Posts in category: Uncategorized

Novastar’s new COEX Control System is here, and it’s got top-notch video processing and cool image upgrades. With full-grayscale calibration, dynamic booster, and thermal compensation, it makes every detail and color pop. It also handles color correction, shutter sync, phase offset, and frame multiplication, so it’s perfect for xR virtual shoots.

This will guarantee that every video capture will be seamless and flawless. On top of that, with NovaStar’s brand new VMP (Vision Management Platform), the solution combines the quaternity of design, debugging, management, and monitoring into one package. Managing the display system has never been this efficient and convenient.

What we need for bringing these features to an account?

NCP File Introduction

The NCP file packs six features into one: cabinet setup, firmware, image boost, frame rate adjustments, mode settings, and thermal correction. Just upload this file from your computer or load it into the control system, and you’re set to get the best display with just a few clicks.

To create an NCP file using the Cabinet Tool, contact LEDResQ tech support. We collaborate with NovaStar to provide the NCP file.

Question:

Can I keep using my current screen after switching to a COEX controller?

You can switch to a COEX controller and keep using your current screen. If you experience a display issue after the switch, you may follow the instructions listed below depending on whether you have an NCP file:

I have an NCP file

•  Import NCP file: Select Tools > Maintain from the VMP toolbar and then import the NCP file on the Cabinet screen.
•  Edit NCP file: If the current NCP file does not meet your requirements, please contact
• LEDResQ support engineers will modify and provide an updated NCP file in collaboration with novastar.

I don’t have an NCP file

•  Import. rcfgx file: Select Tools > Maintain from the VMP toolbar and then import the. rcfgx file on the Cabinet screen.

• Edit. rcfgx file: If the current. rcfgx file does not meet your requirements, please switch back to your previous controller and modify the file using NovaLCT. Unfortunately, VMP does not support modifications to. rcfgx file.

• Obtain an NCP file: If you’d like to use the frame rate adaptive (only on supported driver ICs), image booster, or thermal compensation, please contact LEDResQ and NovaStar technical support engineers will provide an NCP file based on your requirements.

In COB LED technology, multiple LED chips are directly mounted onto a single substrate or printed circuit board (PCB) to form a single LED module. This design allows for a compact arrangement of LED chips, resulting in a higher density of light output and improved heat dissipation.

Revealing Micro LED Display:
Discover the cutting-edge COB micro–LED Display, with superior pixel pitch for crystal-clear visuals. Experience immersive gaming, cinematic quality, and impactful presentations like never before. Say goodbye to pixelation and hello to vibrant, lifelike imagery.

plenty of colors:

Enjoy vibrant colors with the COB micro-LED Display. Colors are incredibly accurate and rich, going beyond what you see in regular LED displays.

Amazing viewing experience:

The Black Matte Film (BMF) coating technology is carefully engineered to enhance the intricacy of dark scenes, while also guaranteeing a viewing experience that is easy on the eyes and pleasant. COB micro-LED delivers stunning realism with great contrast, making your content come to life. Immerse yourself in vivid visuals and elevate your viewing experience.
With a 170° viewing angle, you get a wider picture and a more immersive experience when using screens and displays.

What LEDRESQ provide for you all in related to Micro LED?

Anyone who walks through a store or home with recessed or track lighting likely experiences light from a chip-on-board LED (CoB). CoBs are widely used because they emit a bright white light output from a compact light source and are very efficient in a broad range of applications.

At LEDRESQ, our dedicated team of engineers is committed to addressing a wide range of issues associated with micro-LED panels, spanning from installation challenges to intricate repair tasks. We strive to provide comprehensive solutions to ensure seamless operation and optimal performance of micro-LED panels in various applications.

LED display driver products mainly include row scan driver LED IC chip and column driver chips. It is widely used for outdoor LED display, indoor LED displays, bus station displays, and LED poster. In terms of display types, it covers single color display, dual color display and full-color LED display.

In the work of LED full-color display, the function of driving IC is to receive the display data (from information sources such as receiving card or video processor) in accordance with the provisions of the agreement, internally produce PWM and current time change, and output PWM current related to brightness and gray refresh to light up the LED. one of the biggest characteristics of special chip is to provide the constant current source. The constant current source can ensure the stable driving of LED and eliminate the flicker of LED, which is the premise of the high-quality pictures on the LED display screens.

IC Repair procedure:

At LED-ResQ, we utilize a detailed process for identifying and fixing problems with LED IC modules that ensures both precision and accuracy in each repair process.

Initial Assessment:

The repair process begins with a complete review of the LED IC module. The device is carefully reviewed so that we can clearly see anything physically wrong with the module, or anything that may seem to be acting abnormally.

Diagnostic Analysis:

After the initial assessment, our expert LED IC technicians move to a professional diagnosis to identify the root cause of the issue. We are known for our equipment and unique testing methods that helps us get in depth of the module and reveal the cause of the failure.

Component Repair or Replacement:

After the diagnosis is complete, our certified LED IC technicians begin the repair and/or replacement phase. Whether it be the IC chip, capacitors, or other integral items on a PCB that are causing the failure, our techs have the experience and expertise to carry out the tasks, and handle it to industry code.