Leveraging 15+ years of LCD manufacturing expertise, we now deliver advanced 7-8" AMOLED panels engineered for mission-critical industrial systems. These self-emissive displays combine ultra-high contrast (>10,000:1) and military-grade durability (-40°C to 105°C operation), enabling slimmer designs (0.3–0.5mm thickness) and superior visibility in extreme environments—overcoming traditional LCD limitations in response speed, flexibility, and power efficiency.
Feature | Our AMOLED | Standard LCD |
---|---|---|
Contrast Ratio | >10,000:1 (True Black) | 1,000–1,500:1 (Backlight Bleed) |
Response Time | 0.1ms (No Motion Blur) | 15–30ms (Ghosting) |
Power Consumption | 30% Lower (Dark UI) | Fixed Backlight Waste |
Thickness | 0.3–0.5mm (Integrated Touch) | 1.2–2.0mm (Separate Layers) |
Viewing Angle | 178° (Color Stable) |
120° (Gamma Shift) |
Strengths | Limitations & Solutions |
---|---|
✅ True Black & Energy Savings | ⚠️ Higher Initial Cost: Offset by 30% lifetime energy savings |
✅ Slim Design (Integrated Touch) | ⚠️ Lifespan: 3–5 years* (Extended to 7+ with phosphorescent blue emitters) |
✅ Wide Viewing Angles | ⚠️ Burn-in Risk: Mitigated via pixel shift algorithms |
Automotive: Digital dashboards (7.1" EV battery status screens with CAN Bus interface).
Medical: Surgical monitors (anti-glare coating for endoscopes).
Industry 4.0: HMI control panels, AR maintenance goggles.
Aviation: Cockpit displays with 120Hz refresh for real-time data.
Seamless LCD-to-AMOLED Migration: 200+ successful transitions since 2020.
Certifications: ISO 13485 (Medical), IATF 16949 (Automotive), MIL-STD-810H4.
Value-Added Services: Optical bonding + capacitive touch integration (saves 20% assembly cost).
MOQ: First purchase, no purchase quantity limit.
✨ Case Study: 7.1" AMOLED for Aviation HUD
Specs: 800 nits · 178° viewing angle · MIPI interface
Result: 40% thinner vs. LCD · 30°C wider operating temperature range6.
Cost Control: Localized supply chain (15% lower cost vs. imported panels).
Risk Mitigation: 24-month warranty + burn-in protection algorithms.
Speed: 65% faster prototyping than industry average.