Pitch and total resolution
Compare the models listed on this page using the complete wall dimensions and nearest viewer. Confirm that source resolution and processor capacity match the resulting pixel canvas.
ULTRA FINE PITCH SERIES
Fine Pitch LED Display
Fine-pitch LED systems for close-viewing indoor applications
Compare the listed pitch range against nearest viewing distance
Confirm full-wall resolution, source workflow and camera use
Plan alignment, calibration and front-service access before installation
Quick Specifications
Core specs at a glance — the B2B essentials you need to evaluate your project
P0.78 – P1.56 Fine Pitch
Crystal-clear detail at close viewing distance
Up to 1,200 nits Brightness
Vivid, readable even in bright ambient light
3,840 Hz High Refresh Rate
Flicker-free, broadcast-grade camera capture
Front Service, Fanless Design
Zero noise, zero-clearance installation
Plan the Right LED Display Configuration
Fine-pitch purchasing should start with full-wall resolution, close-viewing content, source architecture, camera use, installation tolerance and service access.
Image at operating brightness
Assess grayscale, color uniformity and text detail at the brightness used in the room, not only at a bright demonstration setting.
Processing and redundancy
Document sources, scaling, switching, input/output capacity, backup paths and recovery behavior for the intended workflow.
Installation environments
- Boardrooms and briefing centers: Prioritize close-viewing text, video calls, source switching, acoustics and front service.
- Control rooms: Define continuous operation, multiple sources, redundancy, monitoring and maintenance windows.
- Studios and virtual production support: Test camera shutter, frame rate, scan behavior, color workflow and moire risk with the quoted system.
Delivery scope to confirm
- Approved wall resolution, cabinet map and model identifiers
- Processor, signal distribution, control and redundancy scope
- Calibration files, configuration backup, packing list and acceptance checklist
Maintenance planning
- Front-service clearance and safe removal procedure
- Batch-matched spare modules and identified power/control parts
- Calibration restoration and post-replacement visual checks
Information needed for an accurate quote
- Wall width/height, nearest viewing distance and smallest content detail
- Source resolutions, inputs, switching, redundancy and camera settings
- Structure status, front-service clearance and power standard
- Destination, installation responsibility and required completion date
How do I compare fine-pitch LED with LCD video walls?
Compare bezel continuity, wall dimensions, source resolution, room light, viewing distance, service access, power and the complete installed scope. Use the linked decision guide for a structured comparison.
Is the smallest pixel pitch always best?
No. A smaller pitch increases pixel count and may change processor, power and budget requirements. Select enough detail for the closest viewer and actual content.
What should be tested for on-camera use?
Test the exact cabinet, receiving-card and processor configuration with intended frame rates, shutter settings, brightness and content before approval.
Core Advantages
Why MAXV indoor LED displays stand out — engineering innovations that make a real difference in your project
Select Pitch from Content and Viewing Distance
Use the nearest regular viewer, smallest text and complete wall resolution to compare models. Validate the choice with representative content.
Define the Signal Architecture
Document source resolutions, processor, scaling, switching, redundancy, color format and frame-rate requirements before hardware approval.
Plan Camera Performance
For studios and presentation capture, confirm refresh rate, scan mode and camera shutter compatibility using the exact quoted configuration.
Control Alignment and Flatness
The supporting wall and cabinet installation affect seams and image consistency. Agree survey, adjustment and acceptance methods before installation.
Specify Calibration and Low-Brightness Tests
Review grayscale, color uniformity and detail at actual operating brightness. Keep calibration files and define how replacement modules are matched.
Protect the Service Path
Confirm front access, module removal clearance, spare-part identifiers and safe procedures for replacing modules, power supplies and receiving hardware.
Product Details
A closer look at the components that make our indoor fixed LED displays reliable and performant
Die-Cast Aluminum Cabinet Body
COB LED Module Close-up
Flip Chip COB LED Beads
Rear Panel & Cable Management
High-Efficiency Power Supply
Receiving Card & Signal Ports
Application Cases
Proven in the field — real installations that showcase the versatility and performance of our indoor LED displays
City Command Center
Deployed a 3×6 MX-FP1.25 video wall (3,456×1,944px) in a municipal emergency command center. 24/7 operation with redundant power supplies and real-time monitoring ensures zero downtime for critical infrastructure management.
TV Broadcast Studio
MX-FP0.93 background wall in a national TV station news studio. Scan-line-free camera capture at all zoom levels, with DCI-P3 color calibration and HDR10 support for on-air broadcast excellence.
Luxury Brand Showroom
Full-wall MX-FP1.56 installation in a flagship luxury retail store. Fanless silent operation and ultra-slim 29mm depth integrates seamlessly into high-end interior design without compromising aesthetics.
Corporate Executive Boardroom
2×4 MX-FP1.25 fine pitch display in a Fortune 500 headquarters boardroom. Zero-bezel seamless splicing delivers a unified canvas for high-stakes presentations and video conferences.
Training & Simulation Center
Curved MX-FP1.56 display array in an aviation training facility. Ultra-fine pitch enables realistic simulation visuals with precise text readability at close viewing distances of just 1.5 meters.
Financial Trading Floor
Multi-screen MX-FP0.93 configuration on a trading floor. High-density pixel layout allows dozens of real-time data windows simultaneously with zero motion blur or ghosting.
Full Technical Specifications
Complete parameter breakdown
| Parameter | MX-FP0.78 | MX-FP0.93 | MX-FP1.25 | MX-FP1.56 |
|---|---|---|---|---|
| Pixel Pitch | 0.78mm | 0.93mm | 1.25mm | 1.56mm |
| LED Type | Flip Chip COB 1R1G1B | Flip Chip COB 1R1G1B | SMD1010 / COB 1R1G1B | SMD1515 / COB 1R1G1B |
| Pixel Density | 1,640,000 Dot/m² | 1,156,000 Dot/m² | 640,000 Dot/m² | 411,000 Dot/m² |
| Module Size (W×H) | 300×168.75mm | 300×168.75mm | 300×168.75mm | 300×168.75mm |
| Module Resolution | 384×216 | 322×182 | 240×135 | 192×108 |
| Cabinet Size (W×H) | 600×337.5mm | 600×337.5mm | 600×337.5mm | 600×337.5mm |
| Cabinet Weight | 5.4Kg | 5.4Kg | 5.4Kg | 5.4Kg |
| Cabinet Resolution | 768×432 | 644×364 | 480×270 | 384×216 |
| Cabinet Material | Die-cast aluminum | Die-cast aluminum | Die-cast aluminum | Die-cast aluminum |
| Scan | 1/27 | 1/29 | 1/27 | 1/27 |
| Brightness | 600nits | 600nits | 800nits | 1,200nits |
| Refresh Rate | 3840Hz | 3840Hz | 3840Hz | 3840Hz |
| Gray Scale | 12~16bit | 12~16bit | 10~14bit | 10~14bit |
| Viewing Angle (H/V) | 172°/170° | 172°/170° | 172°/170° | 172°/170° |
| Color Temperature | 2000~10000K | 2000~10000K | 2000~10000K | 2000~10000K |
| Protection Level | IP30 | IP30 | IP30 | IP30 |
| Lifespan | ≥100,000hrs | ≥100,000hrs | ≥100,000hrs | ≥100,000hrs |
| Input Voltage | AC100~240 50/60HZ | AC100~240 50/60HZ | AC100~240 50/60HZ | AC100~240 50/60HZ |
| Power Consumption (Avg) | 180W/m² | 180W/m² | 200W/m² | 220W/m² |
| Power Consumption (Max) | 350W/m² | 350W/m² | 380W/m² | 400W/m² |
| Working Temperature | -10°C~+45°C | -10°C~+45°C | -20°C~+50°C | -20°C~+50°C |
| Working Humidity | 10%~90% RH | 10%~90% RH | 10%~90% RH | 10%~90% RH |
| Storage Temperature | -40°C~+60°C | -40°C~+60°C | -40°C~+60°C | -40°C~+60°C |
| Storage Humidity | 10%~95% RH | 10%~95% RH | 10%~95% RH | 10%~95% RH |
| Application | Indoor | Indoor | Indoor | Indoor |
| Installation & Maintenance | Front service | Front service | Front service | Front service |
Factory & After-Sales Service
Quality manufacturing and comprehensive support — the foundation of every MAXV LED display
Confirm Fine-Pitch Build and Acceptance Records
Request order-specific configuration approval, alignment and calibration checks, functional testing, packing records and pre-shipment acceptance evidence.
Resolution and Signal Review
Confirm wall resolution, source formats, processor layout, switching and redundancy before production.
Content and Camera Test
Use representative text, video and camera settings to approve the quoted configuration.
Installation and Calibration Scope
Define structure tolerances, cabinet alignment, calibration files and final visual acceptance.
Spares and Support Scope
Request matched spare parts, written warranty terms, exclusions and fault-escalation steps.
Frequently Asked Questions
Quick answers to common questions about our fine pitch LED displays.
What is considered fine pitch LED?
Fine pitch LED displays typically refer to screens with pixel pitch of P2.0 or smaller (P0.9, P1.25, P1.53, P1.667, P1.86). These ultra-high-density screens deliver seamless, high-resolution imagery at close viewing distances.
Is fine pitch LED better than LCD for conference rooms?
For conference rooms larger than 100 inches, fine pitch LED offers several advantages over LCD: seamless tiling (no bezels), higher brightness, longer lifespan, and modular maintenance. For small displays under 100 inches, direct-view LED is more cost-effective.
What is the minimum viewing distance for P1.25 fine pitch?
For P1.25 displays, the minimum comfortable viewing distance is approximately 1.5-2 meters. At this distance, individual pixels are indistinguishable, creating a seamless "one big screen" experience. This makes P1.25 ideal for executive boardrooms and control rooms.
Can fine pitch LED displays be used for 4K content?
Yes. Fine pitch LED is an excellent choice for 4K content. For example, a 4K (3840x2160) resolution with P1.25 pitch requires a screen approximately 4.8m x 2.7m. We can configure the exact cabinet layout to match your 4K signal source.
What are the typical applications for fine pitch LED?
Fine pitch LED is ideal for control rooms, command centers, broadcast studios, executive boardrooms, luxury retail, museums, and any environment where viewers are within 3 meters of the screen. Also popular for virtual production (XR stages).
What is the typical brightness for fine pitch displays?
Fine pitch LED displays typically operate at 600-1,000 nits. Since they are used in controlled indoor lighting environments, high brightness is not necessary. Our fine pitch series includes automatic brightness adjustment for eye comfort.
What refresh rate do fine pitch displays support?
Our fine pitch series supports up to 3,840 Hz standard refresh rate, upgradeable to 7,680 Hz for broadcast applications. The high refresh rate eliminates scan lines when captured on camera.
Are fine pitch displays more expensive?
Fine pitch displays carry a premium due to higher LED density and more complex manufacturing. However, the cost per pixel has decreased significantly in recent years. We offer competitive pricing without compromising on component quality.
Can fine pitch displays be used for touch interaction?
Yes. Our fine pitch series can be integrated with infrared touch frames, capacitive touch overlays, or optical touch systems for interactive whiteboard applications in boardrooms and education settings.
Request a Fine-Pitch LED Configuration
Send wall size, viewing distance, content detail, source resolution, camera use, service access, destination and required date.
Contact Information
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MAXV_LED
Address
No. 118 North Shiyan Ring Road, Bao'an District, Shenzhen City, Guangdong Province, China
We typically respond within 24 hours on business days. For urgent inquiries, please contact us via WhatsApp.