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Experience the difference with Common Pixels—where each product is designed and manufactured with its purpose in mind, ensuring the best performance and value for your needs.
Every display is designed to meet its specific use case, ensuring optimal visuals, performance, durability, and efficiency.
From reducing eye strain for prolonged viewing to increasing brightness for impactful advertising, our displays are designed to excel in their designated roles.
By focusing on essential features, we provide high-quality, purpose-fit screens that deliver superior value.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Our design team crafts custom enclosures, mounts, and panels designed to meet the unique requirements of each project.
Installation and service plan options with comprehensive coverage and guaranteed repair or replacement response times as low as 4 hours.
Brightness is a crucial parameter for LED and LCD displays. It ensures that the content on the screen is visible in various lighting conditions, from dim indoor environments to bright outdoor settings. Measured in nits (cd/m²), brightness levels vary based on the application.
Higher brightness ensures content visibility in bright sunlight.
Excessive brightness increases power usage, while too low brightness can hinder visibility.
Suitable brightness enhances the viewing experience without causing eye strain.
All LED lamps have inherent brightness variations. NeoCalib™ addresses these differences through advanced software calibration, ensuring each LED lamp performs at its best.
NeoCalib™ ensures consistent brightness across all LED lamps, enhancing visual quality and uniformity. Say goodbye to uneven lighting and enjoy a flawless display experience.
Unlike standard calibration methods, NeoCalib™ is effective at maintaining uniform brightness across the entire range of LED output. Whether your display is set to its highest or lowest brightness, NeoCalib™ keeps it looking perfect.
NeoCalib™ utilizes sophisticated algorithms to finely tune each LED lamp, ensuring precise brightness and color accuracy. This precision adjustment guarantees that your display meets the highest standards of visual performance.
Converts any content to ultra-high resolutions, up to 8K, using advanced AI-based technology.
AI-based deep learning technology enhances video details based on the type of content, avoiding common issues like pixelation and artifacts.
Delivers real-time, high-quality video conversion, maximizing advertising effectiveness and ensuring superior display quality.
Dot AI technology makes videos appear as if they were originally produced in higher quality, enhancing the viewing experience for advertisements and events.
Pixel pitch refers to the distance between the centers of adjacent pixels on an LED screen. Measured in millimeters (mm), a smaller pixel pitch indicates a higher pixel density.
A smaller pixel pitch means a higher pixel density within the same area, leading to a higher resolution and sharper images.
The pixel pitch of an LED screen directly impacts the optimal viewing distance. Smaller pixel pitches result in higher pixel densities, producing sharper and more detailed images. However, as pixel density increases, individual pixels become smaller and harder to distinguish from a distance.
For example, an LED screen with a pixel pitch of 3 mm viewed from approximately 4 meters will display a smooth image without visible pixels. However, viewing the same screen from 2 meters may result in a grainy or pixelated image due to the visibility of individual pixels.
Common Pixels recommends that the optimal viewing distance is approximately 1.3 times the pixel pitch (in meters). For instance, a screen with a 3 mm pixel pitch would have an optimal viewing distance of around 3.9 meters.
Color accuracy is essential for any display technology, including LED screens. Traditional LED screens often struggle with color distortion and unexpected color variations, leading to images that do not faithfully represent the original content.
AccuColor™ technology is a proprietary color algorithm applied to LED screens. It analyzes the final color output of each LED element and applies precise color and brightness corrections to ensure the intended color is displayed accurately. The result is a true-to-life representation of images on the screen.
With AccuColor™ technology, you can achieve up to 22-bit color depth and display over 4 billion colors. This enhanced color depth provides more nuanced color hues and more accurate color reproduction. AccuColor™ adjusts the display’s color output in real-time to compensate for color variations, delivering a consistent and precise image.
High color accuracy in standard monitors typically requires high-end components, driving up costs significantly. Even traditional LED screens need expensive components to achieve acceptable color accuracy, making them less accessible.
AccuColor™ makes superior color accuracy more accessible and cost-effective. It can be implemented in low- to mid-range models as well as high-end products by meeting specific part standards, eliminating the need for additional equipment or parts.
AccuColor™ technology eliminates the issues of color distortion and unintentional color shifts in advertising and presentations. For displays that need to reproduce colors vividly and accurately, AccuColor™ is not optional—it’s essential.
Choose AccuColor™ for the most accurate and vibrant color reproduction available, ensuring your content is displayed as intended.
Our LED displays boast wide viewing angles, up to 178 degrees both horizontally and vertically. This ensures consistent image quality even when viewed from the sides, making them ideal for environments where the screen needs to be seen from various positions.
LED technology ensures that brightness and color remain consistent when viewed from an angle. This is crucial for applications such as digital signage, public displays, and control rooms where uniformity is key.
Our LCD displays offer varied viewing angles depending on the model and technology used. TN (Twisted Nematic) panels typically have narrower viewing angles, around 160 degrees, with noticeable color and contrast shifts when viewed off-center. We provide various options to ensure the most effective and cost-efficient solution based on your project requirements.
In-Plane Switching (IPS) and Vertical Alignment (VA) panels offer wider viewing angles, often up to 178 degrees, similar to LED displays. IPS panels are particularly known for maintaining color accuracy and contrast, even from extreme angles, making them popular for professional graphic work and wide-audience displays.
While advancements have improved viewing angles, some LCDs may still experience minor shifts in color and contrast at wider angles compared to LEDs. Higher-quality IPS and VA panels minimize these shifts, but they can still be a consideration in applications requiring precise color fidelity.
LEDs excel in maintaining brightness and color consistency across wider angles, making them more suitable for dynamic viewing environments.
LCDs with IPS or VA technology offer competitive viewing angles, with some high-end models matching LED performance. However, TN panels in LCDs can be more limited in viewing angle performance.
In modern LED display technology, achieving profound contrast levels is crucial for delivering an enriched viewing experience. Our Real Black Film technology exemplifies this by enhancing both contrast and color reproduction, ensuring deep blacks and vibrant visuals.
Real Black Film enhances the depth of blacks, creating a striking contrast that makes images more vivid and lifelike. This technology ensures that dark scenes and elements are displayed with true black tones, providing a richer and more immersive viewing experience.
By improving contrast, Real Black Film also enhances color accuracy. This technology ensures that colors are reproduced authentically, maintaining their true hues and vibrancy. The result is a display that brings content to life with accurate and vibrant colors.
Real Black Film technology delivers deep, rich blacks that enhance the overall contrast of the display, making visuals more striking and immersive.
By maintaining accurate color reproduction, this technology ensures that colors appear as intended, providing a more lifelike viewing experience.
The combination of deep contrast and authentic color reproduction results in an enriched viewing experience, making content more engaging and visually appealing.
With our Real Black Film technology, your LED screens achieve unparalleled contrast and color accuracy. Embrace the future of LED display technology with Real Black Film, and enjoy a viewing experience that is both vivid and immersive.
In modern LED display technology, the integration of essential components into a single board is crucial for enhancing performance, reliability, and efficiency. Common Pixels’ SimpleBoard™ technology exemplifies this integration by combining multiple components into one seamless solution.
With Common Pixels’ SimpleBoard™ technology, your LED screens benefit from the latest advancements in integration, ensuring efficient, reliable, and high-performance operation. Embrace the future of LED display technology with SimpleBoard™, where innovation meets practicality.
Flip chip technology represents a significant leap forward in LED packaging and performance. In this innovative approach, RGB diodes are flipped, eliminating the need for bonding wires. This reduction in wire connections significantly lowers resistance and heat output, allowing for superior thermal management and enhanced efficiency. The pixel package contacts are connected to the substrate using solder bumps or conductive adhesive, further improving the robustness of the connection.
By eliminating bonding wires, flip chip LEDs reduce resistance and heat output, allowing otherwise wasted energy to be redirected towards increasing brightness. This results in higher NIT output, which is especially beneficial for narrow pitch displays. These advancements open up a range of indoor high-brightness applications that previously required outdoor solutions with wider pixel pitches to achieve similar brightness levels.
Flip chip technology enhances thermal performance by improving heat dissipation and reducing internal resistance. This results in displays that run cooler, even under continuous operation, enhancing the lifespan and reliability of the digital signage.
Without the delicate wire bonds, flip chip LEDs are more durable and reliable, particularly in demanding environments. Common Pixels’ flip chip technology is a 100% no-wire product, ensuring that the LEDs fully leverage the advantages of this design. This leads to displays that maintain high performance and consistent quality over time, without discoloration or degradation.
Flip chip technology is more energy-efficient, using up to 30% less power compared to equivalent surface-mount device (SMD) displays. Despite the lower power consumption, flip chip LEDs achieve greater brightness, making them a cost-effective choice for both indoor and outdoor digital signage.
The enhanced brightness and reduced power consumption make flip chip LEDs ideal for indoor high-brightness applications. These include retail displays, airports, shopping malls, and other environments where vibrant, high-resolution displays are essential to capture attention and convey information effectively.
Common Pixels’ outdoor flip chip LEDs are perfect for fine pixel pitch advertising, even in challenging outdoor environments. The superior brightness and durability ensure that advertisements remain clear and captivating, providing an immersive experience for viewers. This is particularly important as consumer expectations for high-definition outdoor advertising continue to rise.
The versatility of flip chip technology allows for high-quality displays with no discoloration over extended periods. This reliability makes flip chip LEDs suitable for a wide range of applications, from stadiums and event venues to corporate signage and beyond.
Common Pixels’ flip chip technology eliminates wires entirely, maximizing the benefits of the flip chip design.
Ideal for outdoor fine pixel pitch advertising, offering high definition and durability.
Improved heat dissipation keeps displays cool and extends their lifespan.
Uses up to 30% less power than equivalent SMD displays, reducing running costs while delivering superior brightness.
Understanding the benefits of flip chip technology helps in making informed decisions when selecting LED digital signage. Common Pixels’ flip chip technology offers superior brightness, improved thermal performance, increased reliability, and reduced running costs. Whether for indoor or outdoor applications, these displays provide high performance and durability, ensuring that your digital signage is effective, efficient, and captivating.
The no-cable design allows for quick and easy installation, enhancing the overall user experience.
Power and data connections are instantly recognized upon plugging in the module, streamlining setup.
Modules are installed without cables, ensuring a high degree of flatness for a seamless display surface.
The elimination of cables reduces potential points of failure, making the system more reliable.
Thoughtful design considerations for heat dissipation help prolong the lifespan and maintain the quality of the display.
Ideal for high-brightness and high-performance displays with superior thermal management.
Versatility and cost-effectiveness for a wide range of indoor and outdoor applications.
Enhanced protection and durability, suitable for environments with high traffic or harsh conditions.
High light density and uniformity, making it perfect for high-intensity and high-resolution displays.
FLIP chip technology represents an advanced method in LED packaging where the LED chip is mounted upside-down (flipped) directly onto the substrate. This eliminates the need for wire bonding, as the electrical connections are made through solder bumps or conductive adhesives.
By eliminating wire bonds, FLIP chip LEDs reduce resistance and heat output, directing more energy towards light emission, resulting in higher brightness.
Better heat dissipation due to the direct mounting of the chip onto the substrate, enhancing the LED’s lifespan and performance.
Lower resistance leads to improved electrical performance and higher energy efficiency up to a 30% reduction of power usage.
The absence of delicate wire bonds makes FLIP chip LEDs more robust and less susceptible to mechanical failure.
SMD technology involves mounting the LED chips directly onto the surface of the printed circuit board (PCB). Each SMD LED typically contains red, green, and blue diodes in one package, allowing for a full spectrum of colors.
Suitable for a wide range of applications, from indoor displays to outdoor billboards.
SMD LEDs are small, enabling high-density pixel configurations for higher resolution displays.
The surface-mount technology simplifies the installation process and improves reliability.
Widely used and standardized, making them an economical choice for many applications.
SMD technology involves mounting the LED chips directly onto the surface of the printed circuit board (PCB). Each SMD LED typically contains red, green, and blue diodes in one package, allowing for a full spectrum of colors.
The glue layer provides robust protection against environmental factors such as moisture and dust.
Improved durability against physical impacts, making GOB LEDs suitable for high-traffic areas.
The glue layer helps in achieving a more uniform light output by reducing glare and enhancing color consistency.
Widely used and standardized, making them an economical choice for many applications.
COB technology involves directly mounting multiple LED chips onto a single substrate, creating a compact, high-density light source. The chips are closely packed and covered with a layer of phosphor to produce a uniform light output.
The closely packed chips provide a high lumen output per unit area, making COB LEDs very bright.
The phosphor layer ensures a consistent and even light distribution with minimal glare.
The larger surface area of the substrate allows for more efficient heat dissipation.
Improved thermal management and robust design enhance the longevity of COB LEDs.
Yes, a product can integrate both FLIP chip and COB technologies. Combining these technologies leverages the benefits of each, resulting in an LED display that offers superior brightness, efficient thermal management, and high light density.
Combining these technologies, a FLIP chip COB product would feature multiple flipped chips mounted onto a single substrate, ensuring high efficiency, durability, and excellent light output.
Delivers high light density, uniform light output, and better thermal dissipation by mounting multiple chips directly onto a single substrate.
Provides enhanced thermal management, higher brightness, and improved durability by eliminating wire bonds.
FLIP chip and SMD technologies are generally not combined in a single product. SMD involves mounting LEDs onto the surface of a PCB, while FLIP chip technology mounts the LED chip directly onto the substrate, eliminating wire bonds. These are distinct approaches and are typically used separately to optimize for different performance characteristics.
Offers versatility and compact size for various applications.
Provides enhanced thermal management, higher brightness, and improved durability by eliminating wire bonds.
FLIP chip and SMD technologies are generally not combined in a single product. SMD involves mounting LEDs onto the surface of a PCB, while FLIP chip technology mounts the LED chip directly onto the substrate, eliminating wire bonds. These are distinct approaches and are typically used separately to optimize for different performance characteristics.
Provides robust protection against environmental factors and physical impacts.
Provides enhanced thermal management, higher brightness, and improved durability by eliminating wire bonds.
SMD and GOB technologies can also be combined. The SMD LEDs are first mounted onto the PCB, and then a layer of glue is applied over the modules for added protection. This combination is common in environments where the displays need additional protection from dust, moisture, and impacts.
Provides robust protection against environmental factors and physical impacts.
Offers versatility and compact size for various applications.
SMD and COB technologies are typically not combined in a single product. SMD involves separate LED chips mounted on a PCB, while COB mounts multiple LED chips directly onto a single substrate. These methods are distinct and serve different purposes:
Provides robust protection against environmental factors and physical impacts.
Offers versatility and compact size for various applications.
GOB and COB technologies can be combined to create a highly durable and efficient LED display. The COB technology provides high light density and uniform output, while the GOB layer protects the LED chips from environmental damage and physical impacts.
Provides robust protection against environmental factors and physical impacts.
Delivers high light density, uniform light output, and better thermal dissipation by mounting multiple chips directly onto a single substrate.
At Common Pixels, we leverage these combinations to deliver tailored LED solutions that meet the diverse needs of our clients, ensuring optimal performance and longevity for every application.
Our LED and LCD products are engineered to handle extreme temperatures and weather conditions. Unlike typical screens, our displays boast excellent heat resistance, ensuring reliable performance even in harsh environments. The innovative design allows hot air to escape while preventing dust and moisture from entering, maintaining optimal operating conditions.
Ensures durability and reliable performance under high temperatures.
Designed to withstand weather changes, providing consistent performance.
The structure blocks dust and moisture, enhancing the display’s longevity.
Allows hot air to escape, preventing overheating and ensuring stable operation.
With DualCoat™, your displays are not just seen—they’re experienced. Enjoy pristine condition and visual excellence through cutting-edge protective technology. Embrace the future of LED display technology with DualCoat™.
Our DualCoat™ GOB and COB LED screens overcome the limitations of traditional GOB technology. This innovation ensures your screens stay vibrant, scratch-resistant, and durable, even in harsh environments.
External Hard Coating: Provides a tough, resilient outer layer that guards against cracking, heat-induced discoloration, and physical wear.
Internal Soft Layer: Adds flexibility and additional protection, enhancing overall durability and longevity.
DualCoat™ provides comprehensive protection, reducing static damage risks, in contrast to single-layer coatings, which offer minimal or no protection, increasing static damage risk.
DualCoat™ offers superior moisture resistance, protecting against potential damage, whereas single-layer coatings are less effective, leading to potential damage.
DualCoat™ prevents delamination, preserving display longevity and appearance, unlike single-layer coatings that are susceptible to delamination.
DualCoat™ is designed to adapt to temperature variations, minimizing component damage. Single-layer coatings offer limited adaptation, risking component damage.
DualCoat™ technology provides exceptional protection against dust intrusion, making it ideal for challenging environments like underground tunnels.
DualCoat™ blocks UV rays to prevent yellowing and color degradation, a feature often insufficient in single-layer coatings, leading to yellowing over time.
DualCoat™ ensures effective glare reduction for better visibility, while single-layer coatings may lack this feature, resulting in reduced visibility under bright conditions.
DualCoat™ maintains exceptional color uniformity without deviation, whereas single-layer coatings are prone to color deviations, affecting image quality. Through the use of DualCoat™, which provides a darkened treatment, you can express even deeper and clearer images.
DualCoat™ combines a robust surface hard layer with a flexible internal soft layer for enhanced durability. In contrast, single-layer coatings lack this dual-layer robustness, making them more susceptible to wear and surface damage.
DualCoat™ allows for traceless repairs, maintaining aesthetic integrity, while repairs on single-layer coatings often leave visible marks.
Experience freedom from dead pixel management. DualCoat™ technology prevents lamps from detaching or having poor contact with the PCB, effectively eliminating pixel lighting issues.
A defective (dead) pixel refers to a part of the screen where the lamp fixed on the PCB falls off or has poor contact, causing the pixel to not light up. With DualCoat™, these issues are minimized, ensuring a seamless visual experience.
Choose DualCoat™ for your LED screens and experience the difference that comes with advanced technology. Perfect for any application where durability and visual excellence are paramount, DualCoat™ not only protects but also elevates your display solutions, ensuring they stand the test of time and performance expectations.
With DualCoat™, your displays are not just seen—they’re experienced. Enjoy pristine condition and visual excellence through cutting-edge protective technology. Embrace the future of LED display technology with DualCoat™.
Die-casting is a manufacturing process that involves forcing molten metal into a mold cavity under high pressure. This method is used to produce precisely shaped, high-quality metal parts with excellent dimensional accuracy and a smooth surface finish.
Die-casting molds, also known as dies, are made from hardened steel and designed to create complex shapes with tight tolerances.
The molten metal is injected into the mold at high pressure, ensuring the metal fills every part of the mold cavity, resulting in detailed and accurate components.
Once the metal has solidified, the mold is opened, and the cast part is ejected. This process allows for rapid production of high-quality parts.
Die-casting is widely used in the production of automotive parts, electronics housings, and LED display frames due to its ability to produce durable and precise components.
Die-casting is an essential manufacturing process for producing detailed, high-quality metal parts with exceptional precision. This method is particularly advantageous for creating components that demand high accuracy and durability, such as frames for LED displays. Its efficiency and ability to deliver precise, high-quality metal parts make it perfect for applications requiring intricate and durable components. This process ensures the production of flat, gapless, and robust frames, ideal for high-performance LED displays.
While it’s uncomplicated in structure, its design is sophisticated, ensuring user-friendly operation and effortless installation. The result? A sleek, professional finish that looks as good as it functions.
In a competitive market, EZ Mount™ gives you an edge without the premium price tag. It’s designed to be a cost-saving solution that doesn’t compromise on quality, allowing you to pass on the savings to your clients. With EZ Mount™, elevate your business offerings and give your clients more reasons to choose you as their preferred provider.
Traditional mounting can drain your time and test your patience. With EZ Mount™, those lengthy and complex installations become a thing of the past. The system is designed for speed, enabling a smooth and swift setup that leaves behind the all-too-common installation hassles.
EZ Mount™ isn’t just about the immediate benefits. It’s a system built for the long haul—sturdy, reliable, and perfect for repeat use, whether it’s on-the-go installations or permanent displays. EZ Mount™ stands the test of time.
The ideal LED display is seamless, with each panel and module flawlessly aligned. EZ Mount™ transcends mere speed. It’s engineered to perfection, eliminating gaps and enhancing flatness for that pristine, zero-gap finish.
If cost was a barrier, its value would diminish. That’s why EZ Mount™ is priced to enhance its appeal. It’s not just about reducing the structure—it’s about amplifying your savings, ensuring you get more for every dollar spent. Choose EZ Mount™, where value meets innovation.
Our displays are built with full metal construction to maintain their shape and structural integrity over time, unlike plastic or composite materials that are prone to warping or bending under stress.
The robust nature of metals like aluminum or steel provides exceptional rigidity, crucial for keeping internal components aligned for optimal performance and longevity.
Metal frames absorb and dissipate vibrations more effectively, making them ideal for environments with constant or heavy machinery operation.
Full metal construction offers superior resistance to shocks and impacts, ensuring that internal components remain protected in the event of accidental drops or collisions.
Metal enclosures withstand extreme temperatures without degrading, making them perfect for environments with fluctuating temperatures.
Materials like aluminum are naturally resistant to corrosion, and additional coatings can enhance this property, making our displays suitable for harsh and corrosive environments.
Metal constructions support heavier loads without risk of collapse or deformation, perfect for large-scale displays or installations with additional components.
Metal construction allows for precision engineering, ensuring all components fit perfectly and operate without interference.
Metal-framed displays offer a sleek and modern look, with high-quality finishes and intricate designs that are visually appealing in both commercial and consumer settings.
Metals like aluminum have excellent thermal conductivity, aiding in the dissipation of heat generated by display components and preventing overheating.
The robust nature of full metal construction means our displays are built to last, offering consistent performance and reliability over their lifespan.
When selecting displays for various applications, an important consideration is the type of maintenance access: front maintenance, rear maintenance, or a combination of both. Each type has its own advantages and is suited to different environments and installation requirements. Understanding the differences between front, rear, and dual maintenance displays can help you make an informed decision for your specific needs.
Front maintenance displays are designed to allow access to the internal components from the front of the display. This is typically achieved through the use of magnetic modules or screws that can be easily removed from the front, enabling quick and straightforward maintenance or repair.
Ideal for installations where space behind the display is limited or non-existent, such as in-wall installations or closely mounted displays.
Simplifies maintenance and repairs, as technicians can access and replace components without needing to dismantle the entire display.
Reduces downtime as maintenance tasks can be performed more quickly compared to rear access.
Suitable for environments where a sleek, flush-mounted look is desired, such as retail stores, corporate offices, and public venues.
Where space is constrained, such as in shopping malls, conference rooms, and control centers.
Where the display is embedded into a wall or other structure.
Where access to the rear of the display is not possible.
Rear maintenance displays are designed to provide access to the internal components from the back of the display. This typically requires enough space behind the display for technicians to work, making it more suitable for free-standing or easily accessible installations.
More secure, typically a higher IP rating, and less susceptible to tampering, as the access points are not visible from the front.
Often less expensive than front maintenance displays due to simpler design and manufacturing processes.
Allows for better natural airflow and cooling, which can be beneficial in outdoor or high-brightness applications.
Where there is ample space behind the display, such as billboards, stadiums, and building exteriors.
Where the size of the display necessitates easy rear access for maintenance.
Where the display is part of a free-standing structure or has sufficient space behind it.
Dual maintenance displays provide access to internal components from both the front and the back of the display. This hybrid approach offers the flexibility to perform maintenance from either side, depending on the installation environment and specific needs.
Allows for maintenance access from both front and rear, providing greater flexibility in various installation scenarios.
Enables easier and quicker maintenance by allowing access from the most convenient side.
Suitable for a wide range of applications, both indoor and outdoor, where installation space and access might vary.
Where the display location may vary, and access needs are not fixed.
Where quick and flexible maintenance is required to minimize downtime.
Where the display might be used in both indoor and outdoor settings.access to the rear of the display is not possible.
When choosing between front, rear, and dual maintenance displays, consider the following factors:
Evaluate the available space where the display will be installed. Limited space favors front maintenance, while ample space allows for rear maintenance.
Consider how frequently the display may need maintenance and how quickly it needs to be performed.
Assess the cost implications of each type. Front and dual maintenance displays might be more expensive but could save on labor costs over time.
Determine whether the display will be installed indoors or outdoors, as this can impact the decision due to different cooling and accessibility needs.
Both front and rear maintenance displays offer unique advantages depending on the installation environment and specific requirements. Front maintenance displays provide ease of access and space efficiency, making them ideal for indoor and tightly spaced applications. Rear maintenance displays offer robust design and cost-efficiency, suitable for larger, outdoor installations. Dual maintenance displays provide the ultimate flexibility, allowing for easy access from either side. By understanding the differences and considering the key factors, you can choose the right type of display that meets your needs and ensures long-term performance and reliability. At Common Pixels, we offer a range of front, rear, and dual maintenance LED displays to suit your specific application and environment, and we can help figure out what’s best for you.
At Common Pixels, we take pride in Canadian manufacturing. Our custom displays and accessories are designed and manufactured in Canada. Our commitment to quality and innovation ensures that every product meets the highest standards of performance and reliability.
We understand that every project has unique requirements. That’s why we offer custom solutions to fit your specific needs. Whether you need a display with unique dimensions, specialized features, or branding elements, we can create a product that meets your exact specifications.
Our team works closely with you throughout the design and manufacturing process, ensuring that the final product aligns perfectly with your vision and functional requirements.
Our custom displays are ideal for a wide range of applications, from retail and advertising to industrial and educational environments.
Our standard LCD and LED displays are designed to provide consistent, high-quality performance across various applications. With a range of sizes and features, our standard solutions are ready to meet your needs right out of the box.
From small displays for kiosks to large video walls, our standard product lineup includes a diverse array of options to suit different environments and uses.
Standard solutions are ideal for projects with tight timelines, as they are readily available and easy to implement.
By manufacturing our custom displays and accessories such as mounts in Canada, we ensure strict quality control, shorter lead times, and support for the local economy.
We integrate the latest technologies into our displays to provide superior performance, energy efficiency, and longevity.
Our commitment to customer satisfaction extends beyond the sale. We offer comprehensive support and service to ensure your displays continue to perform at their best.
SignCode is a powerful content management system (CMS) designed to make managing your digital signage effortless. Whether you’re handling a single display or a network of screens across multiple locations, SignCode offers seamless remote control from a central hub, as long as you have internet access.
A CMS is a software platform that allows users to create, manage, and modify content on digital displays without requiring specialized technical knowledge. For digital signage, a CMS like SignCode enables efficient and centralized management of content across multiple screens.
SignCode boasts an intuitive interface, making it extremely easy to manage your digital signage content. Quickly update and schedule displays without any hassle, ensuring your messages are always fresh and relevant.
Control your digital signage remotely with SignCode from any location with internet access. Manage and update content across all your displays from a central location, reducing the need for on-site adjustments and saving valuable time.
SignCode offers flexibility in data storage and management. Choose to host your CMS on the cloud or on a local server, based on your specific needs and preferences. This ensures you have the control and accessibility you require, regardless of your IT infrastructure.
Manage different devices and content from a single platform with SignCode’s integrated control system. Coordinate your LED screens and other digital displays across various locations to ensure consistent and synchronized messaging.
LED screens and other digital signage managed through SignCode can be used for multiple purposes, from advertising and information dissemination to interactive displays. This versatility enhances the value of your digital signage investment, allowing you to tailor content for different audiences and objectives.
SignCode continues to provide convenience even after installation. Its centralized control capabilities allow you to easily update and manage your displays without needing to be physically present at each location. This reduces downtime and ensures your content is always current and engaging.
SignCode CMS simplifies the management of your digital signage, providing a user-friendly, remote-controlled platform that integrates seamlessly with your existing IT infrastructure. Whether you’re operating a single display or a network of screens across various locations, SignCode offers the tools you need for efficient, versatile, and centralized content management. Embrace the benefits of a specialized CMS designed for digital signage and ensure your displays deliver impactful and timely messages with ease.
Dealers and resellers, please reach out for product details, pricing, and partnership opportunities.
If you are an end-user, we’ll connect you with a trusted vendor near you to ensure a smooth purchasing experience. Contact us, and we’ll direct you to the nearest authorized partner.
