The Keychron Q16 keyboard is an intriguing offering that prioritizes style over substance. By sacrificing a premium typing feel in favor of a unique ceramic construction, the manufacturer has created a product that is more spectacle than substance.
While the non-ceramic parts of the keyboard are top-notch, with smooth factory-lubed switches and precise sensors, the decision to use ceramic keycaps detracts from the overall user experience. The keycaps themselves feel less dense than expected, which affects the LED lighting, making it somewhat inconsistent in its illumination.
Typing on the Q16 is also marred by a hollow noise, with the case producing an unusual resonant quality and the spacebar having a warbly resonance that creates an unpleasant "pop" noise. The keycaps are not thick enough to prevent light from shining through them when illuminated, further compromising their appearance.
The keyboard's switch technology, however, is a notable achievement. Keychron has employed TMR sensors, which offer improved accuracy and reduced power draw compared to Hall effect switches. While these switches excel in gaming applications due to their fast responsiveness and customization options, they also come with drawbacks - particularly the lack of aftermarket support for modification or customization.
In contrast to mechanical keyboards that allow users to swap out components or adjust switch settings, Keychron's TMR-based keyboard presents a proprietary design with limited flexibility. While fans of unique designs might find the Q16 appealing, those seeking a high-quality typing experience may find themselves underwhelmed by its flaws.
Ultimately, the Q16 HE 8K feels like an experiment in materials and technology that has not quite come together to create a cohesive product. While it has some notable strengths, particularly in its switch technology, its numerous shortcomings make it difficult to recommend for those seeking a top-tier typing experience.
While the non-ceramic parts of the keyboard are top-notch, with smooth factory-lubed switches and precise sensors, the decision to use ceramic keycaps detracts from the overall user experience. The keycaps themselves feel less dense than expected, which affects the LED lighting, making it somewhat inconsistent in its illumination.
Typing on the Q16 is also marred by a hollow noise, with the case producing an unusual resonant quality and the spacebar having a warbly resonance that creates an unpleasant "pop" noise. The keycaps are not thick enough to prevent light from shining through them when illuminated, further compromising their appearance.
The keyboard's switch technology, however, is a notable achievement. Keychron has employed TMR sensors, which offer improved accuracy and reduced power draw compared to Hall effect switches. While these switches excel in gaming applications due to their fast responsiveness and customization options, they also come with drawbacks - particularly the lack of aftermarket support for modification or customization.
In contrast to mechanical keyboards that allow users to swap out components or adjust switch settings, Keychron's TMR-based keyboard presents a proprietary design with limited flexibility. While fans of unique designs might find the Q16 appealing, those seeking a high-quality typing experience may find themselves underwhelmed by its flaws.
Ultimately, the Q16 HE 8K feels like an experiment in materials and technology that has not quite come together to create a cohesive product. While it has some notable strengths, particularly in its switch technology, its numerous shortcomings make it difficult to recommend for those seeking a top-tier typing experience.