Common Pixels
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We recognize that each project has distinct requirements. Our team collaborates with you to identify the specific performance features that will best suit your application, whether for advertising, public information, corporate use, or educational environments.
From advanced connectivity options to sophisticated heat dissipation mechanisms, we offer a broad spectrum of performance features to enhance your display experience.
Our displays are engineered for continuous operation, boasting lifespans up to 100,000 hours.
Remote Monitoring, Internal temperature and humidity sensors
Built-in speaker and Camera
Data Storage: Direct or wireless data storage
Interactive Touch
Airplay Support: Android and Apple
Wireless Mirroring: Connect multiple devices
Connectivity: WiFi, Bluetooth
Multiple Inputs: HDMI/ DVI (x1)/ USB (2.0 or 3.0)/ Analog RGB (x1)/ Displayport
Control and Monitoring: RS-232 Port (x1)/ Ethernet with email notification
Flexible Operating Systems: Android and Embedded PCs with Windows/Linux provide versatile media playback and application use.
HID Compliant Touch Interface: USB touch interface, driver-less with Windows®, for seamless interaction.
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.
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.
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.
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.
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.
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.
Our LED and LCD displays feature housing designs that are unparalleled in the industry. We understand that housing is not just an outer shell; it plays a crucial role in heat dissipation and preventing malfunctions, making it an area of high-level design expertise.
If you purchase only the LCD and create the housing on-site, malfunctions can occur within a few months. Our expertly designed housings ensure that your display maintains its original performance, even in extreme environments.
Our housings are designed with a structure that completely blocks dust and moisture. They allow hot air to escape while preventing moisture and dust from entering, ensuring long-term reliability and performance.
We apply the highest level of case design in the industry, ensuring your display is protected against water, dust, and rust.
Our housings are designed for installation efficiency and can withstand repeated door use, maintaining their structural integrity over time.
We consider all electrical and electronic characteristics in our designs to ensure optimal performance and safety.
Do you have a desired design? Everything is possible with our customizable housing options. Since we manufacture the cases ourselves, we can provide custom designs that match the unique characteristics of your brand.
We welcome separate design requests tailored to the specific atmosphere or design of your site. Our goal is to provide a housing solution that not only protects your display but also enhances its visual appeal.
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.
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 displays incorporate advanced EdgeLED backlighting technology, which provides uniform brightness and exceptional energy efficiency. This innovative backlight system ensures that your content is always presented with optimal clarity and vibrancy, while also reducing power consumption.
EdgeLED technology positions LEDs along the edges of the screen, directing light across the display panel to achieve uniform brightness. This eliminates the common issue of uneven lighting found in traditional backlit displays, ensuring that every part of the screen is evenly lit.
With consistent illumination, colors appear more vivid and images more detailed, enhancing the overall visual quality of the display. This uniformity is particularly important for applications that require precise and accurate color reproduction.
EdgeLED backlighting is designed to be highly energy-efficient, consuming less power compared to conventional backlighting methods. This not only lowers energy costs but also contributes to a more sustainable and environmentally friendly operation. The CLX-550 energy consumption is 50% less than comparable.
The energy-efficient operation of EdgeLEDs generates less heat, which can extend the lifespan of the display. This means fewer replacements and lower maintenance costs over time.
EdgeLED technology allows for a slimmer display design, making it ideal for modern, sleek installations. This thin profile is perfect for environments where space is limited or where a clean, minimalistic aesthetic is desired.
The slim design facilitated by EdgeLED backlighting enables more flexible mounting options, including wall mounting and custom installations, without compromising on visual quality or performance.
A range of our products feature a patented optical bonding technology revolutionizes LCD performance, addressing and eliminating common issues such as fogging and blacking out. By creating a seamless fit between the liquid crystal and the glass, this technology ensures that condensation and dust ingress are no longer a concern.
The optical bonding process reduces reflections and glare, providing crystal-clear visibility even in bright sunlight.
The bonded layers enhance the structural integrity of the display, making it more resistant to impact and environmental factors.
With a perfect fit between the liquid crystal and the glass, issues like LCD fogging and blacking out are effectively resolved.
Optical bonding seals the display, preventing condensation and dust ingress, ensuring reliable performance in outdoor environments.
The dual cooling system is patented, showcasing its innovative approach to heat management.
Allows placement of extra fans to further accelerate heat dissipation, maintaining optimal performance.
Combines outer-cooling and inner-cooling circuits for rapid and effective heat management.
Facilitates air circulation around the LCM rear, aiding in moisture removal and temperature control.
Promotes air circulation between the liquid crystal and backlight, ensuring faster heat dissipation and preventing overheating.
General products typically feature only one airflow design behind the backlight, limiting heat dissipation efficiency.
The dual cooling system provides an additional airflow space, significantly improving cooling and display longevity.
Without a fan, the display operates silently, making it ideal for environments where noise reduction is crucial, such as offices, meeting rooms, and retail spaces.
No moving parts like fans mean fewer mechanical failures. This leads to lower maintenance costs and less downtime for repairs.
Fanless designs reduce the risk of dust and debris being drawn into the display, which can cause overheating or component damage over time. This improves the overall reliability and longevity of the display.
Without the power consumption of a fan, fanless displays can be more energy-efficient, leading to lower operational costs and a reduced environmental footprint.
Fanless LCDs can have a slimmer and more compact design since there’s no need to accommodate the space and airflow requirements of a fan, allowing for more flexible installation options.
Fewer moving parts mean there is less wear and tear, contributing to the enhanced durability of the display. This makes fanless LCDs well-suited for demanding environments.
In environments where air quality control is important, such as hospitals or laboratories, fanless displays prevent the circulation of air that could potentially carry contaminants.
Fanless displays can provide consistent performance without the risk of fan failure, which can lead to overheating and reduced display performance.
By eliminating the need for a fan, fanless commercial LCD and LED displays offer a range of benefits that enhance their suitability for a variety of professional settings.
Hospitals, clinics, and laboratories benefit from fanless displays as they prevent the circulation of air that could carry contaminants, maintaining a sterile environment.
Industries that require highly controlled environments, such as pharmaceuticals, biotechnology, and semiconductor manufacturing, use fanless displays to minimize contamination risks.
Quiet settings like libraries and museums benefit from the silent operation of fanless displays, ensuring a distraction-free environment.
In food and beverage processing areas where hygiene and air quality are critical, fanless displays reduce the risk of contamination and maintain cleanliness.
Retail stores, especially those with confined spaces or specific air quality requirements, can utilize fanless displays for digital signage without adding noise or circulating dust.
Educational institutions use fanless displays in classrooms, lecture halls, and laboratories to provide quiet, dust-free environments conducive to learning.
In open-plan offices or conference rooms, fanless displays offer silent operation, contributing to a quieter and more productive workspace.
Fanless displays are suitable for use in buses, trains, and subways where space is limited, and dust from high foot traffic is a concern.
Enclosures for outdoor digital signage or kiosks benefit from fanless displays as they prevent dust, dirt, and insects from being drawn into the system, improving reliability in harsh environments.
In data centers where cooling is carefully managed, fanless displays help maintain the controlled environment without introducing additional air circulation.
By being ideal for these environments, fanless LCD and LED displays provide reliable, silent, and low-maintenance solutions that meet the specific needs of various professional settings.
Our LCD and LED displays are designed for optimal performance in demanding environments. Featuring advanced cooling technology and robust construction, these displays ensure reliable operation and superior visibility.
The Standio Street Series is equipped with high-quality fans designed for rapid heat dissipation. The fans operate at high RPM with minimal noise, creating a quiet environment without compromising cooling efficiency. This ensures the display remains cool and functional even in high-temperature conditions.
The dual cooling design, protected by a patent, allows for faster and more effective heat dissipation compared to single cooling systems. This design also enables the placement of additional fans between the liquid crystal and the backlight, further accelerating heat dissipation.
Unlike general products that only feature a single airflow design behind the backlight, the Standio Street Series’ dual cooling system creates an additional space for air to flow between the liquid crystal and the backlight. This enables faster heat dissipation and allows for the placement of extra fans to boost cooling efficiency.
By customizing the airflow to your project’s requirements, the our displays ensure the unit operates within the ideal temperature range, preventing overheating caused by obstructions.
The flexibility to adjust the display’s placement according to its location helps avoid issues from dust, water, and other environmental factors that could impact functionality.
Tailoring the airflow maintains a consistent internal temperature, leading to more energy-efficient operation. This means the system doesn’t have to work as hard to cool down the components, resulting in lower energy consumption and increased longevity.
Our displays combine advanced cooling technology, robust protection, and customizable performance to deliver reliable and efficient operation in demanding environments. With the patented dual cooling system and IP66 rating, our displays are built to withstand harsh conditions while maintaining optimal functionality.
Our displays are equipped with smart dimming technology, featuring an ambient light sensor that dynamically adjusts the screen brightness based on the surrounding lighting conditions. This ensures optimal visibility and enhances the viewer’s experience, regardless of the environment. Here’s why smart dimming is crucial:
By automatically adjusting brightness, smart dimming reduces power consumption, contributing to overall energy savings and prolonging the display’s lifespan.
In bright environments, the display increases brightness to ensure content remains clear and readable. Conversely, in dim conditions, it reduces brightness to prevent eye strain and glare.
Whether used in a retail store, outdoor setting, or corporate environment, the smart dimming feature guarantees that your content is always presented in the best possible light, maintaining consistent performance and user satisfaction.
A louver is a structural element placed between LED lamps, designed to be higher than the lamps themselves. It serves multiple functions that enhance the performance and durability of LED displays.
Louvers shield the LED lamps from direct physical impacts, prolonging the lifespan of the display.
By blocking direct sunlight from hitting the lamps, louvers significantly increase the contrast ratio, ensuring clear and vivid images even in bright outdoor environments.
Louvers can be applied or removed based on site conditions. Adding louvers increases durability and contrast, while removing them improves vertical viewing angles.
The advanced lens cover technology directs light precisely where needed, enhancing brightness without unnecessary dispersion.
By optimizing the light direction, the technology reduces power consumption significantly, contributing to energy efficiency.
Ensures that light is focused in the visible direction, providing high brightness and clear visibility.
Lower driving current minimizes power usage, prolonging the LED lifespan and delivering long-term benefits.
Additional lenses and masks protect the LED lamps from damage, ensuring durability and reliable performance.
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.