  • Operating temp: −20°C to +60°C

  • Ingress protection: IP30 (indoor) or IP54/IP65 (outdoor) depending on model

🛠️ Best-Fit Applications

  • DOOH & municipal signage — roadside, plazas, transport nodes

  • Stadiums & arenas — concourses, entryways, wayfinding

  • Retail façades & malls — promotions and brand takeovers

  • Campus & civic venues — announcements, events, messaging

Note: Choose IP30 (indoor) or IP54/IP65 (outdoor) configurations per pitch and project environment. We’ll confirm cabinet size, load, and power during design.