P1.86 P2 P2.5mm Indoor Wall Mounted LED Video Wall High Definition Ultra Thin
Product Details
| Product Name: | Indoor Wall-mounted LED Video Wall, High-definition And Ultra-thin | Usage: | Retail Storefronts, Shopping Malls, Glass Curtain Walls, Exhibitions, Museums, Brand Showrooms, Stage Backgrounds, Events, Banks, Hotels, Building Facades, Car Dealerships |
|---|---|---|---|
| Size: | 640×480MM | Color: | Black |
| Pattern: | 1R1G1B SMD | Control System: | Novastar Colorlight |
| Feature: | 16:9 High-definition Splicing With No Distortion In Playback. The 640×480 Mm Cabinet Size – Our LED Cabinet Has A Larger Area Than The Conventional 480×480 Mm Cabinet, Which Improves The Overall Installation Efficiency Of The Display Screen. The 4:3 Aspect | Weight: | Cabinet Weight: 3.5kg (per Cabinet) Module Weight: 1.2 Kg (per Module) |
| Advantage: | Diverse Installation Options – Flexible And Efficient Front Installation The Product Supports Wall‑mounted Front Installation, With The Total Screen Thickness Less Than 100 Mm, Allowing The Screen To Blend Fully Into The Wall. No Maintenance Space Is Requ | Shape: | Standard Rectangle |
| Service: | 2-3 Years Warranty + Free Spare Parts + Lifetime Remote Support + RMA Repair + On-site Service Available | ||
| Highlight |
Indoor Wall Mounted LED Video Wall,High Definition LED Video Wall,Ultra Thin Fine Pitch LED Video Wall |
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Product Description
P1.86 P2 P2.5mm Indoor wall-mounted LED video wall, high-definition and ultra-thin
Key features:
16:9 high-definition splicing with no distortion in playback.
The 640×480 mm cabinet size – our LED cabinet has a larger area than the conventional 480×480 mm cabinet, which improves the overall installation efficiency of the display screen.
The 4:3 aspect ratio design enables 16:9 widescreen splicing, ensuring that mainstream video content plays without stretching or distortion.
Stability module, higher reliability.
320×160 mm module size – the mainstream size for engineering fine‑pitch products.
The module comes standard with a precision injection‑molded base shell made of flame‑retardant material, densely ribbed to ensure flatness and prevent deformation.
The module magnets are evenly arranged in a star pattern at 45°, ensuring balanced force on all four sides, so that module assembly is more stable and flatter.
A “signal‑power separation” design is adopted: each module has independent input interfaces for signal and power, eliminating interference and ensuring more stable transmission.
Full pitch coverage with versatile and flexible design combinations.
A wide range of products to choose from – PH1.2 / P1.5 / P1.8 / P2 / P2.5 mm – covering all mainstream pixel pitches on the market to meet the display requirements of various application scenarios. Truly a single product that handles it all. One die‑cast cabinet is compatible with all pitches.
One cabinet, one card, one power supply.
The universal cabinet design allows the cabinet to be reused. Each cabinet requires only one receiving card and one power supply to drive the load, which reduces potential failure points of the display and lowers overall system cost as well as spare parts cost.
When replacing modules, the cabinet remains reusable; each cabinet still needs only one receiving card and one power supply, minimizing failure points and cutting overall costs.
For future product upgrades, there is no need to change the cabinet – only the modules need to be replaced.
Diverse Installation Options – Flexible and Efficient
Front Installation
The product supports wall‑mounted front installation, with the total screen thickness less than 100 mm, allowing the screen to blend fully into the wall. No maintenance space is required behind the screen, greatly saving installation space.
Rear Installation
No load‑bearing wall is required; the screen can be floor‑mounted via profile mounting frames, offering flexible positioning.
Suspended (Hanging) Installation
Using a dedicated lifting beam, the screen can be suspended, taking up no floor space at all.
Inward‑Curved (Concave) Installation
By means of arc connecting brackets, concave splicing can be easily achieved, providing an immersive visual experience.
Installation: Fast, Accurate, and Stable
Faster Assembly
Conventional fine‑pitch cabinets use connecting plates and screws for cabinet splicing, which results in low installation efficiency. The VMQ series adopts an interlocking structure design that eliminates cumbersome operations – with just a 1‑second lock, it not only ensures high precision but, more importantly, greatly reduces installation time. Installation efficiency is increased by more than three times, saving both time and effort.
A Cleaner and More Stable Display
Typical LED displays use external cabling on the cabinet, leaving wires exposed. This poses a risk of poor contact or failure due to accidental touching or other external factors, which can cause abnormal display or even large‑area blackouts. This product features wireless connectivity, with no exposed cables on the back of the screen. It completely eliminates accidental contact and interference from the external environment on the power and signal cables, significantly enhancing the screen's resistance to external interference, while also improving the overall aesthetics of the display.
Ingenious Craftsmanship, Intelligent Manufacturing
Industry 4.0 Intelligent Manufacturing
High‑precision CNC machining from the original factory, with extremely high accuracy.
High‑Quality Matte Black LEDs
The entire screen delivers high contrast, good uniformity, and high reliability.
Enhanced Protection
The cabinet back is designed without holes, providing dustproof, moisture‑proof, and water‑drip protection. The front LED panel is enhanced with nano vacuum coating technology (black tech), offering all‑round protection that effectively avoids common defects .
The mapping function enables on‑site visual screen configuration, improving debugging efficiency.
Supports display rotation in 90° increments – enabling creative screen presentation that delivers an ultimate visual experience.
High Refresh Rate
The self‑developed high‑end display control system supports ultra‑high refresh rate output, with extremely fast response in driver decoding. Captured images are stable, free from ripples and flicker, ensuring clear edges in dynamic displays and excellent dynamic performance.
Through core technologies such as eliminating bright and dark lines, high‑speed calibration, high‑precision calibration, and automatic imaging analysis and adjustment, we have solved the persistent problem of bright/dark lines and ensured high‑quality display performance on the screen. Brightness uniformity exceeds 97%, and the X/Y color coordinate error is within ±0.003.
Truly user‑friendly full front‑and‑rear maintenance. Whether from the front or the rear of the screen, all components can be quickly and easily maintained, making installation and maintenance free from space constraints. Our product truly achieves full front‑and‑rear maintenance, requiring no maintenance space to be reserved at the back of the screen (for wall‑mounted installation) – it takes up no space at all! Traditional rear‑maintenance products, on the other hand, require at least 600 mm of maintenance space behind the screen, which causes significant space waste, affects the overall interior design, and indirectly increases the investment cost.
Product Specifications
| Parameter | VMQ 1.2 | VMQ 1.5 | VMQ 1.8 | VMQ 2.0 | VMQ 2.5 |
|---|---|---|---|---|---|
| Pixel Pitch (mm) | 1.2 | 1.5 | 1.8 | 2.0 | 2.5 |
| Pixel Density (dots/m²) | 640,000 | 422,500 | 289,050 | 250,000 | 160,000 |
| LED Package Type | SMD (common for all) | ||||
| Cabinet Size W×H×D (mm) | 640×480×75 (common for all) | ||||
| Cabinet Resolution (dots) | 512×384 | 416×312 | 344×258 | 320×240 | 256×192 |
| Cabinet Material | Die‑cast Aluminum (common) | ||||
| Module Weight (kg/pc) | 9 (common) | ||||
| Operating Voltage (V) | AC 100~240 (common) | ||||
| Brightness (cd/m²) | 600 | 600 | 600 | 600 | 500 |
| Brightness Adjustment | Intelligent / Manual Programmable Control (common) | ||||
| Viewing Angle V/H (deg.) | Horizontal 160°, Vertical 160° (common) | ||||
| Gray Scale (bit) | 14 (common) | ||||
| Refresh Rate (Hz) | 3840 (common) | ||||
| Frame Rate (Hz) | 50/60 (common) | ||||
| Contrast Ratio | 8000:1 (common) | ||||
| Color Temperature (K) | 2000K ≤ TC ≤ 10000K, adjustable (common) | ||||
| Average Power Consumption (W/m²) | 125 | 120 | 125 | 115 | 105 |
| Maximum Power Consumption (W/m²) | 500 | 480 | 500 | 460 | 420 |
| Maintenance Method | Front / Rear Maintenance (common) | ||||
| IP Rating | Front IP30 / Rear IP60 (common) | ||||
| LED Operating Life (H) | 100,000 (common) |
Factory Strength – Why Choose Us
1. Advanced Manufacturing Capabilities
As a professional LED display manufacturer, we operate a modern production facility equipped with industry-leading machinery. Our factory features fully automated SMT assembly lines with high-precision placement equipment for LED module mounting and soldering, ensuring exceptional production efficiency and product consistency. From electronic processing, automated SMT production, gluing, and spraying, to assembly, debugging, and aging testing – we maintain a complete LED display production chain, ensuring every screen is manufactured under strict process standards.
With our efficient manufacturing processes and large-scale production capacity, we achieve a monthly output of over 1 million LED modules and an annual production capacity exceeding 1 million square meters of LED display products. This scale enables us to meet high-volume procurement demands and fast delivery requirements for clients worldwide.
2. Rigorous Quality Control System
Quality is our lifeline. We are ISO9001:2008 certified and implement standardized management across every stage of our operations. From raw material procurement and incoming quality assurance (IQA) to in-process quality control (IPQC) and outgoing quality assurance (OQA), every step strictly follows international quality control procedures.
Our comprehensive quality management system includes:
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128 full-chain quality inspection processes – ensuring every screen is fully traceable from raw materials to finished products
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72-hour continuous aging testing – each module undergoes extended burn-in to verify long-term stability and reliability
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48-hour full-screen aging testing – every completed display is assembled and tested as a complete system before shipment
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Zero-dead-pixel guarantee – every module leaving our factory is guaranteed to have zero dead pixels
Our products have passed rigorous testing by professional certification bodies and hold RoHS, CCC, CE, FCC, ETL, and UL certifications. They have successfully passed IP67 dust and waterproof testing, anti-glare testing, electromagnetic compatibility testing, high and low temperature testing, and heavy metal content testing – ensuring full compliance with global market准入 standards.
3. Strong R&D & Technical Expertise
We maintain an experienced R&D team dedicated to structural design, circuit optimization, and process innovation in LED display technology. Our company has accumulated deep technical expertise in die-cast aluminum/magnesium alloy cabinets, COB encapsulation, transparent displays, flexible screens, and creative display solutions.
Key proprietary technologies:
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Current-Sharing Backup Power System – our industry-first innovation that enables seamless power failover through adjacent cabinets, ensuring zero blackout during live events
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Bump-Pattern Mask Design – combined with screw and snap-fit technology to prevent LED surface scratches and protect against impact damage
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Spring-Loaded Snap-Lock System – enables true single-person, tool-free installation in seconds
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Platform Cabinet Design – the same cabinet supports multiple pixel pitches and can be reused for both indoor and outdoor applications, significantly reducing inventory costs
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Integrated Arc-Lock Mechanism – supports curved splicing with an adjustment range of -7.5° to +10°
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Flexible Signal/Aviation Plug Configurations – offering both aviation plug and bottom signal cable options to suit different installation needs and budgets
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Pop-Out Corner Protectors – protecting cabinet edges and LED lamps during handling and transportation
4. Global Service Network
Our products are exported to over 130 countries and regions worldwide, including Europe, North America, South America, Southeast Asia, and the Middle East. With reliable quality, professional service, and competitive pricing, we have earned the long-term trust of clients across the globe.
Our after-sales commitment:
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2-3 year standard warranty (extendable to 5 years upon request)
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Lifetime free remote technical support via WhatsApp, email, and video call
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Comprehensive installation tutorial videos for easy setup
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RMA repair service – defective parts can be returned to our factory for repair
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On-site engineer service available for large-scale projects (travel costs to be covered by the client)
5. Strategic Location – Shenzhen, the Global LED Industry Hub
Our factory is located in Shenzhen, China – the world's R&D and manufacturing center for the LED display industry. This strategic location provides us with:
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Complete supply chain access – sourcing high-quality components at competitive costs
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Rapid response capabilities – quick turnaround on custom orders and urgent requirements
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Industry-leading talent pool – access to the best technical expertise in the field
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Cutting-edge market intelligence – staying ahead of the latest industry trends and technologies
Product Highlights
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