Front Service LED Display Module
A front service LED module, also known as a front maintenance LED module, is a type of LED display technology designed for ease of maintenance and installation. Unlike traditional LED screens, which require access from the back, front service modules allow for maintenance and repairs from the front of the display.
Overview
Front service LED modules are designed to be easily removable and replaceable from the front of the display, without the need to disassemble the entire structure from the back. This makes maintenance and repair much more convenient, as technicians can simply remove the individual module from the front to service or replace it as needed.
The front service design makes the LED modules particularly useful in environments where rear access is limited or impossible, such as when against walls or in tight spaces.
- Front service design for easy maintenance.
- Wide viewing angle. 160-degree visibility
- 1R1G1B full-color LED screen panel
- Highly stable driver ICs for better color uniformity and vibrant images
- Designed with the latest SMD encapsulation, offering excellent full color present.
- High contrast ratio of 5000:1 to deliver vibrant colors.
- High refresh rate with over 1920hz to 3840Hz to allow flicker-free
- High-definition visual performance.
- Compatible with mainstream control systems Novastar, Linsn, Colorlight, Huidu, etc
- Support multiple display formats such as text, image, video, docs, etc
- Pixel pitch rangs from P1.25, P2, P2.5, P3, P3.076, P3.91, P4.81, P4, to P5, etc.
Key Features
LED
Refresh Rate
Front Service
Multiple Size
Driver IC
SMD
Wide Viewing
High Contrast
Long Lifetime
Why You Need Front Service LED Module?
Front service LED screen modules offer several compelling advantages that make them an essential choice for many installations
Space Efficiency
Front service LED modules offer several benefits that make them an essential choice for certain installations. One of the main reasons to choose a front service option is the space efficiency it provides. Because maintenance and installation can be conducted from the front, there’s no need for additional space behind the display.
Save Costs
Additionally, front service modules significantly reduce maintenance efforts and costs. With the ability to perform quick repairs and maintenance from the front, there’s no need to dismantle entire sections of the screen to access individual LED panels. This advantage decreases service time and labor costs, making it a cost-effective solution over time.
Easy Replacement
Moreover, front service modules offer the significant advantage of easy module replacement in case of issues such as broken LEDs, brightness inconsistencies, or screen blackouts. Technicians can quickly identify and remove faulty modules from the front without dismantling the entire setup.
The Ways to Achieve Front Service
Lock Design
The lock system, primarily used for outdoor LED modules, addresses the need for waterproof in addition to front access. This method involves connecting a module via locks that unify the module with the cabinet, typically from the rear through aligned screw holes. A tool, usually a spanner, is inserted into these holes to twist and lock or unlock the clasp mechanism.
Magnetic Screw
The magnetic screw system is often used in indoor LED modules and flexible LED displays. This method involves using magnetic screws to secure the LED module to the cabinet, allowing for easy detachment. To remove a module, a technician uses a specialized tool that acts as a magnetic suction device, pulling the module away from its mount.
Outdoor Front Service Module with Lock

P4
- 4mm pixel pitch
- 320×320mm panel size
- 80*80 dot LED matrix

P5
- 5mm pixel pitch
- 320×320mm panel size
- 64*64 dot LED matrix

P5.33
- 5.33mm pixel pitch
- 320×320mm panel size
- SMD 3in 1 LED

P6.67
- 6.67mm pixel pitch
- 320×320mm panel size
- 48*48 dot resolution

P8
- 8mm pixel pitch
- 320×320mm panel size
- 40*40 dot resolution

P10
- 10mm pixel pitch
- 320×320mm panel size
- Over 5,000 cd/㎡ brightness
Indoor Front Service Module with Magnet

P5
- 5mm pixel pitch
- 320×160mm panel size
- 64×32 dots

P4
- 4mm pixel pitch
- 320×160mm panel size
- 256×128mm panel size

P3.076
- 3.076mm pixel pitch
- 320×160mm panel size
- 104×52 dots LEDs

P3
- 3mm pixel pitch
- 192×192mm panel size
- 64×64 dots

P2.5
- 2.5mm pixel pitch
- 320×160mm / 160×160mm
- 128×64 or 64×64 dots

P2
- 2mm pixel pitch
- Over 1920Hz refresh rate
- 128×64 or 160×80 dots

P1.86
- 1.86mm pixel pitch
- 320*160mm panel size
- 172×86 dots

P1.538
- 1.538mm pixel pitch
- 320*160mm panel size
- 208×104 dots

P1.25
- 1.25mm pixel pitch
- 320*160mm panel size
- 256×128 dots
Front Service Flexible Module with Magnet

P1.25mm
- 1.538mm pixel pitch
- 320×160mm panel size
- 256×128 dot LEDs

P1.5mm
- 1.538mm pixel pitch
- 320×160mm panel size
- 208×104 dot LEDs

P1.86mm
- 1.86mm pixel pitch
- 320×160mm panel size
- 172×86 dot LEDs

P2mm
- 2mm pixel pitch
- 320×160mm panel size
- 240×120mm panel size

P2.5mm
- 2.5mm pixel pitch
- 320×160mm panel size
- 240×120mm panel size

P3mm
- 3mm pixel pitch
- 240×120mm panel size
- Over 1920hz refresh rate

P3.076mm
- 3.076mm pixel pitch
- 320×160mm panel size
- 104×52 dot LEDs

P4mm
- 4mm pixel pitch
- 62,500 dot/㎡
- Multi-size available

P5mm
- 5mm pixel pitch
- 320×160mm panel size
- 64×32 dot LED

Outdoor Flexbile
- P2, P3, P4, P5
- Over 1920Hz refresh rate
- 320*160mm
Accessories
Power Cable
Standard DC Power Cables to connect the module and power supply.
Data Flat Cable
Industry Standardized 16Pin LED Display flat data cable (signal cable) to connect modules.
Screws
High-strength magnetic screws allow the flexible LED module to be tightly attached to the cabinet
Front Access Tool
“T” shape tool can be effortlessly inserted into the screw holes to lock or unlock the module.
Difference
Find the difference between the front Service LED display panel & Rear Access LED display Modules
| Feature | Front Service | Rear Service |
| Maintenance Access | Front of the display | Rear of the display |
| Space Requirements | Minimal; ideal for space-constrained areas | Requires significant rear access space |
| Installation | Easier and faster | More complex and time-consuming |
| Maintenance Cost | Lower (faster repairs, less labor) | Higher (more time-consuming, potential access issues) |
| Cost of Module | Generally higher due to design complexity | Generally lower |
| Aesthetics | Sleeker, more integrated design | Can be bulkier, less aesthetically pleasing |
Applications
Find the right place where you can use the Front Service LED Module
Indoor Displays
Conference rooms, control rooms, corporate lobbies, retail spaces, museums, and digital signage applications greatly benefit from the space-saving and ease of maintenance.
Small-Pitch Displays
High-resolution, small-pitch displays often benefit from front service designs because of the increased density of modules and the need for easy access for repairs.
Wall Mounted Screen
Front maintenance LED screen modules allows technicians to perform quick, tool-efficient repairs and replacements from the front without disturbing the surrounding wall structure
Double Sided LED Screen
LED Front service modules allow each side of the display to be independently serviced and maintained from the viewing area, eliminating the need for cumbersome disassembly and ensuring minimal disruption on both sides.
Specification
320*160mm Series
P1.2mm
| Product Model | P1.25mm-Indoor-320-160 |
| Pixel Pitch | 1.25mm |
| LED Configuration | SMD1010 |
| LED Density (dot/㎡) | 640,000 |
| Module Size | 320*160mm |
| Module Resolution | 256*128 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/64 Scan |
P1.538mm
| Product Model | P1.538mm-Indoor-320-160 |
| Pixel Pitch | 1.538mm |
| LED Configuration | SMD1212 |
| LED Density (dot/㎡) | 422,500 |
| Module Size | 320*160mm |
| Module Resolution | 208*104 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/52 Scan |
P1.667mm
| Product Model | P1.667mm-Indoor-320-160 |
| Pixel Pitch | 1.667mm |
| LED Configuration | SMD1212 |
| LED Density (dot/㎡) | 360,000 |
| Module Size | 320*160mm |
| Module Resolution | 192*96 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/48 Scan |
P1.86mm
| Product Model | P1.86mm-Indoor-320-160 |
| Pixel Pitch | 1.86mm |
| LED Configuration | SMD1515 |
| LED Density (dot/㎡) | 289,444 |
| Module Size | 320*160mm |
| Module Resolution | 172*86 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/43 Scan |
P2mm
| Product Model | P2mm-Indoor-320-160 |
| Pixel Pitch | 2mm |
| LED Configuration | SMD1515 |
| LED Density (dot/㎡) | 250000 |
| Module Size | 320*160mm |
| Module Resolution | 160*80 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/40 Scan |
P2.5mm
| Product Model | P2.5mm-Indoor-320-160 |
| Pixel Pitch | 2.5mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 160000 |
| Module Size | 320*160mm |
| Module Resolution | 128*64 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/32 Scan |
P3.076mm
| Product Model | P3.076mm-Indoor-320-160 |
| Pixel Pitch | 3.076mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 105625 |
| Module Size | 320*160mm |
| Module Resolution | 104*52 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/26 Scan |
P4mm
| Product Model | P4mm-Indoor-320-160 |
| Pixel Pitch | 4mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 62500 |
| Module Size | 320*160mm |
| Module Resolution | 80*40 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/20 Scan |
P5mm
| Product Model | P5mm-Indoor-320-160 |
| Pixel Pitch | 5mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 40000 |
| Module Size | 320*160mm |
| Module Resolution | 64*32 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/16 Scan |
250*250mm Series
P1.953mm
| Product Model | P1.953mm-Indoor-250-250 |
| Pixel Pitch | 1.953mm |
| LED Configuration | SMD1515 |
| LED Density (dot/㎡) | 262,160 |
| Module Size | 250*250mm |
| Module Resolution | 128*128 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/32 Scan |
P1.2.604mm
| Product Model | P2.604mm-Indoor-250-250 |
| Pixel Pitch | 2.604mm |
| LED Configuration | SMD1515 |
| LED Density (dot/㎡) | 147,456 |
| Module Size | 250*250mm |
| Module Resolution | 96*96 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/32 Scan |
P2.976mm
| Product Model | P2.976mm-Indoor-250-250 |
| Pixel Pitch | 2.976mm |
| LED Configuration | SMD1515 |
| LED Density (dot/㎡) | 112,896 |
| Module Size | 250*250mm |
| Module Resolution | 84*84 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/28 Scan |
P3.91mm
| Product Model | P3.91mm-Indoor-250-250 |
| Pixel Pitch | 3.91mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 65,536 |
| Module Size | 250*250mm |
| Module Resoultuion | 64*64 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/16 Scan |
P4.81mm
| Product Model | P4.81mm-Indoor-250-250 |
| Pixel Pitch | 4.81mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 250000 |
| Module Size | 250*250mm |
| Module Resolution | 52*52 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/13 Scan |
192*192mm Series
P3mm
| Product Model | P3mm-Indoor-192-192 |
| Pixel Pitch | 3mm |
| LED Configuration | SMD2121 |
| LED Density (dot/㎡) | 111,111 |
| Module Size | 192*192mm |
| Module Resolution | 64*64 |
| Module Brightness (Nits) | 600-700 |
| Driving Way | 1/32 Scan |
Common Questions
What is the Meaning of "Front Service"?
“Front service” refers to the ability to access and maintain the led module from the front surface of the screen. This contrasts with “rear service,” where access is required from the rear.
What is the best viewing distance of front service LED panel?
The best viewing distance is between on the pixel pitch.
| Pixel Pitch | Minimum Viewing Distance | Optimal Viewing Distance | Maximum viewing distance |
| P1.25 mm | 1.25 m (4.1ft) | 2.5 to 3.75 m (8.2ft to 12.3ft) | 38m (127.4 ft) |
| P1.5 mm | 1.5 m (4.9ft) | 3 to 4.5 m (9.8ft to 14.8ft) | 45m (147.6 ft) |
| P1.86 mm | 1.86 m (6.1ft) | 3.7 to 5.6 m (12.1ft to 18.4ft) | 56m (183.7 ft) |
| P2 mm | 2 m (6.6ft) | 4 to 6 m (13.1ft to 19.7ft) | 60m (196.9 ft) |
| P2.5 mm | 2.5 m (8.2ft) | 5 to 7.5 m (16.4ft to 24.6ft) | 75m (246.1 ft) |
| P3 mm | 3 m (9.8ft) | 6 to 9 m (19.7ft to 29.5ft) | 90m (295.3 ft) |
| P3.91 mm | 3.91 m (13ft) | 7.8 to 11.7 m (19.5ft to 29.1ft) | 117m (291 ft) |
| P4 mm | 4 m (13.1ft) | 8 to 12 m (26.2ft to 39.4ft) | 120m (393.7 ft) |
| P5 mm | 5 m (16.4ft) | 10 to 15 m (32.8ft to 49.2ft) | 150m (492.1 ft) |
How to control front access LED modules
Like the common LED module, controlling LED frontal side access modules also involves synchronous and asynchronous method:
Synchronous Control: This method involves real-time updates, usually from a computer, ensuring that all modules display coordinated content simultaneously. It’s often used for events requiring live data streaming.
Asynchronous Control: This approach allows for pre-programmed content to be stored on the module’s control unit, enabling playback without constant computer input. It’s ideal for standalone displays with repetitive content cycles.
What is the price of frontal service led screen module?
Front-service LED display modules are generally more expensive than rear-service modules. This increased cost is primarily due to the more complex manufacturing process required to incorporate the front-access mechanisms. Generally, it will add $5 to $10.
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