Testing the Pixel 11 Pro Flash Hardware
Google’s recent launch of the Pixel 11 Pro series brought with it the much-touted HiLight feature. This array of ambient LEDs sits around the camera flash, designed to provide notifications without requiring users to unlock their devices. Yet, recent reports indicate that the inclusion of this technology has resulted in a regression for the primary flashlight capability. Users on platforms like Reddit have expressed concern regarding the output of the flash, noting it ranks below the Pixel 9 Pro and the iPhone 17e in raw intensity.
To verify these claims, our team at Android Authority conducted internal testing on multiple Pixel 11 Pro units from different regions. Using an ambient light sensor, the Pixel 11 Pro XL reached 89 lux when in torch mode. In comparison, the Pixel 10 Pro XL registered 123 lux. The discrepancy becomes even more apparent when looking at competitors, such as the iPhone 16 Pro, which manages 490 lux under similar conditions. These metrics confirm a measurable drop in peak brightness compared to the previous generation of Google hardware.
The Hardware Cause Behind the Dimmer Beam
Visual inspection of the camera module points to the root cause of this performance shift. The Pixel 11 Pro incorporates a physical diffuser across the camera visor to accommodate the HiLight LED array. This component appears to spread the light output across a wider area rather than focusing it into a concentrated, high-intensity beam. While this diffusion might provide a warmer light temperature for some photography use cases, it severely hampers the utility of the device as a handheld flashlight.
Under microscopic examination, the difference between the Pixel 10 Pro and the Pixel 11 Pro flash modules is clear. The newer hardware forces light to travel through the diffuser, effectively softening the beam. This explains why users report that the foreground subject remains darker in flash photography, even as the light appears to fill more of the surrounding space. It is a trade-off between the aesthetic design of the HiLight system and the functional performance of the device's secondary light source.
Industry Implications and User Experience
This situation highlights the ongoing struggle manufacturers face when balancing new hardware features with established user needs. HiLight was intended to offer convenience for status updates, yet Google restricted its functionality at launch, forcing users to rely on third-party applications to extract full utility from the LEDs. Combining this software limitation with a measurable downgrade in flash brightness creates a frustrating experience for owners who rely on their phones for daily tasks like walking at night or inspecting dark areas.
While the current output remains functional for basic tasks, the shift is undeniable for those who prioritize a piercing torch beam. We have reached out to Google for an official statement regarding whether future software updates might address the light output or if the design choice is permanent. For now, users must decide if the ambient notification benefits of HiLight justify the loss in raw flashlight power. The broader industry trend shows an increasing focus on integrated lighting arrays, but this implementation serves as a cautionary tale for prioritizing form over reliable utility.