The Future of LED displays:

Advanced Video Processing


Deepsky is pioneering the future of LED displays with the industry's first end-to-end video processing solution. We design and manufacture cutting-edge IC LED drivers, screen controllers, receiver cards, and a precision calibration camera, setting a new standard for image quality.

Our unified technology transcends the limitations of multi-vendor solutions, achieving unmatched image quality with high brightness, fast refresh rates, unmatched color accuracy, extended grayscale, and exceptional reliability.

Today's LED display manufacturers, regardless of whether they produce mini/microLED, COB, GOB, IMD, or SMD displays, typically rely on different third-party vendors for screen control and LED drivers. Yet, these very components critically determine the image quality—brightness, refresh rate, color uniformity, color fidelity, grayscale—and ultimately, the overall viewing experience and screen reliability.


Deepsky is disrupting this model. We offer the industry's first comprehensive image processing pipeline for fine pitch LED displays, featuring:

 


Central to Deepsky's video processing pipeline is the ability to accurately change the LED current in GEMINI, our patented IC driver (US patent US11,361,707, CN201880098920.8).

 

From 0 to approximately 50 nits, HUBBLE, Deepsky's GPU processor, instructs GEMINI to operate at its lower LED current setting (around 0.156mA). This results in low-amplitude LED light pulses, allowing the Delta Sigma linear modulator to achieve a very fine control over the LED brightness.

 

Once the maximum brightness achievable at this lower current is reached (around 50 nits), HUBBLE progressively increases the current instructions for the various GEMINI drivers on the screen. This leads to a gradual increase in overall display brightness.

The above chart illustrates how combining Variable Current and Delta Sigma modulation creates a non-linear brightness control. This approach aligns perfectly with the human eye's heightened sensitivity at lower brightness levels.

By combining a linear Delta Sigma modulator with the 16 available LED current levels, we achieve an effective dynamic range equivalent to a linear 19 bits.

Key benefits