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The High Brightness LED Market is rapidly expanding as industries and consumers increasingly opt for energy-efficient, durable, and high-performance lighting solutions. High brightness LEDs are designed to deliver superior luminous output with lower power consumption compared to traditional lighting sources. They are widely used in applications ranging from outdoor displays, automotive lighting, and architectural illumination to industrial and commercial settings. With technological advancements driving performance improvements and cost reductions, high brightness LEDs are set to revolutionize both consumer and industrial lighting markets.

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3D printing has revolutionized manufacturing, allowing for the creation of precise and functional parts with ease. Whether you're printing an enclosure for electronic devices or custom mechanical components, achieving perfection requires attention to detail. Here’s how you can ensure high-quality 3D printed parts.
Choose the Right Material
Selecting the correct filament or resin is crucial. For strong and durable parts, ABS, PETG, or Nylon are excellent choices, while PLA works well for prototypes.
Optimize Your Print Settings
Fine-tuning layer height, infill percentage, and print speed can significantly impact quality. Lower layer heights result in smoother surfaces, while adjusting infill ensures strength without unnecessary material usage.
Ensure Proper Bed Adhesion
A well-calibrated print bed prevents warping and detachment. Use adhesion aids like brims, rafts, or glue sticks to keep prints secure.
Maintain Your 3D Printer
Regular maintenance, including cleaning the nozzle, lubricating moving parts, and checking belt tension, ensures consistent performance and prevents print failures.
Use Support Structures Wisely
For complex geometries, adding support structures prevents sagging. Optimize support settings to balance ease of removal with structural stability.
Post-Processing for a Professional Finish
Enhance your part’s aesthetics and functionality through sanding, painting, or acetone smoothing for materials like ABS.
Test and Iterate
Prototyping allows you to refine designs. Evaluate the printed part, make necessary adjustments, and reprint to achieve the perfect outcome.

By following these steps, you can consistently produce high-quality, precise, and durable 3D printed parts suitable for various applications.

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@Abhay Can you try one more method

Downloaded both boards, “Seeed nRF52 Boards” and “Seeed nRF52 mbed-enabled Boards.”

Copy the adafruit-nrfutil from
/Users/<user>/Library/Arduino15/packages/Seeeduino/hardware/mbed/2.9.2/tools/adafruit-nrfutil/macos/adafruit-nrfutil
to
/Users/<user>/Library/Arduino15/packages/Seeeduino/hardware/nrf52/1.1.8/tools/adafruit-nrfutil/macos/adafruit-nrfutil
Then chmod -x the copied file

Please check and let me know. Src

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@salmanfaris

I was using "Seeed nRF52 Boards: 1.1.8" and the issue was there. Followed the steps and installed the packages and board you mentioned and the issue is still there. I changed the board from Seeed nRF to Adafruit nRF and issue is also showing for Adafruit nRF

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@Abhay said in Compilation Error for Seeed XIAO nRF52840 Sense in Arduino IDE on macOS:

Seeed nRF52 mbed-enabled Boards: 2.9.2
Seeed nRF52 Boards: 1.1.8

@Abhay, are you getting the error while selecting both boards? You can also try using "Seeed nRF52 Boards: 1.1.8".

Since it's nRF series can you try to install the - adafruit-nrfutil pip package and see!

also try to install - Adafruit Feather nRF52 using board manager and check again.

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